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Top Network Engineer Skills Required to Excel in IT

April 26, 2024April 8, 2024 by Surbhi

Wishing to become a Network Engineer? Want to get familiar with the top Network Engineer skills required to excel in IT? Leave all of your worries at bay and read this blog till the end to understand the skills better.

What are the fundamental roles of a Network Engineer?

The fundamental roles of a Network Engineer are as follows-

Strategizing and designing network infrastructure.
Setting up routers, switches, firewalls, and other network equipment.
Deploying and integrating network hardware and software.
Establishing and managing connectivity among devices and servers.
Regularly updating security components.
Diagnosing and resolving network issues.

Note: Read Network Engineer Roles and Responsibilities in Detail

Why are Network Engineers crucial in today's digital landscape?

Network Engineers are crucial in today’s digital landscape since they design, implement, and maintain complex network infrastructure. Due to the rapid expansion of technology and the increasing reliance on interconnected systems, network engineers ensure seamless communication and data exchange by optimizing network performance, troubleshooting issues, and bolstering security measures to defend against cyber threats. Undoubtedly, Network Engineers serve as the backbone of connectivity, facilitating the flow of information critical for businesses, institutions, and individuals alike.

What are the top Network Engineer skills required to excel in IT?

The top Network Engineer skills required to excel in IT are as follows-

Network Fundamentals

What are the basic principles of networking?

The basic principles of networking are routers, switches, and wireless access points since they help in seamless communication between diverse devices.

How do network topologies function?

Network topologies provide insight into the network by visualizing the physical connection of devices and the data flow within the network.

What are the OSI and TCP/IP models?

OSI model refers to the Open System Interconnection model. It enables diverse communication systems to communicate via standard protocols.

TCP/IP models refer to Transmission Control Protocol and Internet Protocol. These are used to interconnect network devices.

Network Protocols

What are the common network protocols?

There are mainly three types of network protocols, namely-

> Network Communication Protocol: NCPs determine the rules and formats to transfer data across the networks. A few NCPs are as follows-

Hyper-Text Transfer Protocol (HTTP)
Transmission Control Protocol (TCP)
Internet Protocol (IP)
User Datagram Protocol (UDP)
File Transfer Protocol (FTP)

> Network Security Protocol: NSPs ensure secure data transmission over the network connections. A few NSPs are as follows-

Secure File Transfer Protocol (SFTP)
Hyper-Text Transfer Protocol Secure (HTTPS)
Secure Socket Layer (SSL)

> Network Management Protocol: NMPs ensure quick troubleshooting across the network. A few NMPs are as follows-

Simple Network Management Protocol (SNMP)
Internet Control Message Protocol (ICMP)

How do protocols like TCP, UDP, and ICMP function within a network?

TCP is a reliable protocol but has a slow speed and is more complex than UDP.

UDP is fast and simple, but less reliable and more prone to errors than TCP.

ICMP is used for network management and troubleshooting.

What are the differences between IPv4 and IPv6?

IPv4 uses 32-bit addresses, while IPv6 uses 128-bit addresses, allowing for vastly more unique addresses in IPv6.

Routing and Switching

What is the role of routers and switches in a network?

Routers determine the best path for data to travel between networks, while switches direct data within a single network.

How do routing protocols such as OSPF, BGP, and EIGRP operate?

BGP is a networking protocol that exchanges routing data among autonomous systems.

OSPF is a link-state routing protocol to find the optimum path between the source and the destination router.

EIGRP is a distance-vector protocol for automating routing configuration and decisions on a network.

What are VLANs, and how do they enhance network efficiency?

VLANs manage network traffic by dividing the network into different broadcast domains. This ensures broadcast traffic is only sent to devices in the same VLAN, reducing unnecessary load and refining overall network performance. Enhanced security.

Network Security

What are the fundamental principles of network security?

The fundamental principles of network security are as follows-

Defense in Depth
Least Privilege
Principle of Least Astonishment
Separation of Duties
Access Control
Secure Configuration
Confidentiality
Integrity
Availability
Authentication and Authorization

What are common security threats?

The most common security threats are as follows-

Malware
Phishing
DDoS Attacks (Distributed Denial of Service)
Ransomware
Insider Threats
Man-in-the-Middle Attacks
SQL Injection
Cross-Site Scripting (XSS)
Zero-Day Exploits
Social Engineering

Network Automation

What is network automation?

Network automation refers to the process of automating the configuration, management, and operation of network devices and infrastructure. It involves using software tools and scripts to streamline repetitive tasks, improve efficiency, and enhance network reliability. Network automation enables faster deployment, better scalability, and more agile responses to changing network requirements.

How can automation streamline network configuration, management, and troubleshooting?

Automation can streamline network configuration, management, and troubleshooting. A few of the features are as follows-

Automation can deploy network configurations across multiple devices, reducing the time and effort required for manual setup.
Automated processes ensure uniformity in network configurations.
Automation scales easily to manage large and complex networks.
Automated monitoring and diagnostic tools can quickly identify and rectify network issues.
By automating routine tasks, network engineers can focus on strategic planning, innovation, and addressing more complex challenges.

Network Troubleshooting

What are common network problems?

The common network problems are listed as follows-

Connectivity Issues
Slow Network Performance
Packet Loss
Network Congestion
DNS Resolution Problems
IP Address Conflicts
Security Breaches
Hardware Failures
Configuration Errors
Routing Issues

Performance Monitoring and Optimization

How can network performance be monitored effectively?

Network performance can be monitored effectively using the given measures-

Network Monitoring Tools
Performance Metrics Tracking
Bandwidth Utilization Monitoring
Packet Analysis
SNMP (Simple Network Management Protocol)
Flow Monitoring (NetFlow, sFlow)
Latency Monitoring
End-to-End Testing
Real-time Alerts and Notifications
Historical Data Analysis

How can network engineers optimize performance?

Network Engineers can optimize performance using the given measures-

Traffic Prioritization
Quality of Service (QoS) Configuration
Load Balancing
Traffic Shaping
Network Segmentation
Optimization of Routing Protocols
Protocol Optimization
Bandwidth Management
Network Performance Tuning
Capacity Planning

Cloud and Virtualization

What is the role of cloud computing in modern networking?

The role of cloud computing in modern networking is as follows-

Scalability
Flexibility
Cost Reduction
Disaster Recovery
Virtualization

Continuous Learning and Adaptability

What are effective strategies for adapting to changes in network technology?

The effective strategies for adapting to changes in network technology are as follows-

Continuous Learning and Skill Development
Agile Network Design and Implementation
Regular Technology Assessments and Updates
Collaboration with Industry Peers and Experts
Flexible Network Architecture Design

Recap of Essential Skills for Network Engineers

The top Network Engineer skills required are mentioned as follows-

Network Fundamentals
Network Protocols
Routing & Switching
Network Security
Network Automation
Network Troubleshooting
Performance Monitoring & Optimization
Cloud & Virtualization
Continuous Learning & Adaptability

How to Become a Network Engineer? - Roadmap

To become a Network Engineer, you must follow the Network Kings’ created roadmap-

Enroll in the Network Kings Network Engineer Master Program, where you will learn CCNA, CCNP Enterprise, and Palo Alto Firewall courses in detail.

You can also enroll on our All Access Pass comprising 50+ IT Networking, Cloud, Cybersecurity, and DevOps courses to master the network security roadmap in depth.

The perks of choosing Network Kings as your learning partner are as follows-

Live sessions that are recorded for future reference.
Career guidance to ensure successful professional trajectories.
Live training sessions for real-time learning experiences.
Receipt of a completion certificate to officially validate acquired skills.
Flexible learning options to accommodate individual schedules.
Training led by industry experts to guarantee relevant and up-to-date knowledge.

What are the salary aspects for a Network Engineer?

The salary aspects for a Network Engineer in different countries are mentioned as follows-

United States – USD 80,000 to USD 120,000 per year
Canada – CAD 70,000 to CAD 110,000 per year
United Kingdom – GBP 45,000 to GBP 70,000 per year
Germany – EUR 50,000 to EUR 80,000 per year
France – EUR 45,000 to EUR 70,000 per year
Spain – EUR 35,000 to EUR 55,000 per year
Italy – EUR 40,000 to EUR 65,000 per year
Australia – AUD 90,000 to AUD 130,000 per year
New Zealand – NZD 80,000 to NZD 120,000 per year
United Arab Emirates – AED 150,000 to AED 200,000 per year
Singapore – SGD 80,000 to SGD 120,000 per year
India – INR 600,000 to INR 1,200,000 per year
China – CNY 200,000 to CNY 400,000 per year
Brazil – BRL 100,000 to BRL 150,000 per year
South Africa – ZAR 400,000 to ZAR 600,000 per year

Wrapping Up!

The top Network Engineer skills required to land a highly-paying job in the industry can be learnt at Network Kings. Therefore, enroll today to begin framing your dream career. Feel free to reach us regarding any of your queries.

Happy Learning!

Frequently Asked Questions:

What should I learn to become a Network Engineer?

To become a Network Engineer, you must enroll on Network Kings' Network Engineer Master Program comprising CCNA, CCNP Enterprise, and Palo Alto Firewall program.

What are the requirements for a Network Engineer?

The skill requirements for a Network Engineer are as follows- Network Troubleshooting, Network Automation, and Network Security

How much does a Network Engineer earn?

A Network Engineer in India can make up to 5-12 LPA.

Is Network Engineering a Good Career?

Network Engineering is indeed a good career and can land you high-paying jobs in the industry.

What skills help Network Engineers find jobs?

To find a good highly-paying Network Engineer job, one must have the following skills- Network Troubleshooting, Network Automation, and Network Security

Networking Vs Cloud Computing: Know The Ultimate Tech Now

April 26, 2024April 8, 2024 by Surbhi

‘Networking Vs Cloud Computing’ has become an essential question worldwide. To know which is the best, keep reading the blog till the end.

What is Networking?

Networking means connecting computing devices to exchange information and resources and allows computers, mobile devices, servers, and other network-enabled devices to communicate and share data, applications, and other resources.

Networking plays a crucial role in business, finance, social media and entertainment; it has revolutionized how people work and communicate and continues to evolve rapidly, with new technologies and innovations emerging all the time.

What is Cloud Computing?

Cloud computing means delivering computing services, including servers, storage, databases, networking, software, analytics, and intelligence, over the internet and allows users to access these resources remotely through a network of servers located in data centers across the globe.

Cloud computing provides access to the latest hardware and software without needing costly upgrades.

What is the difference between Networking and Cloud Computing in IT?

The difference between networking and cloud computing in IT are as follows-

NETWORKING VS CLOUD COMPUTING

The differences get differentiated on a different basis, as follows-

	NETWORKING	CLOUD COMPUTING
DEFINITION	Networking refers to the interconnection of devices for communication.	Cloud computing refers to the delivery of computing services over the internet.
FOCUS	Networking focuses on connecting devices and facilitating communication between them.	Cloud computing focuses on providing scalable, on-demand computing resources to users.
INFRASTRUCTURE	Networking focuses on the physical and logical components of communication systems, such as routers, switches, and protocols.	Cloud computing focuses on virtualized infrastructure and services.
PURPOSE	Networking is primarily used to enable communication between devices and systems.	Cloud computing is primarily used to provide access to computing resources.
COMPONENTS	Networking involves devices such as routers, switches, and servers.	Cloud computing involves services such as virtual machines, storage, and databases.
MANAGEMENT	Networking involves managing devices and their configurations.	Cloud computing involves managing services and their configurations.
SECURITY	Networking focuses on securing data in transit.	Cloud computing focuses on securing data at rest and in transit, as well as providing security for the virtual infrastructure.
SCALABILITY	Networking is limited by the physical capacity of the devices and infrastructure.	Cloud computing is designed to be highly scalable and can provide on-demand resources as needed.
COST	Networking is often a significant cost for businesses, particularly for large networks.	Cloud computing can be more cost-effective due to the pay-as-you-go pricing model.
ACCESSIBILITY	Networking is often limited to local or wide-area networks.	Cloud computing is accessible from anywhere with an internet connection.
RELIABILITY	Networking can be vulnerable to outages and disruptions.	Cloud computing is designed to be highly reliable and available.
CUSTOMIZATION	Networking is often customized for specific applications and needs.	Cloud computing is designed to be flexible and customizable to meet a wide range of needs.
PERFORMANCE	Networking performance is largely dependent on the physical infrastructure and can be limited by bandwidth.	Cloud computing can provide high-performance computing resources on demand.
MAINTENANCE	Networking requires ongoing maintenance, upgrades, and configuration changes.	Cloud computing is largely managed by the service provider.
DEPLOYMENT	Networking requires significant upfront planning and deployment.	Cloud computing can be quickly deployed and scaled up or down as needed.
DATA MANAGEMENT	Networking focuses on moving data between devices and systems.	Cloud computing focuses on managing and processing data in the cloud.
COLLABORATION	Networking supports collaborative work among devices and systems.	Cloud computing enables collaborative work on data and resources.
INTEGRATION	Networking needs to be integrated with other systems.	Cloud computing provides an integrated platform for various services and resources.

