I'm a junior at the University of Michigan majoring in Electrical Engineering. My focus is on embedded systems and hardware design, with hands-on experience in avionics, PCBs, and hardware verification. I'm especially drawn to the intersection of hardware and quantum technology, exploring how quantum principles can drive the future. While my foundation lies in building hardware, I'm also passionate about software and firmware.
Relevant Coursework:
- Circuit Analysis - Signals and Systems - Intro to DSA - Intro to Computer Architecture - Principles of Optics - Intro to Quantum Information Technology - Differential Equations - Electromagnetics
Quick Facts:
name: David Sanico class: 2027 major: Electrical Engineering minor: Computer Science experience: Electrical Engineering Intern @ Rocket Lab Avionics Hardware Lead @ MASA Data Science Intern @ Pair Tech
PCB Design
Circuit Analysis
Programming
Integration and Testing
Soldering
Data Analysis
Project Lead @ MASA; 08/24 to 05/25
Designed a network of 3 PCBs to control valves from a flight autosequence and receive data from external thermocouples and pressure transducers and onboard IMUs and barometers.
Codename: Trident
Num. Components: 489
Layers: 6
Project Lead @ MASA; 03/24 to 01/25
Designed and fabricated my first PCB from start to finish. Includes onboard sensors, Ethernet, SPI, I2C, EEPROM, and an STM32 to record and protect flight data. Banana-shaped to wrap around the engine.
Codename: Keylime
Num. Components: 181
Layers: 6
MDST; 01/24 to 05/24
Created an LSTM model designed to predict NVIDIA's stock price trend for the next day, with performance in RMSE and MAPE precision benchmarks over 10x greater than the team's base model.
Personal Project; 11/19 to 01/22
Converted a semi-automatic pistol into a fully-automatic rifle with increased power, dual-ammo compatibility, tracer-ammo UV charging, and an integrated voltmeter.
As a member of the Space Systems Avionics Team, I carried out the design verification process of a satellite PCB including assembly, testing equiment, and SPICE analysis. I also designed three new PCBs for testing integration, led a professional PCB lifecycle, and wrote firmware to assist in bring-up.
I'm currently managing the development of all hardware projects in MASA. I am overseeing project timelines and goals, conducting technical design reviews, maintaining documentation, assisting in integration, and providing technical guidance to the team.
I led a team of 4 to develop a 489-component PCB to control valves and receive sensor data in our rocket. I designed over 85% of schematics and layout, optimized multi-vendor BOMs, and coordinated with structures and plumbing subteams for cross-team collaboration.
I created the beginnings of a Quantum Circuit Simulator (QuaCS) project (still in the works) at a hacakathon as a member of Tau Epsilon Kappa.
I was the designated Responsible Engineer for the flight recorder PCB for MASA. It was my first time designing and assembling a PCB!
I developed and tested three multi-stage Azure pipelines and five Python scripts to automate the scraping and ingestion of license data. I containerized scripts using Docker and Kubernetes for efficient deployment, and processed over 100 million datapoints from multiple state databases into Cosmos DB.
hobbies: watercoloring weightlifting reading breakfast facts: has a corgi big LeBron fan former debater (2x NSDA Academic All-American, NCFL Grand Nationals Finalist '22)