About
ROHIN RAJ S B — Robotics Engineer | Tech Enthusiast
Engineer by role, innovator by passion. Curiosity drives me — I enjoy blending code with hardware to prototype real-world solutions and build end-to-end robotic systems.
Contact
- Phone: +91 9544 961 931
- Email: rohin.rsb@gmail.com
- Website: https://rohinraj.github.io
- Location: Calicut, India
- GitHub: https://github.com/rohinraj
- LinkedIn: https://www.linkedin.com/in/rohinraj/
- X: https://x.com/rohinrajsb
Summary
With a foundation in Mechanical Engineering and hands‑on experience in robotics R&D, I work across mechanical design, embedded systems, and autonomy using ROS/ROS2. I build reliable, maintainable systems that combine firmware, sensor integration, and navigation software.
What I do
- System design and prototyping (mechanical + electronics)
- Embedded firmware and real‑time control (C, C++)
- ROS / ROS2 development and Navigation2
- Sensor integration, debugging and automation
- Data analysis & applied machine learning (ongoing)
Selected Experience
- Engineer — QBurst (Jul 2023 – Present)
- Designed and developed an office‑assistant robot end‑to‑end: mechanical design, embedded firmware, ROS/ROS2 integration and sensor troubleshooting.
- Research & Development Intern — Inker Robotics (Feb 2023 – Apr 2023)
- Practical robotics experience with development boards and embedded software.
- Research Intern — Center for Creative Learning, IIT Gandhinagar (May 2022 – Aug 2022)
- Built STEM models, worked on creative design, simulation and 3D printing; wrote supporting code for projects.
- Design & Manufacturing Intern — Fraternity of Mechanical and Automotive Engineers (Aug 2021 – Sep 2021)
- Participated in building an electric all‑terrain racing vehicle.
Education
- B.Tech, Mechanical Engineering — Government Engineering College Wayanad (Jul 2019 – Present)
Skills (high level)
- ROS / ROS2, Navigation2
- Python, C++, C
- Embedded systems, real‑time control
- CAD: SolidWorks, Fusion 360
- Raspberry Pi, sensors, prototyping
- Linux, system design, data analysis