What are the similarities between Networking and Cloud Computing in IT?

The similarities between networking and cloud computing in IT are as follows-

Both rely on distributed computing architecture.
Both require high availability and reliability to ensure that services are always available.
Both require robust security to protect data and prevent unauthorized access.
Both rely on virtualization technology to create and manage resources.
Both use protocols and standards to enable interoperability between different systems.
Both require monitoring and management tools to ensure optimal performance.
Both involve APIs to automate tasks and integrate with other systems.
Both scale horizontally to handle increasing amounts of traffic or demand.
Both rely on high-speed data networks to ensure data transfer and communication.
Both require specialized skills and knowledge to design, deploy, and manage effectively.
Both rely on IaaS to provide scalable computing resources.
Both enable remote access and collaboration, allowing users to access resources from anywhere.
Both involve managing and configuring network resources, such as routers, switches, and firewalls.
Both require redundancy and failover mechanisms to ensure high availability.
Both require ongoing maintenance and optimization to ensure they are performing as expected.

Which is better - Networking or Cloud Computing?

Both networking and cloud computing are crucial in today’s technological landscape, and both have advantages and disadvantages. Networking is essential for establishing connections between devices and ensuring that data is transmitted securely and efficiently. Cloud computing helps businesses to scale their computing resources as needed and access powerful computing tools without investing in expensive hardware.

Eventually, the decision of which is better depends on the specific needs and goals of the organization or individual. Both networking and cloud computing are mandatory to operate effectively and efficiently.

What courses are available in Networking and Cloud Computing?

The top courses available in the networking domain are as follows-

The top courses available in the cloud computing domain are as follows-

What are the available job roles in Networking and Cloud Computing?

The available job roles in networking are as follows-

Network Engineer
Network Administrator
Network Security Engineer
Network Architect
Network Operations Center (NOC) Technician
Network Support Specialist
Network Analyst
Network Consultant
Network Manager
Wireless Network Engineer
Network Programmer/Developer
Cloud Network Engineer/Architect
Network Virtualization Engineer
Network System Integrator
VoIP Engineer/Technician

The available job roles in cloud computing are as follows-

Cloud Architect
Cloud Engineer
Cloud Administrator
Cloud Consultant
Cloud Developer
Cloud Security Engineer
Cloud DevOps Engineer
Cloud Infrastructure Engineer
Cloud Solutions Architect
Cloud Operations Engineer
Cloud Project Manager
Cloud Support Engineer
Cloud Data Engineer
Cloud Business Analyst
Cloud Sales Engineer

What are the salary packages for Networking and Cloud Computing candidates?

The salary package for networking candidates in different countries is as follows-

United States: $60,000 to $125,000 per year
Canada: C$55,000 to C$105,000 per year
United Kingdom: £25,000 to £60,000 per year
Australia: AU$60,000 to AU$120,000 per year
Germany: €40,000 to €80,000 per year
India: INR 300,000 to INR 1,200,000 per year
China: CNY 120,000 to CNY 250,000 per year
Brazil: BRL 50,000 to BRL 120,000 per year
United Arab Emirates: AED 120,000 to AED 300,000 per year
Singapore: SGD 45,000 to SGD 100,000 per year

The salary package for cloud computing candidates in different countries is as follows-

United States: $80,000 to $150,000 per year
Canada: C$70,000 to C$120,000 per year
United Kingdom: £40,000 to £90,000 per year
Australia: AU$90,000 to AU$150,000 per year
Germany: €50,000 to €100,000 per year
India: INR 500,000 to INR 2,000,000 per year
China: CNY 200,000 to CNY 400,000 per year
Brazil: BRL 70,000 to BRL 150,000 per year
United Arab Emirates: AED 150,000 to AED 400,000 per year
Singapore: SGD 60,000 to SGD 120,000 per year

Wrapping Up!

The topic ‘Networking Vs Cloud Computing’ has become a debate with no specific conclusion. Therefore, both are best at their concerned level.

You can write to us anytime with any queries; we are always available to help. Hence, enroll now to get a demo class on networking and cloud computing worth $70 free.

Happy Learning!

Best Cloud Security Training- How to Kickstart Your Cloud Security Career?

April 26, 2024April 8, 2024 by Bhawna Kalra

Looking for the best Cloud Security training courses? Modern Technology means Cloud Security. Cloud security is an assemblage of security measures that save data, applications, and infrastructure in cloud computing environments. These bars contain user and device authentication, data and resource access control, and data privacy security. Cloud security also guards against malware, hackers, unauthorized user access, and dispersed denial of service (DDoS) attacks.

A critical part of cloud security is concentrated on safeguarding data and business content, such as customer demands, secret plan documents, and financial records which is possible by Cyber security.

This blog will contain cybersecurity strategies to enhance cloud security.

What is Cloud Security?

Cloud Security is meant to protect procedures and technology used to control threats that may be internal or external to business security. Cloud security is a necessity for business organizations as they have shifted to cloud-based services and have included them as a part of their infrastructure.

There is a difference between Cybersecurity and Cloud Security. Cybersecurity is a manual backup process that has a high chance of causing human errors. But Cloud Security is an automated process that offers backups managed by vendors.

What Cloud Security Skills will you learn from Cloud Security Training?

Here is a list of Cloud Security skills that you’ll learn in the training:

Cloud computing concepts
Cloud architecture and design
Risk management and research
Disaster recovery
Business continuity
Cloud infrastructure security
Cloud data lifecycle
Cloud application security
Vulnerabilities and risk
Threat modelling
Encryption
Identity and access management
Cloud security operations
Security technologies
Best practices
Compliance requirements
Security standards

Who should learn this Cloud Security course?

You can learn Cloud security course if you have/want to become a:

Bachelor’s degree in Computer Science
One who knows Programming, Algorithms, Data Structures, and Computer Networks.
C Level Executive.
Management Professional.
Security Consultant.
Security Engineer.

Why should you learn the Cloud Security course?

The cloud computing field needs assertive database skills and presents a myriad of career possibilities for those who learn the skills. Considering the dissatisfied needs of employees with cloud computing skills in the market, thinking of it as a career option would be a wonderful choice that delivers good pay and stability.

Let us talk about statistics to know why you should learn Cloud Security Course:

The Cloud Security Market size will reach $168.6 billion by 2025 whereas it was around $30 billion in 2013.

With this increased demand for cloud technology, a career in cloud computing could supply a lifetime of crucial learning opportunities and splendid pay. If you have an interest in cloud computing and any pertinent qualifications, it is useful to investigate your job options before you start applying.

There are 84k job opportunities in the cloud security roles that include Cloud security engineer, Cloud security engineer L3, Cloud security DevSecOps Engineer, Google Cloud Security Engineer SecOps, Cloud security engineer with firewall, Cloud security software engineer, etc.

Cloud security is crucial to maintaining a smooth running of cloud technology and hence it possesses a high future scope.

What are the benefits of Cloud Security Training?

Here are the reasons or benefits of cloud security training:

Secure Job: The cloud is the future and so is cloud security. As we have seen the number of of cloud security vacancies that are more than 84k. You have a bright future in the Cloud computing.
Security: You will gain knowledge on how to get cloud security and secure your cloud computing to enhance your business.
Competitive edge: If you get Cloud security certification, you will stand out differently from the crowd and will have more chances of getting a high-paying job.
Certification: After cloud security training, you will get certification which will enhance your resume and value in the IT industry.

How to Build a Career after Cloud Security Training?

There are around 83k+ cloud security jobs. After Cloud Security Training you can go for jobs like:

Entry-level Cloud security jobs:

Network Performance Engineer
Cloud Computing Associate
Network Security Architect
Associate Cloud Engineer
Cloud Developer
IT Specialist [Cloud Data Exchange]
Jr. Cloud Engineer

Experienced Cloud Security Jobs:

Sr. Cloud security engineer
Cloud Security Analyst
Sr. Cloud Information System Security Officer
Cloud Infrastructure
Reconnaissance Techniques
System Hacking Phases and
Attack Techniques
Network and Perimeter Hacking
Web Application Hacking
Wireless Network Hacking
Mobile Platform, IoT, and OT Hacking
Cloud Computing
Cryptography
Planning and Scoping
Information gathering and Vulnerability Scanning
Attack and Exploits
Reporting and Communication
Tools and Code Analysis
Threat Management
Vulnerability Management
Cyber Incident Response
Security Architecture and Tool Sets

Start your Cloud Security Career with Network Kings

You can pursue a Cloud Security course from Network Kings where you will learn from industry experts who possess experience in the cloud security field of around 15+ years. Here are the benefits of learning from Network Kings:

Network Kings does not hire local teachers/ trainers to provide you with the best training instead we hire industry experts who possess industry experience of more than 15 years in their field.
Network Kings delivers online training so that you can access it from anywhere.
Network Kings has a free Live demo class for your better understanding.
Top technical courses for beginners at Network Kings are available in Hindi and English.
With Network Kings, get credentials to real labs with live doubt-clearance sessions.
Batches have evening classes. So you don’t have to consume your office time in classes.

Conclusion

To conclude, Cloud security training is crucial to protect your systems from malware. For that, you need, cybersecurity knowledge as cloud security is related to cybersecurity. Cloud security training will help you learn how to secure your cloud to enhance your business. There are various job opportunities in the cloud security field. You can get Cloud security training from Network Kings where you can learn from industry experts and various other benefits.

Frequently Asked Questions [FAQs]

Which course is best for Cloud Security?

AWS and Azure are best for Cloud Security training and GCP is on the way.

How do I start learning Cloud Security?

You must enrol for Cloud security training where you will get to learn Cloud security from scratch.

How do I become a Cloud Security Expert?

To become a Cloud Security Expert, complete your graduation degree in Computer Science, enrol with cloud security training, get a certification, and enrol for entry-level jobs and then for experienced jobs.

Is Cloud Security easy to learn?

No, it is not that easy to learn but you must have good training and experienced mentors to get training.

What is the salary of a Cloud computing expert?

The salary of a cloud computing expert ranges from INR 6- 29 LPA.

Are Cloud Jobs in Demand?

Yes, companies are completely reliant on cloud computing and hence cloud jobs are in high demand.

Is Cloud career stressful?

It may be stressful as you have to handle cloud security which is not an easy task.

What are the 7 fundamentals of Cloud Security?

Here are the 7 fundamentals of Cloud Security- Access control, encryption, security, application security and DevSecops, Container Security, Responsibility model, and visibility.

Who pays more AWS or Google Cloud?

AWS has a salary of approximately $106k and GCP has around $105k. The difference is not that much.

