Projects & Research

EV Fault Detection System

Electric Vehicle With AI Based Fault Detection

Aug 2025 - May 2026
ESP32C++Arduino IDESensorsBLDC MotorEV ControllerBattery
  • Developing a real-time fault detection system for EV powertrains to monitor current, vibration, and temperature parameters.
  • Implementing preventive control logic to identify overload, overheating, and bearing vibration faults to enhance vehicle safety and component longevity.
  • Integrating sensor data with the dashboard display for real-time diagnostics, showcasing hardware-software integration.
View Architecture & Code

Class-D Amplifier

Aug 2024 - Nov 2024
555 TimersLM358 Op-AmpsIR2110IRF640 MOSFETs
  • Designed a high-efficiency PWM generation circuit focusing on signal fidelity and analog circuit fundamentals.
  • Engineered the power stage ensuring robust switching performance and thermal management.
  • Designed and simulated a low-pass filter to match specific load requirements, effectively reducing THD and optimizing audio output.
View Schematics & Design

Electric Vehicle Wireless Charger

Aug 2023 - Nov 2023
DC-to-AC ConverterBridge RectifierOscilloscope
  • Conducted R&D on coil materials and magnetic structures to maximize coupling efficiency for wireless power transmission.
  • Designed and simulated a DC-to-AC converter and bridge rectifier circuit, using an oscilloscope and multimeter for validation.
  • Optimized the regulation circuit for safe wireless power transfer by applying first principles of electromagnetics.
View Circuitry & Testing

DC Motor Performance With/Without PID Controller

June 2025
MATLABSimulinkControl Systems
  • Authored a technical research paper analyzing the dynamic performance of DC motors under various conditions.
  • Built complex mathematical models in MATLAB Simulink to compare standard motor operation against a system governed by a PID controller.
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