Single Cycle

• Implement single-cycle MIPS CPU in VHDL with System Verilog verification.

Five Stage Pipeline

• Implement LEGv8 (ARM based) five-stage pipelined processor in System Verilog.
• Features: Barrel Shifter, Forwarding Unit, 2-bit Branch Predictor.

• Implemented SHA-256 hashing algorithm in Verilog and HLS. Deployed accelerator onto Digilent PYNQ-Z1 development board.
• Interfaced with accelerator using Python overlay to communicate with memory map.

Repository

• SHA-256
• SHA-256 HLS

• Synthesized a sequence decoder and prime number detector in Verilog.
• Deployed IP modules to PYNQ-Z1 board, interfaced with IP using Jupyter Notebooks.

Technologies:

• Xilinx Vivado, Verilog, Juypter Notebooks, Python

• Built a robotic arm capable of mapping its environment and interact with bottles and mugs.
• Uses a combination of machine learning, machine vision, control systems, and systems engineering to create a kitchen automation tool.

Technologies:

• OpenCV, Machine Learning, Arduino, Control Systems, HTML, JavaScript

Repository:

• Toasted S'mores

• Designed and implemented mixed drink dispenser controlled by a PYNQ-Z1 MCU. Liquid capacity was monitored in real time, recipes were defined via text file.
• Jupyter Notebooks user interface allowed users to dispense a variety of predefined drink recipes.

Technologies:

• PYNQ-Z1, Python, JSON

Repository:

• Captain Demorgan's

• Implemented Netflix clone web app with a MySQL database, Java back-end, HTML + CSS front-end, and JavaScript/jQuery for web based features.
• Web app would allow users to login, query/search movies, and add movies into a cart for purchase.

Features:

• Android App, Cookies, Search Autocomplete, Cached Search Results

Technologies:

• MySQL, jQuery, Tomcat Server, AWS, JavaScript, Java, Android

Space Invaders

• Implement Space Invaders arcade game using the Android Studio IDE.

Sokoban

• Design and implement game engine and logic for Sokoban. Created four different levels with increasing difficulty.

Mario Side Scroller

• Created side scroller Mario clone with physics and collision engine, where Mario would accelerate up/down and collide with platforms. The level would move at a fixed rate.

Sound Board

• Designed an Animal Sound Board app to utilize the Android Sound Library API.

• Implement an OCR algorithm to transcribe pictures of a C source code into text.

Algorithm:

• Recursive Adjacency Map
• Confidence based matching based on predetermined font/point size.

Features:

• Adjust brightness, contrast, orientation of image prior to transcribing.
• Compiling C source from image.

Technologies:

• C++, GTK+