Top Information Technology Courses after Graduation

April 26, 2024April 7, 2024 by Aakriti

Do you aspire to enter the IT industry but you’ve no prior work experience? Don’t worry, we have curated a list of the top most popular Information Technology courses list that can help you make big bucks in the industry.

Most of the peeps are clueless after completing their school or even graduation. But the best part about IT is that you can break into it even with certification courses no matter what your educational background. We have created a list of the best Information Technology courses that you can pursue even online!

Stay tuned till the end of the blog to know where you can pursue all the trending Information Technology course details.

What is an Information Technology course?

An Information Technology course refers to a career kickstarting course in the IT industry. Anyone irrespective of their career/study background can enroll in such courses to begin their IT journey.

Due to enhanced career growth and attractive salary packages, many individuals are shifting their careers to Information Technology. If you aspire to be an IT professional as well, the first thing that you need to let go of: ‘people with only IT degrees can make it into IT’.

In today’s time, this is such a false belief. Especially at Network Kings, we have built a successful community of over 1500+ students who have broken into the Information Technology industry without any relevant Information Technology degree courses.

In this guide, we have discussed all the Information Technology courses you can do after 12th and even after graduation. Even if you want to pursue Information Technology masters courses, we’ve got you!

Why is it important to pursue Information Technology courses?

Pursuing an Information Technology course can turn out to be the best career move you can ever make. The following reasons make it essential to pursue an Information Technology course:

Aligning with the world’s current demands:

Tech is the most revolutionizing aspect across the globe. By learning Information Technology, you can bridge the gap between the world’s modern requirements. These courses can provide you with all the necessary skills that employers seek.

Vivid job opportunities:

Pursuing an Information Technology course can open the doors to a diverse range of job opportunities in the tech industry. For instance, after completing the CCNA course, you can apply for jobs like Network Engineer, TAC Engineer, NOC Engineer, Network Administrator, etc.

Secured career:

As technology plays an important role in today’s world, IT jobs are considered a stable and secure career choice. You can foster a successful career in tech by enrolling in IT courses.

Competitive salaries:

Since the IT professionals are in the highest demand than any other professionals, you can secure high-paying jobs in the industry.

Information Technology courses after graduation

Let’s look at the Information Technology courses online that you can pursue after graduation.

Cisco Certified Network Associate (CCNA):

The Cisco Certified Network Associate (CCNA) certification is one of the best information technology engineering courses to pursue after graduation. If you are keen to build a career in the IT industry but you don’t want to code, CCNA course is the best IT course to enroll in.

At Network Kings, you can cover the CCNA 200-301 exam course curriculum. You will learn the fundamentals of networking, routing and switching, basics of routing protocols, switching, automation and programmability.

Average salary: Rs. 5 LPA

Course eligibility:

There are no strict pre-requirements for the CCNA course. If you have a graduate degree irrespective of your subjects, you can undertake the CCNA course.
It is recommended to have a background in computer science.
It is good to have knowledge of computer basics.
If you want to become a Network Engineer, this course is for you.

Job opportunities after CCNA:

Network Administrator
Network Engineer
Systems Administrator
TAC Engineer
IT Support Specialist
Network Technician
Network Security Specialist
Network Operations Center (NOC) Technician
VoIP Engineer
Wireless Network Engineer
Network Virtualization Engineer
IT Auditor
Data Center Technician
Network Analyst
IT Consultant
Cybersecurity Analyst
Cloud Solutions Architect
IT Project Manager
Information Security Administrator
Network Solutions Sales Specialist
Network Instructor/Trainer

Cisco Certified Network Professional (CCNP):

The Cisco Certified Network Professional (CCNP) certification course is an intermediate-level networking course. It is meant for candidates who want to upskill after the CCNA course. This Information Technology course will make you confident in working with advanced routing and switching, protocols like OSPF, BGP, MPLS, EIGRP, etc. You will also learn about network infrastructure, network security, and virtualization.

Average salary: Rs. 9 LPA

Course eligibility:

It is recommended to have CCNA knowledge before enrolling in a CCNP course.
You must have knowledge about the basics of computers and networking.

Job opportunities after CCNP:

Network Solutions Architect
Senior Network Engineer
Network Security Engineer
Systems Engineer
IT Manager
Network Planning and Deployment Manager
Network Consultant
Senior Network Administrator
Network Operations Manager
Cloud Infrastructure Engineer
IT Project Manager
Cybersecurity Specialist
Network Implementation Engineer
Network Troubleshooting Specialist
IT Team Lead
Network Optimization Engineer
Wireless Network Manager
Data Center Engineer
Network Design Specialist
VoIP Solutions Engineer

Cisco (Software-Defined Wide Area Network) SD-WAN:

Cisco’s SD-WAN course is one of the best info tech courses to learn the world’s new technology, i.e., SD-WAN. Since most business organizations have hail goodbye to the old WAN technology and are adopting the new SD-WAN technology, it is crucial to upskill with the in-demand industry skills.

You learn to install, migrate, manage and deploy SD-WAN, learn about controllers and edge devices and the best practices in the industry.

Average salary: Rs. 12 LPA

Course eligibility:

It is recommended to have knowledge about Cisco CCNA and CCNP before enrolling in the SD-WAN course.

Job opportunities after SD-WAN:

SD-WAN Network Engineer
SD-WAN Solutions Architect
SD-WAN Implementation Specialist
SD-WAN Administrator
Network Security Engineer
SD-WAN Deployment Engineer
Cloud Networking Specialist
SD-WAN Support Technician
SD-WAN Operations Manager
Network Virtualization Engineer
SD-WAN Project Manager
Senior SD-WAN Analyst
SD-WAN Integration Consultant
SD-WAN Network Planning and Optimization Engineer
SD-WAN Quality Assurance (QA) Engineer
SD-WAN Technical Trainer
SD-WAN Monitoring and Troubleshooting Specialist
Network Transformation Consultant
SD-WAN Systems Administrator

Red Hat Linux:

Learning Linux is one of the best career moves that you can make. Since 90% of companies rely on Linux for their everyday jobs compared to Windows, you must learn Linux even if you plan to enter the cybersecurity/cloud computing industry.

The Red Hat Linux course is an exceptional Information Technology course that trains you to handle files, directories, command-line environments, and documents by creating shell scripts. You also learn to operate systems.

Average salary: Rs. 7 LPA

Course eligibility:

It is recommended to have knowledge about networks and servers.
Being familiar with programming languages such as Python, Java, etc is good.

Job opportunities after Linux:

Linux System Administrator
Red Hat Certified Engineer (RHCE)
Linux Network Administrator
DevOps Engineer
Cloud Infrastructure Engineer (with Red Hat expertise)
Linux Security Specialist
Linux Technical Support Specialist
Linux Systems Analyst
Linux Virtualization Engineer
Linux Cloud Architect
Linux Monitoring and Performance Specialist
Linux Network Security Administrator
Linux Application Support Engineer
Linux Database Administrator
Linux Deployment Engineer
Linux Kernel Developer
Linux Automation Specialist
Linux Integration Consultant
Linux DevSecOps Engineer
Linux Trainer/Instructor

Certified Ethical Hacking (CEHv12):

Provided by EC-Council, the Certified Ethical Hacking (CEHv12) course is the world’s most state-of-the-art cyber security course that covers network security, system hacking, cryptography, and web application security.

You also learn penetration testing, ethical hacking, incident response, vulnerability assessment, and disaster management.

Average salary: Rs. 5.1 LPA

Course eligibility:

It is recommended to have basic knowledge of computers.
It is also recommended to have knowledge of programming languages such as Python.

Job opportunities after CEH:

Ethical Hacker
Cybersecurity Analyst
Penetration Tester
Security Consultant
Information Security Specialist
Incident Response Analyst
Network Security Administrator
Cybersecurity Engineer
Vulnerability Assessment Specialist
Security Operations Center (SOC) Analyst
IT Security Auditor
Risk Assessment Specialist
Cybersecurity Operations Manager
Malware Analyst
Forensic Analyst
Application Security Engineer
Cyber Threat Intelligence Analyst
Security Compliance Analyst
Cybersecurity Researcher
Cybersecurity Trainer/Instructor

CompTIA Security+

The CompTIA Security+ course is an entry-level cyber security course provided by CompTIA. This Information Technology course is one of the best courses to begin a career in the cybersecurity industry.

Learn hands-on troubleshooting and problem-solving skills to access, monitor and secure, operate, identify, analyze, and respond to security events and incidents.

Average salary: Rs. 5.7 LPA

Course eligibility:

It is recommended to have CompTIA A+/CompTIA Network+ knowledge under your belt.
If you do not have these certifications, you should have basic knowledge of computers and networking.

Job opportunities after CompTIA Security+:

Security Analyst
Information Security Specialist
Network Security Administrator
Cyber Security Consultant
Security Operations Center (SOC) Analyst
IT Security Administrator
Network Security Technician
Cybersecurity Auditor
Security Operations Specialist
IT Security Consultant
Security Engineer
Cybersecurity Technician
Systems Security Administrator
Incident Response Analyst
Information Assurance Specialist
Security Compliance Analyst
Cybersecurity Analyst
Application Security Specialist
Threat Intelligence Analyst
Security Solutions Architect

AWS Certified Cloud Practitioner:

The AWS Cloud Practitioner certification is one of the best Information Technology courses to begin a career in the cloud computing industry. This is the best certification for those with zero knowledge about cloud computing and who wish to enter the cloud industry.

This certification covers the basics of AWS cloud, services, and terminology.

Average salary: Rs. 4.6 LPA

Course eligibility:

There are no strict formalities to enrolling in the AWS cloud practitioner.
All you need is an open mind and curiosity to learn.

Job opportunities after AWS Cloud Practitioner:

Cloud Support Associate
Cloud Solutions Architect (Associate level)
Cloud Operations Analyst
Cloud Sales Specialist
Cloud Consultant
Cloud DevOps Engineer
Cloud Systems Administrator
Cloud Network Engineer
Cloud Security Analyst
Cloud Business Analyst
Cloud Project Coordinator
Cloud Account Manager
Cloud Technical Writer
Cloud Data Engineer
Cloud Application Developer
Cloud Solutions Engineer
Cloud Infrastructure Specialist
Cloud Operations Manager
Cloud Product Manager
Cloud Trainer or Instructor

AWS Certified Solutions Architect – Associate:

The AWS Certified Solutions Architect – Associate certification is a beginner-level cloud certification. It trains you in designing cost and performance-optimized solutions and getting a strong understanding of AWS frameworks.

Average salary: Rs.7 LPA

Course eligibility:

It is recommended to have knowledge about the AWS Cloud Practitioner certification.
You must be familiar with the fundamentals of networking, servers, and cloud computing.

Job opportunities after AWS:

AWS Solutions Architect
Cloud Solutions Architect
Cloud Infrastructure Architect
Cloud Migration Specialist
AWS Cloud Consultant
DevOps Engineer
Cloud Operations Manager
Cloud Solutions Developer
Cloud Automation Engineer
AWS Cloud Integration Specialist
Cloud Technical Lead
Cloud Systems Engineer
Cloud Security Architect
Cloud Network Architect
AWS Cloud Engineer
Cloud Application Architect
Cloud Project Manager
Cloud Enterprise Architect
AWS Cloud Operations Analyst
Cloud Platform Administrator

AZ-104: Microsoft Azure Administrator

After Amazon Web Services (AWS), Microsoft Azure course is one of the best cloud certifications to go for! By enrolling in the AZ-104 Information Technology course, you learn to implement, manage, and monitor an organization’s Microsoft Azure environment.

Average salary: Rs. 6.7 LPA

Course eligibility:

It is recommended to have prior knowledge about networking and servers.
It is recommended to have knowledge of Windows Server 2019/2016, etc.

