Farhan Khan

About

Electronics and Communication Engineering student at RV College of Engineering with hands-on project experience in embedded systems, ML, FPGA design, and hardware prototyping. Interested in building practical solutions across AI/ML, electronics, and real-time systems.

Education

• Bachelor of Engineering in Electronics and Communication
  R.V. College of Engineering (RVCE)
  Electronics and Communication · 2024 – 2028
• Class 12th
  Karnataka State Board
• Class 10th
  CBSE

Skills

• C
• Python
• CAD
• PyTorch
• TensorFlow
• I2C
• UART
• LTSpice
• STM32
• Vivado
• SPI
• Advanced DBMS
• ARM
• Generative AI (ChatGPT, Copilot, Gemini)

Projects

• Advanced Generative AI for Skin Disease
  Generative AI, deep learning, image segmentation, disease classification

  Developed a Generative AI framework using deep learning architectures to synthesize high-fidelity dermatological images and support medical diagnostic training pipelines.

• Digital Sound Level Meter
  STM32, FFT

  Designed and implemented a real-time sound level meter using an STM32 MCU, including FFT-based spectral estimation and calibrated decibel readouts.

• Predictive Maintenance of Bridges
  TinyML, ESP32-S3, TensorFlow Lite Micro, Edge Impulse, I2C, SPI

  Deployed localized structural health monitoring anomalies using TensorFlow Lite Micro and Edge Impulse, with optimized sensor bus drivers for an ESP32-S3 module.

• Fault Detection in Transmission Lines using ML
  Machine Learning

  Built a predictive classifier to detect fault topologies in electrical grid power lines and improve relay protection latency and reliability.

• Fault Detection in Electronic Circuits
  STM32, ML

  Engineered diagnostic inference firmware to execute edge classification directly on STM32 controller boards.

• Second Order Low Pass Filter
  LTSpice, Active Filter Design

  Simulated multi-stage active low-pass filters and built breadboard prototypes for signal generator sweep testing.

• 8-bit Kogge-Stone vs. Carry-Skip Adder
  Vivado, VLSI Design

  Conducted performance-oriented hardware synthesis in Vivado, tracking critical-path delays and logic area layouts.

• Wireless EV Charging System
  Resonant inductive coupling

  Constructed a working resonant inductive energy coupling prototype and tuned magnetic flux fields to improve charging efficiency.

⚽ Extracurricular activities

• Chimera Racing Electric (RVCE) – E-Wing Member

  Assisted with design and routing documentation updates for the custom powertrain assembly layer and coordinated bench testing cycles for an electric formula vehicle.

• Team Captain

  Headed varsity cricket and football teams during regional inter-institutional athletic tournaments.

• Skill Labs (RVCE)

  Completed several specialized practical freshman engineering workshop tracks successfully.