What do you do if transitioning from network engineering to cloud computing in Computer Engineering?

I transitioned from IT support and graphic design into the cloud computing field. My curiosity and interest in how cloud computing works played a major role in this change. I eagerly looked out for cloud computing resources and discovered Azure's free credits, which allowed me to gain practical experience. This hands-on practice helped me secure a cloud support role, and today I have extensive knowledge in the cloud domain. If you're looking to make a transition, I’ll recommend leveraging your networking skills and thoroughly understanding cloud computing concepts. Get hands-on experience with major platforms like Azure and AWS, pursue relevant certifications and most importantly, stay curious and find a mentor. Thanks

Start practicing and exploring different services of the cloud , and aim for certification as they will enhance your skills and help you to discover the concepts in dept.

Leverage your network engineering skills in the cloud by focusing on cloud-specific knowledge like virtualization and service models. Choose a platform (AWS, Azure, Google Cloud) that aligns with your career goals. Gain hands-on experience building virtual machines and deploying applications on your chosen platform. Earn certifications to showcase your cloud expertise. Network with professionals and build a portfolio of cloud projects. Target cloud-specific roles like cloud network engineer or solutions architect, emphasizing your networking background. Stay updated with cloud trends and learn automation tools like Terraform or Ansible to enhance your skillset and become a valuable asset in the cloud computing field.

I jumped from several different specialties until I finally landed at Cloud Computing. Most skills are transferable in that they are less hands-on and require more automation programming to complete those tasks. Take the opportunity to dive deeply into one of the cloud providers first. A master of one makes a general practitioner of the others.

If you want to switch from networking to cloud computing then you can get the working information of the particular service in their official documentation. You can also perform hands on lab by creating account in one of the cloud platform. There are multiple online courses on udemy, coursera, acloudguru and even on youtube you can find free lectures on cloud. Just start by picking any one cloud platform and master it.

Transitioning from network engineering to cloud computing involves familiarizing yourself with major cloud platforms like AWS, Azure, and Google Cloud, and obtaining relevant certifications such as AWS Certified Solutions Architect or Azure Administrator. It's crucial to learn about cloud architecture, services, and deployment models, and gain hands-on practice through labs and projects. Enhancing programming skills, particularly in languages like Python for cloud automation, is essential. Leveraging your networking knowledge to understand cloud networking concepts, familiarizing yourself with DevOps tools and practices, and engaging with cloud computing communities for networking and support will facilitate a smooth transition.

To transition from network engineering to cloud computing, leverage a variety of learning resources. Online courses, tutorials, and hands-on labs can help you master cloud concepts and technologies. Participate in communities and forums to ask questions and share insights with peers. Books and whitepapers on cloud architecture, security, and best practices are also invaluable. By immersing yourself in these resources, you'll gain a comprehensive understanding of the cloud ecosystem and how to apply it in practical scenarios.

One thing I've found helpful is leveraging existing knowledge while embracing new learning opportunities. As a System Engineer & Software Developer at Convergence IT Solutions PLC, my background in network installation, system administration, and security facilitated a smoother transition to cloud computing. Pursuing certifications like AWS Certified Cloud Practitioner and Microsoft Azure Fundamentals deepened my expertise. Hands-on projects, such as developing and deploying scalable cloud applications using AWS and Azure, were crucial. Collaboration with IT personnel and vendors provided insights into cloud integration best practices. Continuous learning through webinars kept me updated with the latest cloud technologies and trends.

Gaining knowledge through practical is a must. One can try creating account in AWS and try exploring the services for free. It will be a great hands on lab.

Practical experience is crucial when transitioning to cloud computing. Begin by experimenting with cloud services in a sandbox environment to safely explore cloud technologies without impacting production systems. Contributing to open-source cloud projects or volunteering for cloud-related tasks in your current job can provide hands-on experience. Understanding and implementing cloud deployment models—public, private, hybrid, and community—will be advantageous. This practical experience will reinforce your theoretical knowledge and prepare you for the challenges of working in cloud computing.

Your understanding of routing, security, and connectivity will be valuable in cloud networking. Leavrage your experience. I've found AWS Sandbox is helpful in this transition and understanding more about cloud computing.

