Computer Engineer

Michael Patrick Donahue Jr.

260-***-**** • *******@******.***

**** * **** *, *******, IN 46783

EDUCATION:

Purdue University, West Lafayette, IN May ‘19

Bachelor of Science in Computer Engineering

Technical Skills: Java, C/C++, Embedded Systems Programming, SystemVerilog, Root Cause Analysis

LinkedIn Profile: https://www.linkedin.com/in/michaelpdonahuejr/

Github Profile: https://github.com/donahum

SOFTWARE/HARDWARE PROJECTS:

Stress Sensing Android Application

Languages: Java (Android), C (ESP32 Microcontroller) Jan – May ‘19

Application samples data from ESP32 microcontroller via Bluetooth low energy (BLE) stack, and stores/fetches user data in NoSQL database. Session data is then used to determine stress levels.

ESP32 PCB-integrated microcontroller samples heart rate, O2 levels, perspiration, body temperature, etc. via ADC and pulse counter, and broadcasts this data via BLE

MIPS Processor

Languages: SystemVerilog, MIPS Assembly Jan – May ‘19

Implemented single-core, 5 stage pipelined, cache-integrated, and multi-core processors

Each design was analyzed with test benches, and tested via simulation, synthesis, as well as mounting on an Altera FPGA

Micro Compiler Aug – Dec ‘18

Languages: C++, Flex (Scanner), Bison (Parser)

Implemented semantic actions for if/else if, while loops, function calls, etc. via class abstraction

Created tokenizer using regular expressions with Flex, and parse tree with Bison

Limited output assembly instruction to four registers utilizing register allocation

WORK EXPERIENCE:

Fiat Chrysler Automobiles, Auburn Hills, MI

Global Vehicle Cybersecurity Intern May – Aug ‘18

Coordinated Cyber Auto Challenge educating students about cybersecurity in the automotive industry

Created autonomous R/C car challenge at DEFCON 26 Car Hacking Village CTF

Uconnect Product Development Engineer Jan – May ‘17

2018 Vehicle Lead for high-line VP4R Panasonic radio for the Chrysler Pacifica platform

Requirements Lead for all high-line VP4R radio function

Active Chassis & Safety Component Engineer May – Aug ‘16

Consolidated warranty requirements for brake and steering components

Verified electronic park brake function across every vehicle line

Production Execution Root Cause Analyst Aug - Dec ‘15

Provided root cause analysis for vehicle level issues across numerous vehicle lines

Correlated global FCA processes and key differences in plants from each region

Electrical Engineering Validation with Body & Audio Systems Jan - May ‘15

Created software tool to semi-automate validation process for entire team

Conducted study analyzing satellite reception quality through warranty data and benchmarking

Functional Integration with Driver Assistance Systems June - Aug ‘14

Coordinated Design for Six Sigma studies with suppliers and developing technology/systems

Assembled system-level testing plans for systems in future vehicle programs (DVP&R)

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