Senior Electromechanical Engineer focused on embedded systems, custom electronics, and integrated hardware platforms.
I design and build complete electromechanical systems—from architecture and schematics to PCB layout, firmware bring-up, mechanical integration, and validation.
My work lives at the intersection of electronics, mechanics, and software, with a focus on robustness, clarity, and real-world deployment. Many of my projects are open-source and designed to make complex engineering systems easier to understand and build.
STM32, RP2040, ESP32, Raspberry Pi
C/C++ · MicroPython · hardware bring-up, debugging, and system integration
Autodesk Fusion Electronics · power systems · CAN bus · sensor integration
Signal integrity · protection design · multi-voltage system architecture
SolidWorks, Autodesk Fusion
Actuator integration · enclosures · manufacturing-ready hardware
Development boards, lab tools, and open-source hardware designed to improve engineering workflows and reliability
Embedded mechatronics platform designed to teach system integration, motor control, sensing, and real-time control.
Includes custom PCBs, embedded firmware, and full electromechanical integration.
Fusion add-in enabling native block diagramming and system-level architecture directly inside CAD.
Bridges the gap between system design and implementation.
Distributed fleet of autonomous marine vessels using embedded control systems, custom electronics, and modular system architecture for autonomy research and education.
Development boards, drone control systems, lab instrumentation, and engineering tools designed for robustness, clarity, and real-world use.
- Open-source hardware and embedded system tools
- System-level design tools that bridge architecture and implementation
- Robust PCB and embedded platform design
- Advancing my M.Eng. in Engineering Management at Old Dominion University
LinkedIn: https://www.linkedin.com/in/zachary-cohen-nerd
Email: zachary.cohen.nerd@gmail.com
If you explore my repositories, you'll find complete engineering systems—not just code, but schematics, PCB layouts, firmware, and documentation.