Job opportunities after AZ-104:

Azure Administrator
Cloud Administrator
Cloud Operations Specialist
Azure Solutions Specialist
Azure Infrastructure Engineer
Cloud Support Engineer
Azure Consultant
Cloud Application Administrator
Azure Governance Specialist
Cloud Compliance Analyst
Azure Identity and Access Management (IAM) Specialist
Cloud Backup and Disaster Recovery Specialist
Azure DevOps Engineer
Cloud Security Analyst
Azure Network Engineer
Cloud Migration Specialist
Azure Database Administrator
Cloud Monitoring and Analytics Specialist
Azure Virtualization Engineer
Cloud Automation Engineer

Google Cloud Platform (GCP) Associate Cloud Engineer:

The Google Cloud certifications are very popular amongst aspiring candidates who wish to enter the cloud industry. With the GCP Associate Cloud Engineer certification, you learn to deploy applications, monitor day-to-day operations, and manage enterprise solutions. You also learn to use the Google Cloud Console and command-line interface.

Average salary: Rs. 4.6 LPA

Course eligibility:

There are no prerequisites to this course.
It is recommended to have knowledge about computers and servers.

Job opportunities after GCP Associate Cloud Engineer:

Associate Cloud Engineer
Cloud Solutions Engineer
Cloud Infrastructure Engineer
Cloud Operations Specialist
Cloud Application Developer
Cloud Security Analyst
Cloud Data Engineer
Cloud Migration Specialist
Cloud Automation Engineer
GCP Solutions Architect (Associate level)
Cloud Platform Administrator
GCP Cloud Consultant
Cloud Support Engineer
Cloud DevOps Engineer
Cloud Systems Administrator
Cloud Network Engineer
GCP Cloud Engineer
Cloud Technical Lead
Cloud Integration Specialist
Cloud Monitoring and Analytics Engineer

What is the scope of Information Technology courses?

Once you enter the IT industry through these in-demand Information Technology courses, we bet that your future looks promising and full of opportunities. The scope of the Information Technology engineering courses has been mentioned below:

Exponential career growth:

By acquiring the knowledge of these Information Technology certifications, you can open the pathway to unlimited job opportunities. Almost every business organization is on the lookout for technically-proficient individuals. You can make six figures and advance further in your career.

Learn modern technologies:

The Information Technology courses are a reflection of all the modern tech and tools the world is deploying currently. You can become a pioneer of something big by learning via these radical courses. Some of the most popular technologies are SD-WAN, DevOps, etc.

Global recognition:

If you enroll in a course offered by world-class organizations such as Cisco, EC-Council, RedHat, etc., you can stand out from the crowd and showcase your commitment to constant learning. Getting these certifications will always keep you ahead of the curve.

Is pursuing an Information Technology course worth it?

The answer to this question is rather subjective. It depends on an individual’s interests, career goals, and the amount of investment he’s ready to make. Information Technology is indeed a lucrative field and people associated with it can build a solid career in the industry.

By pursuing an IT career in the industry, you can enhance your career and salary prospects. With such a rewarding career comes the responsibility of constant learning and upskilling. Therefore, it is important to stay updated with industry standards.

To answer this question, yes, it is completely worth it to pursue a career in the IT field considering you want to excel in this industry with a dedicated mind.

Why choose Network Kings?

Enrolling in Information Technology courses has become easy as pie today. With a tap of your finger, you can browse unlimited online Information Technology courses. The problem lies in which course you should choose!

Network Kings is a one-of-a-kind platform where you can learn directly from top-notch Engineers who are thoroughly experienced in the industry. The benefits of enrolling at Network Kings are as follows:

Live classes: Attend live interactive classes with the best Engineers with over 12 years of cumulative industry experience.
Doubt sessions: Get your doubts cleared through live doubt sessions that occur 1:1 with the experts.
Alumni interaction: Connect with the alumni to get a clearer picture of your career goals.
Lab access: Get 24/7 access to the world’s biggest virtual labs such as EVE-NG, Packet Tracer, RedHat Labs, etc.
Recorded sessions: Get recordings of the live sessions.
Flexible schedule: The session timings are flexible keeping in mind the working professionals’ tight schedules. Most of the classes are held on weekends.
Career support: Constant career counselor support to help you resolve your issues. You also get technical support where you can raise your tickets. They’re resolved the fastest!
Online portal: You can track your progress in your course through our online website portal.

What’s stopping you? Talk to our career counselors to get the best-suited course for you!

Conclusion:

That’s a wrap! This blog is the best guide for individuals who seek to know about information technology courses in India. We have covered the top 10 most popular choices of individuals who want to break into this industry. Everything from what’s covered in these courses to the Information Technology course eligibility and Information Technology course fees has been covered in this comprehensive guide.

All these courses are available on our official website. The best part is that you can learn directly from experienced and top-notch Engineers at Network Kings.

What are you waiting for? Start learning!

The Future of Cloud Computing: Trends and Predictions

April 26, 2024April 6, 2024 by Surbhi

Cloud computing is revolutionizing the way we save our information, retrieve it, and process any material. Being flexible enough while still having scalability features makes cloud technology more appealing than ever before! Therefore, the future of cloud computing is what everyone is talking about.

With digitization becoming the norm nowadays across most industries all over the world – The cloud will enable businesses to brainstorm new ideas faster than they have ever done so before, collaborate without encountering difficulties or delays along the way, and implement digital advancements like IoT (Internet Of Things) alongside Artificial Intelligence capabilities which offers endless possibilities!

Read the blog till the end to know the future of cloud computing in detail.

What is cloud computing?

Cloud computing relates to activities like using remote servers which have access through the web instead of depending on local computers or personal machines. Basically, you are able to do anything from anywhere: get files, and use applications or services just by connecting your device online.

The fact that cloud computing has become a reality means there are several advantages in cloud computing such as scalability (you only pay what you need), cost efficiency due to not needing hardware investments, and flexibility so anyone can collaborate without having trouble sharing information across multiple users around the world makes this an innovative solution when dealing with storage management processes.

Why is the cloud migration so popular today?

Cloud migration is so popular today because of the following aspects-

Scalability
Cloud migration makes enlarging or downsizing resources hassle-free; unnecessary capital investments are not at stake here.
Cost Savings
Cloud services usually come with a “pay-as-you-go” model, which gives businesses the opportunity to refrain from investing upfront capital and only pay for targeted resources.
Flexibility
Transitioning to the cloud allows companies to access their information and applications out of any location; thus making remote work/collaboration simpler than ever.
Disaster Recovery
Most cloud suppliers have reliable backup systems plus disaster recovery protocols in place that serve as additional protection against data loss or application malfunction.
Security
Cloud providers commonly employ advanced security strategies such as encryption, limited user access levels, along periodic safety updates—to safeguard saved files.
Innovation
Cloud services can keep businesses up-to-date with the latest technologies and tools, making it easier for them to stay competitive and innovate faster than ever.
Improved performance
By having data centers located in strategic places around the world, companies can reduce latency times and improve their applications’ performance for users.
Simplified management
Moving onto cloud computing simplifies IT management since organizations no longer have to worry about hardware maintenance, software updates or security patching – this is all taken care of by your provider.
Collaboration
The majority of cloud services include collaboration tools that allow teams from different locations to come together effortlessly without compromising on quality or speed.
Environmental sustainability
Switching over to a cloud environment optimizes resource usage which ultimately leads to decreased energy consumption – consequently helping you become more eco-friendly!

What is the future of cloud computing?

What’s next for cloud computing? The future outlook is good for cloud computing with plenty of opportunities on the horizon:

Increased adoption
Cloud computing will continue to be widely adopted by businesses of all sizes, across various industries.
Hybrid cloud
The future will see a rise in hybrid cloud solutions, combining public and private clouds to optimize flexibility and security.
Edge computing
With the growth of Internet of Things (IoT) devices, edge computing will become more prevalent, enabling faster data processing and reducing latency.
Serverless computing
Serverless architectures will gain popularity, allowing developers to focus on writing code without worrying about server management.
Artificial Intelligence (AI) integration
Cloud platforms will integrate AI (Artificial Intelligence) capabilities, enabling businesses to leverage machine learning and predictive analytics.
Enhanced security measures
Cloud providers will continue to prioritize security, implementing advanced encryption, authentication, and threat detection mechanisms.
Cost optimization
Cloud providers will offer more cost-effective solutions, allowing businesses to optimize their cloud infrastructure and reduce expenses.
Blockchain integration
Cloud computing and blockchain technology will converge, providing secure and transparent storage and processing of data.
Green cloud computing
There will be a greater emphasis on energy-efficient data centers and sustainable practices, reducing the environmental impact of cloud computing.
Cloud-native development
Businesses will increasingly adopt cloud-native development approaches, leveraging containers and microservices for agility and scalability.

Overall, cloud computing looks bright into the future offering greater flexibility, scalability, efficiency and innovation for businesses across all kinds of industries. It’s an exciting time that could bring significant changes in business practices, which would result in increased opportunities both financially and otherwise.

What are the future trends and predictions of cloud computing?

The future trends and predictions of cloud computing are as follows-

Increased adoption of multi-cloud and hybrid-cloud strategies

Organizations are leveraging multiple cloud providers and combining private and public clouds to achieve flexibility and cost optimization and avoid vendor lock-in.

Growing importance of edge computing for faster data processing

Edge computing brings computation closer to the data source, reducing latency and enabling real-time decision-making, especially for applications like IoT and AI.

Continued rise of serverless computing models

Serverless computing allows developers to focus on code without managing infrastructure, enabling scalable and cost-effective execution of functions as a service.

Enhanced security measures and focus on data privacy

With increasing cyber threats, cloud providers are implementing stronger security measures and complying with data privacy regulations to protect sensitive information.

Expansion of containerization technologies like Docker and Kubernetes

Containers offer efficient application deployment and scalability, enabling easier management of complex cloud-native applications across different environments.

Integration of artificial intelligence and machine learning capabilities into cloud services

Cloud providers are offering AI and ML services, allowing businesses to leverage these technologies without the need for extensive expertise or infrastructure.

Greater emphasis on sustainability and energy efficiency in data centers

As the demand for cloud services grows, providers are investing in sustainable practices to minimize environmental impact and optimize energy consumption.

Continued growth in the use of cloud-based storage and backup solutions

Cloud storage provides scalable and reliable data storage, while cloud backup ensures data protection and disaster recovery for businesses of all sizes.

Emergence of specialized cloud services for specific industries or use cases

Cloud providers are developing industry-specific solutions tailored to the unique needs of sectors like healthcare, finance, and manufacturing, enabling better efficiency and compliance.

Ongoing advancements in cloud networking technologies for improved performance and scalability

Cloud networking innovations like software-defined networking (SDN) and network function virtualization (NFV) enhance network agility, performance, and scalability in cloud environments.

NOTE: Know the latest trends in Cloud Computing by clicking on this Link

What are the top cloud computing skills?

The top cloud computing skills are as follows-

Knowledge of cloud platforms such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP)
Proficiency in programming languages like Python, Java, or Ruby
Understanding of virtualization and containerization technologies like Docker and Kubernetes
Familiarity with infrastructure-as-code tools like Terraform or CloudFormation
Experience with networking concepts and protocols
Security knowledge, including identity and access management (IAM), encryption, and data privacy
Expertise in cloud storage and database services
Skills in cloud monitoring, logging, and troubleshooting
Ability to design and implement scalable and resilient cloud architectures
Knowledge of DevOps practices and tools for continuous integration and deployment.

NOTE: Learn in-demand Skills in cloud computing by clicking on this Link

Where to learn the in-demand cloud computing skills?

Since there are a number of platforms available to help you learn the top in-demand cloud computing skills, one always looks for the best when it comes to a career. Similarly, Network Kings is one of the best such platforms where you can not just learn to upskill but acquire guidance directly from expert engineers. Other perks of learning cloud computing at Network Kings are as follows-

24*7 access to virtual labs
Live doubt-clearance sessions
Class Recordings
Completion Certification
Flexible learning hours
And much more.

