DEEKSHITH A

About

Electronics and Communication Engineering graduate with hands-on experience in embedded firmware, sensor interfacing, communication protocols, motor control, and hardware debugging. Seeking entry-level opportunities in embedded systems, firmware, electronics hardware, testing, and validation.

Experience

• AI Integrated Robotics Intern
  iSpark Learning Solutions · Belagavi
  Jan 2026 – May 2026

  Engineered firmware for real-time multi-sensor data acquisition using ESP32 and Arduino, integrating various sensors via UART, SPI, and I2C protocols. Developed real-time robot control, optimizing motor actuation and sensor data processing using ESP32. Integrated ultrasonic and IR sensors with motor drivers and actuators to enable real-time obstacle avoidance and path planning for robotic platforms.

• Electronics Intern
  National Skill Training Institute (NSTI) · Bengaluru
  Nov 2022 – Dec 2022

  Trained in Programmable Logic Devices (PLDs) and digital electronics using industrial training kits at a Government of India skill centre. Designed and verified 10+ combinational and sequential logic circuits (adders, counters, flip-flops, multiplexers) using truth-table validation. Performed real-time signal analysis and fault diagnosis using oscilloscope and logic probes on live digital circuits.

Education

• 2026 KS
  B.E.

  K.S. Institute of Technology (KSIT)

  Electronics and Communication Engineering (ECE) · 2026

  Electronics and Communication Engineering (ECE)
• 2023 PE
  Diploma

  PES University

  Electronics and Communication Engineering (ECE) · 2023

  Electronics and Communication Engineering (ECE)

Skills

Tools / apps / platforms

Projects

• Autonomous College Navigation Robot
  I2C, PWM, IR sensors, ultrasonic sensors

  Built an autonomous ground robot for indoor navigation using IR line-following and ultrasonic obstacle detection. Implemented I2C communication between the microcontroller and motor driver for real-time junction decision-making. Designed and debugged the complete hardware circuit from schematic to breadboard and validated PWM motor signals using oscilloscope. Demonstrated hardware-software co-design through sensor fusion, real-time embedded control and motor actuation.

• Hybrid Smart Renewable Energy System for Highways
  Embedded C, ESP32, LDR, IR sensors, UART

  Designed a hybrid renewable energy system combining solar panel and vertical-axis wind turbine (VAWT) for smart highway street lighting. Programmed ESP32 in Embedded C to monitor battery voltage, regulate power flow and automate streetlights via LDR and IR sensors. Implemented UART-based data logging and fault-detection logic to manage streetlight failures and EV charging from stored energy. Applied power-electronics principles for energy harvesting, battery storage and load switching; delivered a working smart-city prototype.