Instrument for exercising fruit flies (Drosophila melanogaster) with option for measurement of metabolic rate
Bipedal robot implemented as a wheel and controlled using simple models of human biomechanics,
especially orthogonal constraint or zero-cost redirection
Generation of test chip layout for MOSIS submission for fabrication.
Final Lab for EE 421L (Digital Electronics Lab)
Design of CMOS synchronous Buck converter, a type of switching mode power supply.
Course Project for EE 421 (Digital Electronics)
Design of even parity checking chip for 9-bit input word (8-bit for the data and 1-bit for the parity)
Final Project for EE 421L (Digital Electronics Lab)
Development of interface and visualization of the RPLIDAR scanner with BeagleBone Black.
Final Project for CpE 403 (Advanced Embedded Systems)
Hardware Implementation of Canny Edge Detector algorithm with Gaussian and Sobel filters onto DE2-115 FPGA.
Midterm Project for CpE 409 (Embedded DSP)
Implementation of Djikstra's SSSP Algorithm to perform flight search. Written in C++
Final Programming Assignment for CS 302 (Data Structures)
Design of 8-bit multi-cycle CPU with limited ISA with accumulator and combined data & instruction memory
Final Project for CpE 300 (Digital System Architecture and Design)
Design of a rhythm based video game on DE2 board using NIOS processor.
Final Project for CpE 200L (Digital Logic Design II Lab)
1st Place in Spring 2016 Junior Design Competition
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