Vishnu Thirunavukkarasu

I am a dedicated Master’s student in Analytical Instruments, Measurement, and Sensor Technology at Hochschule Coburg, with a strong blend of expertise in embedded systems and full-stack software development. My skill set includes C++, Java, JavaScript, React, Angular, Spring Boot, and Embedded Systems, fueled by a passion for sensor technologies, automation, and AI-driven solutions.

My experience spans designing exoskeletons, programming FPGAs, and developing embedded systems using platforms like Arduino, STM32, Xilinx ISE, and Basys 2. On the software side, I’ve built dynamic, scalable web applications using Angular for responsive front-ends and Spring Boot for robust back-end services, integrating hardware and software to deliver innovative solutions. I excel at creating seamless, user-focused systems that bridge the physical and digital worlds.

🔹 Technical Skills:

Full-Stack Development: Java, JavaScript, React, Angular, Spring Boot, HTML5, CSS

Embedded Systems: C++, FPGA, IoT, Arduino, STM32, Xilinx ISE

AI & ML: Sensor integration, automation, data-driven solutions

🔹 Seeking: Internship or working student roles in Embedded Systems, Full-Stack Development, or AI-related projects in Germany, where I can contribute to cutting-edge technologies and collaborate within a dynamic team.

I am eager to tackle challenging projects, drive innovation in hardware and software, and explore advancements in technology. Let’s connect to build something impactful!

As a Senior Software Developer at Infosys (May 2021–Sep 2024), I optimized backend algorithms using Java Spring Boot and Scala, enhanced eCommerce platforms with Angular, and specialized in IBM Sterling tools. I managed projects with GitLab, Bitbucket, and Jira, deployed services on AWS EC2, and containerized applications with Docker.

At Hochschule

Coburg (Nov–Dec 2024), I designed a PCB with KiCad, programmed STM32 in C/C++, and applied mathematical methods to optimize sensor data for image-based applications.

Projects Summary

At the University of Shanghai for Science and Technology (Mar 2025–present), I developed FPGA designs using Verilog on Basys 2 with Xilinx ISE, implementing a breathing LED pattern, bit counter, state machine, and frequency divider for efficient hardware acceleration. In another project, I applied a Kalman filter in Python for a ROS-based ultrasonic robot, enabling image processing and noise reduction, with C++ ROS nodes for real-time control, leveraging mathematical modeling for performance optimization.