Jagadish Csirnal

Results-oriented Electronics and IoT Engineer with over 4 years of experience specializing in high-reliability embedded systems across the Aerospace, Automotive, and Industrial IoT sectors. Proven track record in developing complex modules, including 8-channel thermocouple units and CAN-enabled BMS ICs. Expertise spans from solar-powered aerospace electronics (MPPT & PV cells) to automotive telemetry and power electronics.

Adept at leveraging multiprotocol communication (CAN, SPI, I2C) and diverse microcontroller architectures to deliver scalable, safety-critical hardware solutions.

IoT Engineer at Let Us Support (2025-03 – Present)

Engineered advanced automotive telemetry and remote monitoring solutions

• Engineered an advanced automotive telemetry system using an ESP32 and MCP2515 CAN controller to interface with the OBD-II port, capturing real-time engine data (RPM, Speed, Coolant Temp).
• Integrated a NEO-6M GPS module for real-time tracking, implementing firmware to calculate trip distance and digital odometer readings from raw coordinate data.
• Developed a multi-node system incorporating ESP32-CAM for live video streaming, providing a comprehensive remote monitoring solution.
• Architected an embedded web server to host a responsive dashboard, visualizing telemetry, GPS map locations, and live video feeds simultaneously on mobile and desktop devices.
• Implemented data persistence via CSV logging on the ESP32 filesystem (SPIFFS/LittleFS), allowing for post-trip analysis and remote download.

Project Engineer at CSIR (National Aerospace Laboratories) (2022-11 – 2024-12)

Developed high-reliability embedded systems for aerospace applications

B.E. in Electronics and Communication Engineering – St. Peter's College of Engineering and Technology at ANNA University (2017 – 2021)

PG Program in Embedded Software Developer And Validation For EV Application – Skill-Lync (2022 – 2022)