What courses can help me acquire the top cloud computing skills?

The top in-demand cloud courses that can help you acquire the top cloud computing skills are as follows-

NOTE: To upskill in IT, you can also opt for our All Access Pass comprising 50+ courses in IT Networking, Cybersecurity, Cloud Computing, and DevOps.

What highly-paying job opportunities are available in cloud computing?

The top highly-paying job opportunities available in cloud computing are as follows-

Cloud Architect
Cloud Engineer
Cloud Developer
Cloud Security Analyst
DevOps Engineer
Cloud Administrator
Cloud Operations Manager
Cloud Solutions Architect
Cloud Consultant
Cloud Data Engineer
Cloud Network Engineer
Cloud Storage Engineer
Cloud Automation Engineer
Cloud Support Engineer
Cloud Compliance Manager
Cloud Cost Analyst
Cloud Training and Development Specialist
Cloud Sales Engineer
Cloud Product Manager
Cloud Evangelist

What are the salary aspects for a cloud engineer?

The salary aspects for a cloud engineer in different countries are as follows-

United States: USD 90,000 – USD 160,000 per year
Canada: USD 70,000 – USD 120,000 per year
United Kingdom: GBP 40,000 – GBP 80,000 per year
Germany: EUR 50,000 – EUR 100,000 per year
Australia: AUD 80,000 – AUD 130,000 per year
India: INR 6,00,000 – INR 20,00,000 per year
Singapore: SGD 60,000 – SGD 120,000 per year
France: EUR 45,000 – EUR 90,000 per year
Netherlands: EUR 50,000 – EUR 95,000 per year
Sweden: SEK 500,000 – SEK 900,000 per year
Brazil: BRL 50,000 – BRL 120,000 per year
South Africa: ZAR 300,000 – ZAR 600,000 per year
China: CNY 100,000 – CNY 250,000 per year
Japan: JPY 5,000,000 – JPY 10,000,000 per year
United Arab Emirates: AED 120,000 – AED 300,000 per year

Wrapping Up!

The future of cloud computing is promising, with trends and predictions indicating increased adoption, hybrid and multi-cloud strategies, edge computing, serverless computing, AI integration, enhanced security measures, cost optimization, blockchain integration, and green cloud computing. Cloud computing skills in demand include knowledge of cloud platforms, programming languages, virtualization and containerization technologies, and networking concepts. Platforms like Network Kings offer courses to acquire these skills. High-paying job opportunities in cloud computing include Cloud Architect, Cloud Engineer, Cloud Developer, and more. Salary aspects vary by country.

So, what are you waiting for? Enroll today to shape your career in cloud computing.

Happy Learning!

What After Btech? Top Career Options for B.tech Graduates

April 26, 2024April 6, 2024 by Bhawna Kalra

Wondering what after Btech? If yes, you have come to the right place. B.tech graduates must have a plan in place when entering the job industry to find their dream role, especially since there are more and more people graduating each year with these qualifications, making it more difficult than ever before to stand out from your peers is very crucial.

You require a well-thought-out career plan; without one, you may be at an extreme disadvantage compared to others who have clear goals for where they want their professional life to go.

Importance of Career Planning for B.tech Graduates

Tech graduates may struggle to search for the right job opportunities or settle for jobs that don’t fit their interests and abilities.

The major difficulty B.Tech graduates face is not having a precise idea of what they want in their careers. Many students enter the labour market without knowing who they are, what skills they possess, and which direction in life they would like to take. This lack of understanding can make them feel lost while seeking employment; plus, nowadays, there is so much volatility in the tech industry – making things even more difficult for recent B Tech grads!
B.Tech grads must stay on top of the hottest industry trends and tech to remain competitive in the job market.

What after Btech? Your Pathway to Success

What kind of career options do B.Tech graduates have?

If you are a B.Tech graduate, you will find that there is no shortage of choices when it comes to picking your profession depending on what area interests you or which field has used special skills developed during your coursework studies.

The most popular career options for Btech Graduates are:

software programming,
data analysis,
networking engineering
cybersecurity
defence systems,
protection measures, and implementation process specialists like AI and robotics experts,
avionics specialist (in aerospace), e-commerce expert, etc.

What skills do you required to Pursue these career options after Btech?

To get eligible for an occupation profile related to this particular field knowledge connected specifically with coding languages such as Java C++ and Python becomes mandatory along with sound programming ability -which would help shape up core competency areas required within specific profiles based largely upon general job description parameters being looked into by prospective employers.

To pursue their dreams in the IT Sector, they need specialized knowledge. So, what does it take for B Tech grads?

Software Development:

When it comes to software development, understanding the methods and frameworks used is the path, if you desire to become an expert programmer or work on embedded systems projects. Along with that, familiarity with various programming languages would be helpful as well.

Data Analysis:

Data Analysis requires maths and stats skills, which form the foundation of this field, so make sure your skill set encompasses those areas. Also, knowing how to use machine learning tools such as Python, R language, or SQL is mandatory.

Network Engineering:

Networking engineering may seem like quite a hotspot sector right now but there is more than just glamour associated with it. You will also require technical know-how when configuring devices connected over networks and having an eye towards security matters too as cybercrime threats exist there. Finally, let us talk about Cybersecurity – Nowadays, it has become an even more essential component of due diligence because we do not want bad guys accessing our confidential information online. Tech graduates must comprehend computer networks, encryption algorithms, and safety protocols. Additionally, they should be knowledgeable about ethical hacking techniques, as well as, cybersecurity tools.

Artificial Intelligence:

AI (Artificial Intelligence) and robotics are fresh fields that offer thrilling career opportunities for B.Tech grads. To thrive in these areas, students must have a solid base in mathematics, coding, and machine learning competencies. Plus, it is also beneficial if they possess some knowledge of AI frameworks and robotics platforms.

Constructing an Impressive Professional Network

Getting linked up with the right people certainly counts when you need to succeed professionally – Constructing an impressive professional network is critical for B Tech Graduates. By this, one can tap into resources which otherwise would not be available or accessible so easily. You never know who may become your mentor/coach/guide down the line. It is all about creating good connections a relationships along the journey. So networking events like industry conferences and many more could prove worthwhile investments from this perspective, especially since tech trends keep evolving rapidly each day.

Building a Professional Network for B.Tech Graduates One of the best things about being a B.Tech graduate is that it can open up doors to new job opportunities and provide you with valuable advice and guidance along the way. A professional network consists of people willing to offer support and suggestions and even refer potential employers – so how do you go about building one?

Heading out to industry events such as conferences or seminars is usually an effective way when we have to make connections in our field. It is essential that any B. Tech graduates actively participate on these occasions – conversation flows easily when everyone has similar interests! Also, exchanging contact information after may be helpful should mentorships arise later on.

Don’t forget the online world either; LinkedIn offers excellent options for increasing your presence within professions by interacting with other professionals worldwide from the comfort of your home if networking face-to-face isn’t feasible for some reason.
Tech graduates put together a convincing LinkedIn profile, emphasizing their talents, experiences, and career plans. They should interface with experts in their preferred field of study and become part of exchanges by commenting on posts and sharing pertinent content.

What’s more, B.Tech graduates can join expert associations related to the area they’re interested in. These organizations frequently organize networking occasions and provide assets and support for professional development. By taking an active role at these get-togethers, students may increase their network connections with significant industry knowledge.

Crafting an Impressive Resume and Cover Letter

Creating a great resume and cover letter is essential for B.Tech graduates to make the best first impression on potential employers. These documents are like introducing yourself to someone, so you must stand out!

When putting together your resume as a B.Tech graduate, showcase any technical skills you have gained through coursework or internships with projects or awards earned during your studies. Don’t forget certifications because they help put some extra weight behind what makes you extraordinary.

It’s pivotal to personalize the resume for specific job requirements and use action words to portray their achievements. The cover letter should enhance the CV by summarizing the graduate’s skills, encounters, and career targets. B.Tech graduates ought to utilize this opportunity to explain why they are interested in the company and how their abilities correspond with the role criteria. It is crucial to keep it clear-cut without any mistakes.

How to Prepare for a Job Interviews after Btech?

Getting ready for job interviews is critical for B Tech students

Tech graduates should make a good impression on potential employers and boost their chances of getting an ideal job. Here are some tips for interviewing:

Look into the company

B. Tech graduates must research deeply into the firm they’re being interviewed by. They ought to get familiar with the company’s products, services, mission statement and values to mould their answers with those goals.

Rehearse typical interview questions

B. Tech grads could practice common questions ahead of time; if asked any during interviews, they can be ready to answer them promptly without hesitation or sounding too rehearsed or robotic!

Tech graduates should practice responding to frequent interview questions like “Tell me a bit about yourself” and “Why do you want this job?”. They should have concise, thoroughly thought-out answers that showcase their qualifications and experiences.

Dress the Part

B.Tech grads should dress sharp for the meeting. Put on professional attire and ensure their arrangement properly. Making an effort means showing how seriously they take it.

No Showing Up Late

To avoid negative impressions, techies shouldn’t be late; punctuality speaks volumes when trying to land a desired position. Getting late for an interview can give a poor impression and signify that you might not be as professional as the employer would like. It’s important to remember to have respect when speaking about past employers or coworkers to demonstrate your character, which will help illustrate that you are qualified to work well with others. Asking questions during interviews also shows interest in the job and company – so it is essential for B. Tech graduates. Being prepared with a list of inquiries ahead of time is crucial. Navigating the Job Search Journey: Asking Questions, Exploring Options, and More

Searching for a job can be daunting for B.Tech graduates – but there are some ways to make it more achievable. Here is how you should go about hunting down that dream role:

Check out job boards

Start your search by trawling through popular websites such as Indeed, LinkedIn and Glassdoor; they are great resources to begin your hunt! You will also get an idea of the roles available in particular industries or locations. Also, if potential employers have left reviews on these sites – this is extra helpful information.

Don’t forget to ask questions

It is crucial not only to look at what jobs are available now– you need to research those companies which might offer even better opportunities for you in future. When trying to find out more details before applying, do not hesitate to reach out with queries. Apart from salary expectations, What kind of values does the company uphold? Are there chances for career growth? Would I fit their existing culture? These questions will help narrow down whether a particular opportunity suits your needs.

Create Profiles on Social Platforms and Set Up Job Alerts

Attend Networking Events for Opportunities to Connect with Professionals from the Industry

Leverage Your Network Through Social Media

Creating profiles on social media platforms and turning on job alerts can unlock new opportunities for B.Tech graduates. When we turn on the notifications, it is easy to get notified.

Networking events are a great way to get your foot in the door – you get an opportunity to meet experts in their field of interest while exchanging contact info with others. It is crucial that graduates attend these gatherings, engage confidently and take part without hesitation.

Social media sites like LinkedIn, Twitter or Facebook can boost networking efforts by connecting users directly with professionals in their desired career path. Joining related groups should become second nature so that newly made colleagues stay connected – Also, it helps join conversations around topics within your industry!

Get Recommendations

B.Tech grads should reach their contacts and ask for referrals. Referrals can increase the chances of landing an interview and provide helpful information about a company’s hiring processes.

Look Into Internships & Freelance Work

Doing internships or freelance work is a great way to build experience and show off your portfolio skillsets acquired during college years; it helps you get hands-on with industry knowledge while still pursuing your degree.

Polishing Up Your Soft Skills for Career Success

Having technical qualifications like a B.Tech is vital in succeeding career-wise, but honing those desirable soft skills, such as communication abilities, problem-solving capabilities etc., also counts towards success later that succeed when applying/interviewing for jobs – so do not forget them!

As a B.Tech graduate, developing essential soft skills is as crucial for career success as anything else. Soft skills are our traits and characteristics that permit us to communicate with others in both verbal and non-verbal ways.