Cloud network engineering involves the design, implementation, and management of networks that support cloud-based services and applications. This includes configuring routers, switches, firewalls, and other network components, as well as integrating with public, private, or hybrid cloud services. Cloud network engineering is critical to the success of modern IT operations. It offers scalability, flexibility, security and cost reduction, allowing companies to quickly adapt to market changes and customer demands. Investing in a well-designed and managed network infrastructure in the cloud is essential to ensure business continuity and continuous innovation.

To enhance your understanding of cloud security, study key principles like identity and access management (IAM), encryption, and compliance standards. Learn how to protect data at rest and in transit and ensure regulatory compliance. Additionally, familiarize yourself with cloud-native security tools from AWS, Azure, and Google Cloud, as well as third-party security solutions. Combining this knowledge with practical experience will help you effectively secure cloud environments against various threats.

Implementing an effective IAM solution in the cloud is not without its challenges. It is necessary to consider integration with legacy systems, identity management in hybrid environments (cloud and on-premises) and adaptation to new security threats. Additionally, choosing an IAM solution must take into account scalability and flexibility to meet the organization's future needs. Identity and access management is fundamental for any organization that uses cloud services. In addition to strengthening security and ensuring compliance, IAM improves operational efficiency and user experience. Investing in a robust IAM solution is an essential step to protecting digital assets and supporting sustainable business growth.

Security in cloud computing differs from traditional network security. Start by understanding the shared responsibility model, which clarifies the security tasks handled by the cloud provider versus those managed by the user. Learn about identity and access management (IAM), encryption, and cloud-specific security protocols. Designing and implementing a secure cloud architecture is vital to protect data and comply with regulations. Stay informed about emerging security threats and best practices to remain proactive in the field. Continuous learning is essential to keep your cloud environment secure.

I started my career as a network engineer. During my college days, my professor used to give me some assignments related to computer networks using Cisco packet tracer software. After joining an organisation, I was using GNS3 software to test multiple topologies and protocols. Here, I had a need for virtualization to work with the end devices in a network. So, I started to use Hyper-V and Virtual box software. After that I started using EC2 instances and this is how I entered into the world of cloud. As a network engineer, you can manage the cloud network using services like Amazon VPC,Azure vnet,etc. Therefore, you can learn the cloud services that are relevant to Network engineering.

Consider how transitioning to cloud computing aligns with your career goals. This field offers roles such as cloud architect, cloud consultant, and DevOps engineer. Identify which role matches your interests and strengths, and tailor your learning journey accordingly. Networking with industry professionals can offer valuable insights and opportunities. Remember, moving to cloud computing involves not only acquiring technical skills but also adopting a new mindset regarding computing resources and services. Adaptability and continuous learning will be key to your success in this evolving field.

Build a cloud portfolio consider creating personal projects or contributing to open-source projects that leverage cloud technologies. This showcases your capabilities. Connect with cloud professionals on LinkedIn or attend industry events to learn from their experiences and gain insights into the field. This will help you stay updated on the latest trends and best practices.

Here are some additional considerations to keep in mind: Adaptability: Embrace flexibility as cloud computing constantly evolves with new technologies and trends. Business Acumen: Understand how cloud solutions align with business goals and contribute to organizational success. Soft Skills: Communication, collaboration, and problem-solving skills are crucial when working in cloud teams. Certifications: While not mandatory, certifications can validate your skills and enhance career prospects in cloud computing. Industry Trends: Stay updated on industry news and advancements to remain competitive and relevant. Ethical Considerations: Address data privacy, security, and ethical implications when handling cloud-based systems and data.

To transition effectively into cloud computing, join cloud communities by participating in online forums and groups to stay updated and network with professionals. Attend meetups, webinars, and conferences related to cloud computing. Work on personal projects to apply what you've learned, such as setting up a web application on a cloud platform or creating a cloud-based solution. Contribute to open-source cloud projects to gain practical experience and collaborate with others. Seek hands-on experience through internships, part-time jobs, or freelance work involving cloud computing. If currently employed, explore opportunities to transition to a cloud computing role within your organization.