Final-Year B.E. EIE Student at Madras Institute of Technology (MIT), Anna University
Passionate about bridging Embedded Intelligence, Industrial Automation, and IoT-driven solutions.
- π Education: Final-year B.E. in Electronics & Instrumentation Engineering at Madras Institute of Technology (MIT), Anna University, Chennai (CGPA: 7.36 / 10).
- πΌ Internship Experience: Former Embedded Hardware Design Intern at L&T Technology Services, Chennai (Schematic design, PCB assembly THT/SMT, DAR, I2C sensor interfacing, DC-DC converter design, BOM & Netlists).
- π¬ Ongoing Research: Leading the CMRG Government Funded Project β Smart Crop Prediction and Monitoring System using STM32, ESP32, 8-in-1 Soil Sensors & Machine Learning.
- π Achievement: Elite Silver Certificate (85%) in A Brief Introduction to Micro-Sensors (NPTEL / IISER Bhopal), ranked in the Top 5% nationwide.
- β‘ Core Focus: Industrial Process Variables (Temperature, Flow, Pressure), PID Closed-Loop Tuning, PLC Ladder Logic, and Real-Time Telemetry.
| Domain | Technologies & Tools |
|---|---|
| Programming & Firmware | C Python PLC Ladder Logic |
| Hardware & Controllers | Siemens S7-1200 STM32 ESP32 8051 Yokogawa UT75A |
| Industrial Protocols | Modbus HART PROFIBUS CAN SPI I2C UART |
| Software & Simulation | TIA Portal Factory I/O MATLAB LabVIEW Proteus LTspice Fusion 360 |
Developed a PLC-based digital twin of an industrial single-tank level control system using Siemens S7-1200, TIA Portal, and Factory I/O. Implemented PID closed-loop control, analog signal scaling, and real-time bidirectional synchronization with live trend plots.
Siemens S7-1200 TIA Portal Factory I/O PID Control HMI
Built an ESP32-based smart irrigation system featuring analog soil moisture probe telemetry, optoisolated relay pump switching, and Blynk IoT mobile dashboard integration with automated threshold control.
ESP32 Blynk IoT Relay Control C / C++ Sensors
π¬ Smart Crop & Soil Monitoring System (Ongoing)
CMRG Government Funded Project: Precision agriculture platform utilizing STM32, ESP32, and an 8-in-1 soil sensor for real-time telemetry, paired with Machine Learning models for crop recommendation and balanced fertilization.
STM32 ESP32 8-in-1 Sensor Machine Learning LoRa
Simulated an automated industrial assembly line with Factory I/O and Control I/O, incorporating dual pick-and-place mechanisms, optical inspection, automated reject gating, and part counters.
Factory I/O Control I/O Automation Logic Sensors
Engineered an LM741 op-amp negative feedback DC measurement circuit with rotary switch selectable gain for 1V, 5V, 10V, and 13V ranges with <1.2% measured error.
LM741 Analog Circuits Proteus Hardware PCB
Autonomous navigation robot using dual IR sensors and pure combinational Boolean logic (NOT gate IC + L293D motor driver) without a microcontroller.
Digital Logic IR Sensors L293D Hardware
- π A Brief Introduction to Micro-Sensors β NPTEL / IISER Bhopal (Elite Silver Certificate - 85% | Top 5% Rank)
- π Industrial Automation Using Siemens PLC and HMI β 3-Day Hands-On Skill Development Programme
- π Application of AI in Smart BMS for EV β 3-Day Hands-On Skill Development Programme
- πΉ ISA (International Society of Automation) β Student Member (2025 β Present)
- πΉ Youth Red Cross (YRC), MIT Chrompet β Volunteer (2023 β Present)
- πΉ Instrumentation Engineers Association (IEA), MIT β Student Member & Volunteer (2023 β Present)
π§ Get in Touch β’ π View Live Portfolio β’ πΌ Connect on LinkedIn