What kind of soft skills should Techies have?

Here’s the lowdown:

Communication

Being able to clearly express one’s thoughts and concepts – especially when it comes to technical matters – can be tricky. That’s why good communication is necessary for tech graduates so that they can get their ideas across and collaborate well with team members.

Problem-Solving Ability

Problem-solving ability plays a significant role in any field these days–and tech roles are no exception! A successful techie needs solid problem-solving capabilities to comprehend complex issues and find workable solutions based on limited information.

B.Tech grads need to have some abilities, like the capacity to think critically and produce creative solutions; teamwork aptitude that allows them to work productively in a group setting without any problem, such as working together with other members of their team, exchanging ideas and making sure they all contribute positively for success; flexibility – those who just graduated from B.Tech courses must stay informed on current tech trends while being open-minded when it comes to learning new methods or technologies; plus time management which implies organizing tasks efficiently so deadlines are met.

Do you have what it takes? Tech grads should possess strong time management skills to organize their projects and complete tasks quickly. Having the ability to effectively manage one’s resources and handle multiple tasks at once is essential if you’re going to remain competitive in today’s job market.

Staying Up-to-Date with Industry Trends and Technologies

For B.Tech graduates to stay ahead of the curve, they must keep up with industry trends and technologies which are ever-changing due to advances and alterations within this field. Here are some tips:

Read trade magazines

Keeping abreast by subscribing to industry publications will help those graduating from B Tech courses become informed about new developments which could potentially boost your abilities than just what was learned during university studies.

Tech grads should keep up with the latest trends and technologies by reading industry publications, blogs, and forums. Subscribing to newsletters is also a good idea and following influential professionals in their field of interest.

Take Advantage of Online Courses

Platforms such as Network Kings provide online courses on multiple topics. It would be wise for B.Tech graduates to take advantage of these platforms to acquire new skills or become familiarized with emerging tech.

Top online courses provided by Network Kings are as follows-

Webinars & Workshops

Attending webinars and workshops gives you chances to learn from experienced industry professionals while getting first-hand knowledge on current advancements in your sector.

Tech grads should be proactive at these events and take part in conversations.

Get involved with professional organizations

B.Tech graduates need to join up with specialized groups and affiliations linked to their specific field of interest. These associations usually provide tools, webinars, and seminars that help members remain updated on the newest industry trends.

Enter hackathons & ncoding challenges

Hackathons and dcoding competitions give opportunities for working out real-life issues and exhibiting technical knowledge. B Tech alumni must be active players in such tournaments to get practical experience and connect with experts from the sector.

Doing something like this is a better way for recently graduated tech students to build relationships within an established network – it could even lead them closer towards employment!

Negotiating Job Offers

Tips for Getting the Best Deal Getting a good deal on your job offer is an essential skill that B.Tech graduates must hone to maximize their potential success. Here are some tips to help you get ahead of the game when negotiating job offers:

Research salary ranges

It is crucial for all B.Tech grads to research what other people with similar positions and experience levels make in their industry and area – this way, they’ll have realistic expectations going into negotiations and can negotiate a fair wage.

Showcase your worth

When it is about discussing money, don’t be afraid to point out exactly why you’re worthy of more! Talk up values such as relevant skills or experiences that set yourself apart from the competition – emphasizing these points could give you leverage during negotiations.

How Can B.Tech Grads Negotiate Salary?

B.Tech grads need to know how to negotiate salary when they have to land a job or ask for a raise at their current one. Here are some tips on how they can do this:

Make your case

While negotiating, graduates should be able to articulate why they deserve the higher pay rate or better benefits package that they are asking for. They need to explain what additional value and expertise will bring to the company and emphasize why these qualities make them worth more than other candidates who possess the same experience.

Be flexible

B Tech graduates must keep an open mind while discussing wages with potential employers. Although getting fair remuneration is the key, there are plenty of other factors which could sweeten any deal, such as career growth opportunities, work/life balance situation and office environment! Allowing yourself room to wiggle in terms of considering different options can often lead you closer towards securing successful negotiations.

Practice negotiation skills beforehand

Before entering into talks about money matters with rigorous preparation practice makes perfect; doing so gives techies confidence, which helps tremendously during conversations surrounding salaries etc.

Career Planning is the key to being successful in the job search as a B.Tech graduate, career planning is the key. Individuals must explore their options and build connections with professionals within their chosen field. A strong resume and cover letter will go far in helping them stand out from other candidates during interviews or when applying for jobs online. Additionally, familiarizing themselves with industry trends keeps grads ahead of the competition while soft skills such as communication are necessary components of success after landing one’s dream gig. Lastly, negotiating salaries confidently also increases chances of getting accepted offers that properly reflect experience level and worthiness—allowing graduates to reach higher heights along their career paths.

Conclusion

To wrap up our discussion on effective strategies for transitioning into your desired profession post-graduation – let us highlight once more what we’ve discussed here. Researching different careers can help graduates find something they’re passionate about–plus having an extensive network helps open doors leading towards potential employers. You should ensure you have a rock-solid CV and cover Letter combo ready before starting any recruitment process —focusing on continually developing both technical abilities (such as keeping up-to-date with all new technologies) alongside specializing in interpersonal ones like excellent verbal/written communication techniques too.

Finally, remember that understanding how salary negotiations work takes practice, so get yourself out there by roleplaying scenarios either alone or preferably under guidance from mentors who know better than anyone else what could give your application an edge over others’ applications whilst staying truly authentic at the same time!

In the end, its safe conclusion says if proper plans are put together efficiently, without doubt, this blog does provide useful tips which allow B. Tech Graduates to increase their odds of bagging perfect jobs – allowing them to meet their goals and truly thrive in technology-related fields.

Characteristics of Cloud Computing: Explained

April 26, 2024April 5, 2024 by Aakriti

94% of companies across the globe make use of cloud services. Thanks to the boom in cloud computing that came along in 2020, especially when everyone was forced to work remotely. Ever since then, cloud computing has become a part and parcel of every business organization.

Large-scale organizations cannot survive without cloud computing anymore. Let’s consider Amazon Web Services (AWS), Amazon’s one-of-a-kind cloud computing service which generates over 80% of the total Amazon’s revenue. This is how much the cloud is blowing up right now.

So, what’s cloud computing? What are the characteristics of cloud computing that have made it an exceptional and super fast technology like none other existing technology. Let’s dive deep into the realm of cloud computing.

What is cloud computing?

Cloud computing can be an intimidating term for you, especially if you’re a non-tech individual keen to know about it. Cloud computing is nothing but an Internet service that provides storage to host all the applications/software that you conventionally use on your local computers.

With a local computer, you can only access files through that device. However, with the intervention of cloud computing, files could be shared with anyone across the globe since they’re present on the cloud. For example, Google Drive is a cloud computing tool. When shared access, anyone from across the world can access your files irrespective of the device they’re on.

Cloud computing has provided the following benefits to business organizations:

It has cut down the IT costs.
It has enhanced scalability.
It ensures business continuity.
It has allowed easier collaboration amongst teams/individuals/stakeholders.
It prevents the loss of data.

Now that you’re aware of what cloud computing is, it is important to dive deep into the essential characteristics of cloud computing.

What are the essential characteristics of cloud computing?

There are many distinguishing features of cloud computing. The significant cloud characteristics are mentioned below:

Scalability and elasticity:

To understand this cloud feature, let’s consider example of a restaurant. During the rush hours, many extra tables are accommodated to serve surplus customers. These extra tables are removed when the customer count is back to normal.

This is how the concept of scalability works! When there are too many applications to be hosted on the cloud, the cloud service expand its number of servers and infrastructure, as aligned to the demand of storage. This makes cloud a scalable tool. When the load comes back to normal, it scales down. This cuts down the extra costs and make it cost-effective.

Elasticity, on the other hand, responds to short-term cloud-infrastructure needs. When there is a sudden surge in the demand for infrastructure, the cloud computing services add resources to cater to the storage requirements quickly.

Benefits of scalability and elasticity in cloud computing:

Cost-effectiveness: You save a lot of money as the resources are only used when there is a surge in the demand. Therefore, cost optimization works wonders.
Peak performance: Since the load is distributed amongst various servers and instances, you can fetch optimal performance of the applications.
Highly available infrastructure: The scalability and elasticity also take care at the times of system failures and provide disaster recovery smoothly, therefore, providing highly available infrastructure.
Reliable servers: In case there is a hardware that suffers downtime, this characteristic of cloud computing can safely redirect traffic.

On-demand self service:

Consider this! If you subscribe to a postpaid cellular service, the bill is generated according to your data consumption. This is the main agenda of how the cloud computing services work. Except for added benefits such as you can monitor and manage your own uptime, storage consumption, functionalities, instances, server activity, etc.

This is how you become the boss of everything and you only pay for the services that you’ve used over a period of time. A consequent bill is generated as per your service consumption. Therefore, on-demand self service is one of the most basic features of cloud computing!

Benefits of on-demand self service in cloud computing:

Scale as per your needs: Since there is no intervention by a service provider, you can access the required amount of cloud services such as server space, applications, virtual machines, functionalities, etc. that suit your requirements. This gives you the flexibility at your own terms.
Reduced costs: You only pay for the services you have used and nothing more than that. This is why cloud services are practical and beneficial to use.
You are the boss: The control to use the services is in your own hands. You can use resources according to your need and choices. This also gives you a chance to experiment and innovate with the setups and configurations.

Broad network access:

Have you ever wondered how an image that exists in someone’s phone can be shared with you even if you’re on a different device sitting 2000 miles away. This is because cloud computing knows no boundaries. In the above-mentioned instance, it is possible through iCloud sharing, which is also an iOS-based cloud service.

Therefore, with broad network access, you can break all the barriers of geography and access someone else’s files, data, directories, etc. This is an essential characteristic of cloud computing and it is the foremost reason for business organizations shifting to cloud.

Especially, when remote work became a norm, broad network access enabled individuals and organizations to access all the information from anywhere across the globe!

Resource pooling:

In simple words, resource pooling can be referred to as resource sharing. This characteristic of cloud computing highlights the feature of sharing of resources amongst various organizations. These resources include memory, storage, servers, processing and network bandwidth.

One such example of resource pooling is making use of a public cloud service such as AWS. Resource pooling works on a multi-tenant architecture where it provides services to various clients or ‘tenant’. The cloud service represents the whole apartment and each flat inside that apartment can be referred to as a tenant making use of the shared resources.

One example of resource pooling is Virtual Server Pools. It consists of a number of virtual servers that are connected to the Internet for the clients to make use of it via cloud services.

Benefits of resource pooling:

Efficient workload handling: As the infrastructure and other services are provided based on the demand, the cloud vendors can efficiently handle the load and provide services quickly and dynamically.
24/7 service availability: The resource pooling makes cloud services highly available as fault-tolerant infrastructures can be catered to the users. This fulfils the need for continuous cloud services availability.
Optimum resource usage: With the use of load balancing over a pool of servers, for example, the load can be distributed and the best of services can be provided to the users with the minimum use of resources.

Rapid elasticity:

Rapid elasticity is one of the most essential characteristics of cloud computing. Let’s understand rapid elasticity with an example!

During the Flipkart’s Big Billion Days sale, there is a sudden spike in the traffic as a lot of people want to buy things at attractive prices. This is when a normal server could crash and the website could face a significant downtime. However, with the use of cloud computing, rapid elasticity will come into play.

This is how it works:

The cloud recognizes a sudden surge in the traffic.
In response, it expands its storage and resources dynamically by making use of more virtual machines, servers, storage, etc.
Therefore, the website works at a higher computing capacity as compared to the normal days.
This prevents the website from crashing.
When the sale is over and the traffic becomes normal, the expanded resource usage is stopped and the computing capacity goes back to normal.

