Meet Jain:
pronouns: he | him
located_in: Vadodara, India
title: Student
skills:
- programming: [ C, C++, Python, Assembly, Verilog ]
- technical_tools_and_platforms: [ Arduino, Ardupilot, Easy EDA, ESP 32, ESP-IDF, Flux AI, KiCAD, LTspice, Microwind,
Multisim, STM32, STM32CubeIDE, OpenCV, QGroundControl, Raspberry Pi, Scilab ]
education:
- Bachelor's in Electronics and Communication Engineering:
institution: Dharmsinh Desai University
location: Nadiad, India
duration: 2022 - 2026
CGPA: 9.22/10
- 12th Board (CBSE):
institution: Green Valley High School
location: Vadodara, India
year: 2022
percentage: 61%
- 10th Board (CBSE):
institution: Prince Ashokraje Gaekwad School
location: Vadodara, India
year: 2020
percentage: 89.8%
fields_of_interests:
- Embedded Design and Development Engineer
- Robotics
- Artificial Intelligence
professional_affiliations:
- student_member: IEEE (Institute of Electrical and Electronics Engineers)
hobbies: [ Cubing, Cycling, Gaming, Trekking ]Firmware Development Intern, Marshee Pet Tech
- Developed embedded firmware in C/C++ for GPS, BLE, and UWB-based tracking systems
- Collaborated on real-time hardware integration and debugging for location-based pet safety.
- Collaborated with cross-functional teams and contributed to UI/UX integration for device interaction
- Tech Stack: C/C++, BLE, GPS, UWB, FreeRTOS, Embedded Linux
Presentation Head, Spectrum the Robotics Club
- Led and coordinated 10+ club events, engaging 50+ participants per event.
- Trained 5+ team members on effective presentation techniques enhancing clarity.
- Collaborated with 4+ department heads to align presentations with overall goals
- Skills: Adaptable, Detail-oriented, Effective listener, Presentation, Troubleshooting, Latex, Overleaf
SUB-EX
- Submarine Explorer for Underwater Body EXamination, a crack detection ROV
- Aims to detect cracks in submerged structures
- 3D-printed ROV for crack detection in submerged structures
- Designed to detect structural anomalies at an early stage
- Tech Stack: Arduino, ESP32, QGroundControl, OpenCV, Pixhawk flight controller, Python, Raspberry Pi
ANAV
- Autonomous Navigation for an Aerial Vehicle, IROC ISRO Challenge 2025
- An autonomous navigation system for Martian environment
- Implementing computer vision techniques for real-time crater detection to identify safe landing spots
- Implementing computer vision techniques for real-time crater detection to identify safe landing spots
- Tech Stack: IMU, MAVLink, OpenCV, Pixhawk flight controller, QGroundControl, Raspberry Pi 5
X-CAM
- X-Controlled Autonomus Monitoring, an automated surveillance drone
- Aims to make drones totally autonomous.
- Surveils a designated area
- Smart charging pad system that allows the drone to recharge autonomously
- Tech Stack: APM 2.8 flight controller, Arduino, BMS circuit design, MissionPlanner
Braille Bot
Verilog Projects
- Design hardware modules using Verilog for different digital systems
- Enhance the modularity of the design, making it adaptable for varying system specifications
- Develop Verilog testbenches to simulate and verify the behavior of the design modules under different scenarios
- Create input stimulus for the modules to test all possible cases
- Tech Stack: Quartus, ModelSim
Discord: Meetron