Joyel Thomas
Firmware Engineer Intern (R&D) @ BTL India | PTIB Coordinator | Final Year BTech, NSS College of Engineering | PCB Design | Fusion 360
- Role
- Firmware Engineer at BTL India Private Ltd
- Location
- Alappuzha, KL, IN
- LinkedIn followers
- 500 followers
About Joyel Thomas
Student at NSS College of Engineering, specializing in Instrumentation and Control Engineering with a minor in Machine Learning and an honor in Mechatronics. Passionate about exploring the intersection of technology and innovation, I thrive on delving into the realms of AI, machine learning, robotics, and electronics. Proficient in Python, HTML, CSS, JavaScript, NumPy, Pandas, Blender, Kicad, Bootstrap and JQUERY with hands-on experience in C and C++ programming languages, backed by certificates attesting to my skills. As a dedicated member of the badminton team at my college, I\'ve honed my teamwork and leadership abilities, fostering a collaborative spirit both on and off the court. Additionally, I serve as the website head of our esteemed team ICONS and I serve as a PTIB Coordinator of my College placement cell, where I oversee the development and maintenance of our online presence, further honing my skills in web development and project management. Eager to contribute to cutting-edge projects and leverage my diverse skill set to tackle complex challenges in the fields of engineering and technology. Let\'s connect and explore exciting opportunities together!
Experience
Firmware Engineer
Jan 2026 — Present · Bengaluru, IN
Currently contributing as a Firmware Engineer Intern within the Research & Development (R&D) division at BTL India, specifically focusing on Project 349. My work involves architecting and developing low-level software for next-generation, high-precision physiotherapy equipment. Utilizing the STM32 (ARM Cortex-M) microcontroller ecosystem, I am responsible for implementing robust firmware solutions that bridge the gap between complex hardware control and patient-centric rehabilitation technology. My role extends beyond standard coding to include real-time system optimization, peripheral interfacing (SPI, I2C, UART), and rigorous hardware-software validation to ensure the highest standards of safety and reliability required for medical-grade instrumentation. I am passionate about leveraging embedded systems to solve intricate R&D challenges and improving clinical outcomes through innovative engineering.
Education
NSS College of Engineering, Palakkad
Bachelor of Technology - BTech, Instrumentation and control engineering with minor in Machine Learning and honor in Mechatronics.
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