Benefits of rapid elasticity:

Quick scaling during traffic spike: With the rapid elasticity, cloud infrastructure automatically scales up the computing resources to meet the demands of the increased users.
Smooth user experience: This feature of cloud computing ensures smooth and seamless user experience.
No extra costs: The rapid elasticity comes at no extra costs. You only pay for what you use.

Measured service:

This cloud computing characteristic makes sure that the user is charged with no extra costs. It means that the user DOES NOT need to pay for the resources that he did not use. This is also referred to the ‘pay-as-you-go’ model.

The user is charged for every billing cycle for the following metrics:

Storage
Compute instances
Network bandwidth
Software and services
Development tools
API calls
Database usage
Intelligence
Capabilities
Disaster recovery
Processing power
Content delivery network (CDN)
Message queue usage
Load balancer
Data transfer

Benefits of measured service:

Cost optimization: As the bill is only generated on the services used by a user, a lot of extra costs are cut down.
Improved business performance: As a monthly report is generated based on the resource utilization, user behaviour, power consumption, etc., it becomes easy to improve on the shortcomings and formulate a better business model.

Access scalability: When there is a high demand of cloud computing resources, these could be reached dynamically. Thanks to the ‘pay-as-you-go’ model. Therefore, you can scale your infrastructure easily.

Other significant cloud computing characteristics

There are few other cloud computing features that need to be discussed further. These are mentioned as follows:

Multi-tenancy:

As discussed earlier, the multi-tenancy refers to a cloud instance/resource open for usage by multiple users. This is most evident in case of public cloud services where a single instance such as compute storage is accessed by more than one client.

The major goal of multi-tenancy concept is optimized allocation of cloud resources. This also benefits the user as he does not have to pay for anything extra. On top of that, there are no security issues as data privacy is maintained throughput the resource usage.

The implications of multi-tenancy on resource sharing is mentioned below:

Optimized resource usage: As the resources are only used when needed, computing multi-tenancy services ensures that the resources are used only when required.
No individual performance is hampered: Since there is resource sharing amongst various users, no individual performance is harmed. The Quality of Service (QoS) and optimized resource allocation ensures optimal performance for each user accessing the service.
Equal priority: This feature also makes sure that no single user takes unfair advantage of the resources. Instant scalability feature is provided to a user in need at times of enhanced traffic.

Ubiquitous access:

The cloud computing services work beyond geographical barriers. It has made it easy for users sitting in various corners of the world to access files, data, etc. from any nook and corner of the globe.

Also referred to as ubiquitous computing, a user can access applications, infrastructure and storage anytime, anywhere, using any device. All you need is an Internet connection, and you can access all these services online on your choice of device.

The devices and technologies allowing ubiquitous access:

Laptops
Personal computers (PCs)
Smartphones
Smartwatches
Internet of Things (IoT) devices
Virtual Reality (VR) headset

All these devices have blurred the lines between reality and the digital world. Cloud computing is indeed a strong medium for it.

Resilience and reliability:

It is important for cloud vendors to provide resilience, reliability and integrity to its users. This is why they make sure that the businesses experience zero downtime and seamless experience during their cloud computing usage.

The various measures that ensure high availability:

Business continuity: The business continuity is maintained as the cloud service provides/asks for regular data backups. These prevent loss of any data in case of server downtime or hardware failures.
Disaster recovery: An interesting thing that the cloud vendors provide is data replication. It means that the entire IT infrastructure and data of a particular user is replicated on another cloud environment. When a user faces data loss or unexpected failover, the cloud service quickly shifts the user to the another cloud environment. This interesting cloud computing characteristic is called disaster recovery.

Wrapping up:

That’s all for the blog. This guide is the best for noobs who want to understand cloud computing or people who are new to cloud computing. Understanding the characteristics of cloud computing gives you an in-depth knowledge of the fundamentals of cloud computing and how it works as a whole. You also get a ‘behind-the-scenes’ by learning about these interesting cloud computing features.

So far, we covered essential cloud computing characteristics such as self-service, multi-tenancy, measured service, resource pooling, scalability, elasticity, and broad network access.

What does the future hold? We can expect further refined and seamless experience with these cloud computing features. There would be heavy focus on enhanced security and data protection. You can also expect interference of advanced serverless computing in the upcoming years. The incorporation of AI and machine learning to create better predictive models for efficient resource management will be seen.

It’s your time to dive deep into the realm of cloud computing!

Top 5 Most-Valued Cloud Computing Certifications in Tech

April 26, 2024April 4, 2024 by Aakriti

Looking for best industry demand cloud certifications? The Cloud computing industry is on the boom right now. The market size of cloud computing is expected to grow up to $947.3 billion by 2026. All thanks to its worldwide adoption by more than 90% of business organizations across the globe.

In this blog, we will discuss the top 5 most high-paying cloud certifications in the tech industry. We will discuss them in the order of highest value in descending order.

Almost everyone around you wants a career in tech, I bet. However, choosing a cloud certification that aligns with your desired job role is very important. The best way to find it out is by looking up your preferred job role on job-finding platforms such as Naukri, indeed, etc., and then preparing for the certifications needed for that job role.

Cloud Computing Certifications to Get You Ahead in the Industry

Here is a list of all the cloud certifications that are very valuable in today’s time. Without further ado, let’s get started with the list.

1. AWS Certified Solutions Architect - Associate

The Amazon Web Services (AWS) Certified Solutions Architect Associate is one of the most valuable cloud certifications. This certification is best suited for beginners and professionals who work in enterprise architecture and solutions architecture.

Who is this certification for?

The AWS Certified Solutions Architect Associate certification is a certification for those who already have one or more than one year of practical experience in constructing and designing a cost-effective and scalable distributed system on Amazon Web Services (AWS).

What Skills do You Gain After the Certification?

You can carry out the following tasks with so much ease after the certification:

Identifying and developing employees with critical cloud implementation skills.
You can verify your skills to build and deploy distributed systems on AWS.
You can then easily deploy and secure web applications using AWS.

Important Details of the Certification:

Cost of exam: $150 USD
Average annual salary: Rs. 8.8 Lakhs

2. AWS Certified Developer - Associate:

The AWS Certified Developer Associate certification helps you learn how to identify and develop talent with critical skills for implementing cloud initiatives. This cloud computing certification is the best for programmers and software developers interested in building cloud-native applications.

Who is this certification for?

This certification is the best for a professional with one or more years of practical experience in developing and maintaining an AWS-based application.
It is important to develop a good understanding of CI/CD pipelines to deploy applications on AWS.
You must know how to write code for cloud-based applications, containers and application lifecycle management.

What Skills do You Gain After the Certification?

After gaining the certification, you can show your skills in key AWS services, use cases, and best practices of AWS architecture.
You can show your skills in debugging, deploying and developing applications using AWS.

Important Details of the Certification:

Cost of examination: $150 USD
Average annual salary: Rs. 5.6 Lakhs

3. Google Certified Professional Cloud Architect:

The GCP Cloud Architect certification is presented by Google. It allows you to make use of Google Cloud technologies. This certification helps you land high-paying jobs as a cloud architect.

Who is this certification for?

This Google Cloud certification is the best for those IT professionals who want to become solution architects for Google technologies.
You can then master Google technologies such as Big Query, Big Table and other GCP services.
This certification is for candidates having 3+ years of industry experience with over one year of experience in designing and managing solutions using Google cloud.

What Skills do You Gain After the Certification?

After the certification, you can design and plan a cloud solution architecture. You can manage and provide cloud solution architecture.
You learn how to design for security and compliance.
Analyze and optimize technical and business processes.

Important Details of the Certification:

Cost of examination: $200 USD
Average annual salary: Rs. 44.9 Lakhs

4. Microsoft Certified Azure Administrator Associate

The Microsoft Certified Azure Administrator Associate handles the deployment, monitoring and management of Microsoft Azure solutions. An Azure Administrator is often a part of a large team working towards implementing an organization’s cloud infrastructure.

Who is this certification for?

This certification is for you if you have at least 6 months of practical experience in administrating Azure.
You must have a strong understanding of core Azure services, Azure workloads, security and governance.
You must know PowerShell, Azure portal, Azure CLI and Azure Resource Manager templates.

What Skills do You Gain After the Certification?

After gaining the certification, you can manage, implement and monitor an organization’s Microsoft Azure environment.
You are then able to show that you can deploy and manage Azure compute resources.
You can then develop, monitor and administer cloud services such as storage, security and virtual environments.

Important Details of the Certification:

Cost of examination: $165 USD
Average annual salary: Rs. 7.2 Lakhs

5. Google Certified Professional Data Engineer:

The Data Engineer is one of the most popular and the hottest job profile of the year! If you want to start your Big Data journey, there is no other best certification than the Google Certified Professional Data Engineer.

Who is this certification for?

This certification is best for candidates who already have three or more years of industry experience that involves at least one year of experience in managing and designing solutions via GCP.
This certification is for anyone who wants to break into the Big Data industry.

What Skills do You Gain After the Certification?

After the certification, you will be able to design systems that need data processing and build and operate systems.
You will be able to perform data refining, build machine learning models and refine the solution quality.
You will be able to build, design, secure and observe data processing systems.

Important Details of the Certification:

Cost of examination: $200 USD
Average annual salary: Rs. 7.0 Lakhs

That’s a Wrap!

That’s all for this blog. No matter what profession or certification you choose, you can always get paid very highly with an increase in professional experience. The cloud computing industry is growing at a very fast pace.

It is the best time to transition your career into the cloud domain.

The Cloud Capabilities in 2024: Explained

April 26, 2024April 4, 2024 by Surbhi

Cloud computing has impacted how people store and access data, communicate, and access software applications and allows for easy access to documents and media from anywhere, at any time, on any device, and enables seamless collaboration between individuals and organizations. The cloud also offers enhanced security and data backup capabilities, ensuring that data is safe and can get recovered. As cloud technology evolves, cloud capabilities play an even more significant role in the IT industry.

Therefore, read the blog to understand cloud capabilities better.

What is cloud computing?

Cloud computing is a model for delivering services over the internet, allowing users to access servers, storage, databases, and software without needing the local infrastructure. Cloud computing enables businesses to scale and deploy applications quickly and efficiently, reducing costs and improving flexibility.

Why choose cloud computing?

Cloud computing is a must in the contemporary era since it provides innumerable benefits to IT, and a few are as follows-

Scalability
Cost-efficiency
Flexibility
Accessibility
Security
Reliability
Collaboration
Disaster recovery
Innovation
Sustainability

What are the cloud capabilities in 2024?

The cloud capabilities in 2024 are as follows-

Increased Adoption

Many organizations use public and private cloud services and on-premises infrastructure to meet their diverse computing needs to balance the benefits of public cloud services (scalability and cost savings) with the control and security of the private infrastructure.

The Continued Growth

Serverless computing has gained popularity due to its ability to simplify application development and deployment, reduce costs, and improve scalability. In 2024, we may see further growth as more businesses adopt serverless computing to accelerate their digital transformation efforts.

Advancements in AI and Machine Learning

Cloud providers invest heavily in AI and machine learning capabilities, including pre-built models, automated machine learning tools, and AI-powered analytics to leverage the power of AI and machine learning cost-effectively and smoothly.

Improved Security and Compliance

Cloud providers enhance their security and compliance to meet customer needs in highly regulated industries. In 2024, we may see further advancements in data encryption, access controls, threat detection and response.

Increased Sustainability

In 2024, we may see more emphasis on sustainability in cloud computing, with businesses looking for providers prioritizing environmental responsibility.

What are the top cloud computing courses in IT?

The top cloud computing courses in IT are as follows-

AWS Solutions Architect

The AWS Solutions Architect course is a comprehensive training program that equips learners with the skills and knowledge to design and deploy scalable, secure, and highly available systems on Amazon Web Services (AWS), where participants learn how to leverage AWS services to build resilient and cost-effective solutions that meet their organization’s needs. The course covers cloud computing fundamentals, AWS infrastructure and networking, application services, security and compliance, and more.

