Hands-on projects demonstrating expertise in embedded systems, FPGA design, and circuit engineering—from autonomous robotics to audio signal processing.
Designed and programmed an autonomous vehicle using an Adafruit Metro Mini microcontroller, demonstrating proficiency in embedded systems and sensor integration.
Ultrasonic Sensors: Integrated ultrasonic distance sensors for obstacle detection and autonomous navigation
Inductive Tape-Following: Implemented inductive sensors for precise line-following capabilities
Clap-Activated Control: Added innovative hands-free control through sound-activated operation
Designed a sophisticated SystemVerilog architecture on a Basys3 FPGA to generate Lissajous figures through dual-axis servo control, showcasing advanced digital design skills.
Clock Division Architecture: Implemented precise clock division circuits for timing control
PWM Module Design: Created custom PWM modules for precise servo positioning
Sine Wave Generation: Developed digital sine generation algorithms for smooth pattern creation
Testing & Verification: Tested performance with simulations and oscilloscope measurements
Built a passive three-band equalizer capable of filtering low, mid, and high audio frequencies, demonstrating analog circuit design and testing expertise.
Passive Filter Design: Designed three independent frequency bands using passive components
LED Indicators: Integrated visual feedback system for real-time frequency monitoring
Simulation & Testing: Verified performance through Multisim simulations and experimental measurements
These projects demonstrate my hands-on engineering skills across embedded systems, FPGA design, and circuit engineering. I'm actively seeking Summer 2026 internship opportunities where I can apply this expertise to real-world challenges in defense and automotive sectors.
Passionate about building practical systems that solve real problems