I am a skilled Cloud Engineer and Software Developer with over one year of experience working at Trianz, specializing in multi-cloud solutions and cloud migrations. My expertise lies in AWS services such as EC2, VPC, and RDS, and I have contributed to the development of Trianz's multi-cloud management platform, Concierto, by building a fully functional Proof of Concept (POC). I possess strong proficiency in Python, React.JS, and SQL, and have hands-on experience with DevOps tools like Terraform and Jenkins for infrastructure automation and continuous integration.
I am certified in AWS Cloud Solutions Architect Associate and Linux, with a solid understanding of cloud automation, infrastructure as code (IaC), and cloud cost optimization. Additionally, I am continuously improving my communication skills and have a keen interest in aligning technology with business goals for efficient cloud management.
At Trianz, I contributed to "cloud solutions" and "multi-cloud migrations" using their proprietary platform, "Concierto", which facilitates seamless cloud management. My primary responsibility involved building a fully functional "Proof of Concept (POC)" for the platform, showcasing its capabilities in simplifying and automating cloud infrastructure management. I worked closely on "AWS", focusing on services like "EC2, VPC", and storage solutions, as well as developing strategies for cloud migrations to optimize scalability and cost-efficiency. This project aimed to enhance Trianz’s multi-cloud management capabilities, making the cloud operations more efficient for clients.
I collaborated with a dynamic team to construct a comprehensive full-stack website for managing medical resources and services. As part of the team, I engaged in the end-to-end development process, seamlessly blending my contributions on both the "frontend" and "backend". On the frontend, I focused on creating a user-friendly interface, ensuring a seamless experience for administrators and users alike. Leveraging modern technologies, the goal was to make resource management intuitive and efficient. On the "backend", I delved into the complexities of server-side logic, database design, and API integration. Our collective effort aimed at building a robust backend infrastructure, capable of handling the intricacies of medical data and services. We prioritized data security, ensuring that sensitive medical information was treated with the utmost confidentiality. The project not only broadened my technical skills but also deepened my understanding of the crucial role technology plays in healthcare resource management.