AWS DevOps

The AWS DevOps course helps learners master the skills to develop and deploy applications on the AWS platform using DevOps principles and practices and covers topics like continuous integration and delivery, infrastructure as code, monitoring and logging, and learn how to automate the software delivery process, improve collaboration between development and operations teams, and increase the speed and agility of their software development lifecycle using AWS services.

Microsoft Azure

The Microsoft Azure course provides learners with the knowledge and skills necessary to design, deploy, and manage scalable, secure, and highly available cloud-based solutions using Microsoft Azure, covering topics like virtual machines, storage solutions, network infrastructure, identity management, and more to learn how to leverage Azure services and tools to build efficient and effective solutions that meet the needs of their organization.

GCP Cloud

The GCP Cloud course helps learners develop the skills to design, deploy, and manage scalable, secure, and highly available solutions on the Google Cloud Platform (GCP) and learn how to leverage GCP services and tools to build efficient and cost-effective solutions that meet their organization’s needs. The course describes virtual machines, storage solutions, networking, security, and how to use GCP services for data analysis and machine learning applications.

Docker

The Docker course provides a comprehensive understanding of the Docker platform and containerization technology, where participants learn how to create, manage, and deploy containerized applications using Docker tools and services. The course covers Docker architecture, containerization principles, file creation, networking, and more.

Kubernetes

The Kubernetes course helps learners master the skills to deploy, manage, and scale containerized applications using the Kubernetes platform and learn how to deploy applications using Kubernetes, manage containerized workloads, and automate the scaling of applications. The course covers Kubernetes architecture, container orchestration principles, Kubernetes networking, storage solutions, and more.

Where can I apply for cloud computing training?

To apply for cloud computing training, one looks out for the best platform, and one such platform is Network Kings, where you learn directly from engineers. You also get 24*7 access to the world’s biggest virtual labs with zero downtime and live 1:1 career guidance sessions from experts.

Therefore, enroll now to join the cloud computing demo class worth 70$ by industry experts for free.

What are the job prospects for cloud computing in IT?

The job prospects for cloud computing in IT are as follows-

Cloud Architect
Cloud Engineer
Cloud Developer
Cloud Operations Engineer
Cloud Security Engineer
Cloud Consultant
Cloud DevOps Engineer
Cloud Infrastructure Engineer
Cloud Systems Administrator
Cloud Network Engineer
Cloud Support Engineer
Cloud Technical Account Manager
Cloud Data Engineer
Cloud Business Analyst
Cloud Solution Architect
Cloud Project Manager
Cloud Compliance Analyst
Cloud Service Delivery Manager
Cloud Capacity Planner
Cloud Test Engineer
Cloud Migration Engineer
Cloud Automation Engineer
Cloud Storage Engineer
Cloud Database Administrator
Cloud Application Developer

What is the salary package for cloud engineers?

The salary package for cloud engineers in different countries is as follows-

United States: $90,000 – $150,000 per year
Canada: CAD 80,000 – CAD 120,000 per year
United Kingdom: £45,000 – £80,000 per year
Australia: AUD 80,000 – AUD 140,000 per year
Germany: €60,000 – €100,000 per year
France: €45,000 – €90,000 per year
Switzerland: CHF 120,000 – CHF 150,000 per year
Netherlands: €50,000 – €90,000 per year
Singapore: SGD 60,000 – SGD 120,000 per year
Japan: ¥7,000,000 – ¥15,000,000 per year
South Korea: KRW 50,000,000 – KRW 100,000,000 per year
India: INR 500,000 – INR 1,500,000 per year
Brazil: BRL 100,000 – BRL 200,000 per year
UAE: AED 150,000 – AED 300,000 per year
China: CNY 300,000 – CNY 600,000 per year

Wrapping Up!

Cloud computing has taken the world by storm and will continue to serve the tech industry with its rising benefits. The pros and cons of cloud computing have directed the cloud computing capabilities to excel in IT.

Therefore, for any queries or feedback, do not hesitate not to write to us. Good Luck!

Vibrant AWS DevOps Salary in India for Freshers: Best Proven Guide

April 26, 2024April 3, 2024 by Surbhi

Cloud computing and advancement in technology go hand-in-hand. Therefore, large corporations demand cloud experts to manage their businesses and firms. But individuals carrying computing skills are the foremost need of the IT industry. Thus, read the blog till the end to understand the AWS DevOps Salary in India for freshers in detail.

What is the AWS DevOps program?

The AWS DevOps program provides aspiring candidates with the skills mandatory to implement cloud solutions as a DevOps Engineer. One gets introduced to provisioning, operating, and managing distributed application systems skills on the AWS platform.

The training enables you to implement DevOps training methodologies on AWS and provides a deep understanding of core cloud computing concepts.

What skills can I learn from the AWS DevOps certification?

The skills you can learn from the AWS DevOps certification training are as follows-

Understanding AWS Services

The certification will help you become acquainted with AWS services like ec2 and provide the best cloud practices used in a DevOps environment.

Understanding DevOps Practices

You will gain a thorough knowledge of DevOps practices and methodologies like continuous integration, delivery, and deployment.

Automation

You will learn to automate tasks using AWS tools like CloudWatch Event, AWS Lambda, and SNS.

Performance Monitoring and Logging

You will gain knowledge of monitoring performance and logging tools, which will help you identify and troubleshoot issues in your infrastructure.

Security

You will learn about best practices for securing your infrastructure and data in AWS, including configuring access control, implementing encryption, and using AWS Identity and Access Management (IAM).

Networking

You will understand how to configure networking and connectivity between AWS services and components.

Infrastructure as Code (IaC)

You will gain a concrete understanding of IaC concepts and tools like Pulumi, AWS CloudFormation, and AWS CDK.

Infrastructure as a Service

You will learn how to use and launch ec2 instances and access configuration management tools like Ansible.

Containers

You will understand the configuration management system and the use of tools like Docker and Kubernetes.

Collaboration and Communication

You will develop soft skills such as communication, collaboration, and problem-solving, which are crucial for working effectively in a DevOps team.

What is the scope of the AWS DevOps certification?

The scope of the AWS DevOps certification is bright and promising. Since the demand for cloud computing is advancing, job opportunities are increasing simultaneously, and to become an asset to the IT industry, skills are mandatory. The AWS DevOps training helps you to acquire the required skills to master the domain.

Where to get the best AWS DevOps training?

You can get the best AWS DevOps training at Network Kings, where you can learn directly from experts. The student-oriented training helps to understand cloud computing better by providing 24*7 access to the world’s biggest virtual labs with zero downtime.

Therefore, enroll today and get a demo session of AWS DevOps by industry experts worth $45 for free.

What are the available job roles after the AWS DevOps course?

The available job roles after the AWS DevOps course are as follows-

DevOps Engineer
Cloud Architect
Site Reliability Engineer (SRE)
Cloud Security Engineer
Cloud Infrastructure Engineer
Cloud Operations Engineer
Cloud Systems Administrator
Cloud Network Engineer
AWS Solutions Architect
AWS Developer
AWS Cloud Consultant
AWS Cloud Engineer
Cloud Automation Engineer
Cloud Deployment Engineer
Cloud Monitoring Engineer
Cloud Integration Engineer
Cloud Database Administrator
Cloud DevOps Manager
Cloud Project Manager
Cloud Technical Account Manager

What is the AWS DevOps Salary in India for freshers?

The AWS DevOps salary in India is INR 6 LPA – INR 18 LPA for freshers.

Also, the AWS DevOps salary for freshers in different countries is as follows-

United States: USD 100,000 – USD 180,000 per year
Canada: CAD 90,000 – CAD 140,000 per year
United Kingdom: £50,000 – £90,000 per year
Germany: €60,000 – €100,000 per year
France: €50,000 – €90,000 per year
Spain: €35,000 – €65,000 per year
Italy: €40,000 – €70,000 per year
Netherlands: €50,000 – €90,000 per year
Sweden: SEK 480,000 – SEK 720,000 per year
Norway: NOK 600,000 – NOK 800,000 per year
Switzerland: CHF 100,000 – CHF 160,000 per year
Australia: AUD 150,000 – AUD 180,000 per year
New Zealand: NZD 90,000 – NZD 130,000 per year
Singapore: SGD 70,000 – SGD 120,000 per year
Japan: ¥7,000,000 – ¥12,000,000 per year

Wrapping Up!

The AWS DevOps course has become another revolution in the cloud computing industry, and making a career in it can help you earn huge. Also, at Network Kings, you can learn directly from the experts and master the required skills with flying colours.

Hence, you can feel free to leave feedback or comments on the blog entitled Vibrant AWS DevOps Salary in India for Freshers: Best Proven Guide and even request an answer to your queries.

Good Luck!

What are the fundamental roles of a Network Engineer?

Why are Network Engineers crucial in today's digital landscape?

What are the top Network Engineer skills required to excel in IT?

Network Fundamentals

What are the basic principles of networking?

How do network topologies function?

What are the OSI and TCP/IP models?

Network Protocols

What are the common network protocols?

How do protocols like TCP, UDP, and ICMP function within a network?

What are the differences between IPv4 and IPv6?

Routing and Switching

What is the role of routers and switches in a network?

How do routing protocols such as OSPF, BGP, and EIGRP operate?

What are VLANs, and how do they enhance network efficiency?

Network Security

What are the fundamental principles of network security?

What are common security threats?

Network Automation

What is network automation?

How can automation streamline network configuration, management, and troubleshooting?

Network Troubleshooting

What are common network problems?

Performance Monitoring and Optimization

How can network performance be monitored effectively?

How can network engineers optimize performance?

Cloud and Virtualization

What is the role of cloud computing in modern networking?

Continuous Learning and Adaptability

What are effective strategies for adapting to changes in network technology?

Recap of Essential Skills for Network Engineers

How to Become a Network Engineer? - Roadmap

What are the salary aspects for a Network Engineer?

Wrapping Up!

Frequently Asked Questions:

What should I learn to become a Network Engineer?

What are the requirements for a Network Engineer?

How much does a Network Engineer earn?

Is Network Engineering a Good Career?

What skills help Network Engineers find jobs?

What is Networking?

What is Cloud Computing?

What is the difference between Networking and Cloud Computing in IT?

NETWORKING VS CLOUD COMPUTING

What are the similarities between Networking and Cloud Computing in IT?

Which is better - Networking or Cloud Computing?

What courses are available in Networking and Cloud Computing?

What are the available job roles in Networking and Cloud Computing?

What are the salary packages for Networking and Cloud Computing candidates?

Wrapping Up!

What is Cloud Security?

What Cloud Security Skills will you learn from Cloud Security Training?

Who should learn this Cloud Security course?

Why should you learn the Cloud Security course?

What are the benefits of Cloud Security Training?

How to Build a Career after Cloud Security Training?

Entry-level Cloud security jobs:

Experienced Cloud Security Jobs:

Start your Cloud Security Career with Network Kings

Conclusion

Frequently Asked Questions [FAQs]

Which course is best for Cloud Security?

How do I start learning Cloud Security?

How do I become a Cloud Security Expert?

Is Cloud Security easy to learn?

What is the salary of a Cloud computing expert?

Are Cloud Jobs in Demand?

Is Cloud career stressful?

What are the 7 fundamentals of Cloud Security?

Who pays more AWS or Google Cloud?

What is an Information Technology course?

Why is it important to pursue Information Technology courses?

Information Technology courses after graduation

Cisco Certified Network Associate (CCNA):

Job opportunities after CCNA:

Cisco Certified Network Professional (CCNP):

Job opportunities after CCNP:

Cisco (Software-Defined Wide Area Network) SD-WAN:

Job opportunities after SD-WAN:

Red Hat Linux: