I'm Nick DePatie, an Embedded & Systems Software Engineer, currently working at Analog Devices. I graduated in May 2024 majoring in Electrical and Computer Engineering major at Northeastern University with a business administration minor. My aim is to participate in culturally significant and beneficial technological advances through developing and improving embedded systems. I have interests in operating system and kernel development, microcontroller based systems, systems security, controls, digital signal processing, firmware, machine learning, silicon and SoC development, high performance and heterogeneous computing, and (wireless) communication networks. Pretty much any low-level coding that controls or abstracts hardware!
- Systems SDE @ Analog Devices, Analog Garage
- Head of Data & Controls @ Northeastern Electric Racing
- Chief Computer Engineer @ Generate Product Development Studio
- Embedded SDE Co-op @ Amazon Robotics
- Network Automation Engineer @ Northeastern University ITS
- Camera NPI Firmware Co-op @ SimpliSafe
- Firmware Lead @ Northeastern Electric Racing
- Student Network Technician @ Northeastern University ITS
- Research Assistant @ Robotics and Intelligent Vehicles Laboratory
Proteus MC
(Fully Custom Dual HV Motor Controller Inverter Firmware)
Mercury (Modular, SoC FPGA Based Robotic Platform for Controls and Sensing)
EchoEQ (Pipelined and Parallelized Audio EQ in HLS)
Cerberus (Torque Calculation and System State Management ECU Firmware)
Shepherd BMS 2.0 (Fully Custom, Modular, HV Battery Management System Firmware)
Odyssey (MQTT Telemetry Server, Visualization, and Storage Stack Enabled by HaLow WiFi and Custom Buildroot Linux)
Main Processing Unit (MPU) and Telemetry Collection Unit (TCU)
Shepherd BMS 1.0
NERduino (Northeastern Electric Racing's "Arduino" for rapid development of automotive systems)
Basic Simulink Model of Autonomous Car
Mercury (Modular, SoC FPGA Based Robotic Platform for Controls and Sensing)
EchoEQ (Pipelined and Parallelized Audio EQ in HLS)
Cerberus (Torque Calculation and System State Management ECU Firmware)
Shepherd BMS 2.0 (Fully Custom, Modular, HV Battery Management System Firmware)
Odyssey (MQTT Telemetry Server, Visualization, and Storage Stack Enabled by HaLow WiFi and Custom Buildroot Linux)
Main Processing Unit (MPU) and Telemetry Collection Unit (TCU)
Shepherd BMS 1.0
NERduino (Northeastern Electric Racing's "Arduino" for rapid development of automotive systems)
Basic Simulink Model of Autonomous Car
- Hardware Software Codesign of FPGA Systems
- Noise and Stochastic Processes
- Microprocessor Based Design
- Capstone
- Intro to Communication Systems
- Fundamentals of Linear Systems
- Computer Systems
- Fundamentals of Networks
- Embedded Design
- Circuits and Signals
- Calculus I, II, & III
- Differential Equations and Linear Algebra
- Discrete Mathematics
- Physics I & II
- Digital Design
- Engineering Algorithms
- Electromagnetism
- Marketing
- Innovation!
- Electronics