Piyush Jaiswal — DevOps Engineer

I have always been fascinated by how technology can transform our lives and make processes smoother. Currently working at Texas Instruments as a Site Reliability Engineer, I focus on creating scalable applications that not only perform well but also make life easier for users. One of my proudest achievements was developing a Python & Flask-based workflow automation that cut processing time from 2 days to just 1 minute. It’s moments like these that fuel my passion for engineering—seeing tangible results from my work is incredibly rewarding. Before joining Texas Instruments, I had the opportunity to intern there where I built a WebEx license management system. This project automated access workflows and eliminated over 500 support tickets monthly, saving the team more than 1000 hours annually. It was an eye-opener for me on how small changes can lead to significant improvements in efficiency. My journey began at Uneva as a Software Developer where I worked on enhancing user interfaces and API development. I was able to optimize the app's UI by making it 60% more interactive, which taught me the importance of user experience in software design. Each role has shaped my understanding of both backend architecture and full-stack development. Outside of work, I enjoy diving into personal projects that challenge my skills and creativity. Whether it's experimenting with new programming languages or contributing to open-source projects, I believe continuous learning is key in this fast-paced field. If you are interested in discussing innovative solutions or collaboration opportunities in tech, feel free to reach out via email at piyushjaiswal0701@gmail.com Skills: Python, Flask, React, Node.js, System Design, Automation, API Development, CI/CD Pipeline, GIT/Github, SQL, MongoDB, Docker, Travis, Kubernetes

Stackforce AI infers this person is a SaaS-focused engineer with expertise in automation and scalable application development.

Location: Bengaluru, Karnataka, India

Experience: 2 yrs 4 mos