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• Languages and tools: SystemVerilog, Quartus, ModelSim, FPGA (DE1-SoC Board)
• Implemented a Turing Complete 16-bit RISC machine using System Verilog on an FPGA board
• Modular design with smaller modules such as ALU, controller, datapath, regfile, and shifter
• Utilized ModelSim and Quartus for thorough verification and FPGA deployment on a DE1-SoC board

• Languages and tools: C, STM32 microcontroller, EFM8 microcontroller
• Developed in C a battery-powered, remote-controlled robot capable of detecting metals
• Integrated a metal detector with real-time strength display and audio alerts via a remote controller
• Implemented autonomous driving capabilities and user interface for remote operation

• Languages and tools: Assembly, Python, 8051 Microcontroller
• Developed in assembly a Reflow Oven Controller for surface mount device soldering
• Implemented temperature measurement and control with an 8051 microcontroller and a K-type thermocouple
• Developed an interface with an LCD display and pushbuttons for user interaction as well as email notifications

• Languages and tools: Python, 8051 Microcontroller
• Developed in Python an SPI data logging system to log and visualize data from a 8051 microcontroller
• Configured SPI communication between the 8051 microcontroller and a computer
• Implemented real-time data logging, processing, and visualization using matplotlib and numpy

I am currently contributing to UBC Rocket's self-landing rocket project, the Thrust Vector Rocket, as the project manager and controls lead. Our current algorithm utilizes PID control to ensure stable and accurate thrust vectoring for hovering and precision landing.

• My personal blog where I share my weekly reports and various engineering adventures
• Developed in JavaScript using the NodeJS powered Hexo framework with the Fluid theme
• Deployed via GitHub Pages @ shengw3n.github.io