Freelance Electrical Engineer, Firmware Engineer, and Embedded Engineer working on multiple projects.

Hygge Power is working on the future of energy generation, distribution and storage. Their products assist Utilities in power leveling, green energy diversification, and improved customer experience. Hygge Power technology provides cost reduced energy to consumers through Integral household battery systems that optimize power usage while providing consumers a seamless (invisible) power experience.

2018 Prototypes – Unreleased robots currently under development for this year.- Designed and implemented velocity and position controls with potentiometer and encoder feedback.Star Wars Droids – Creation of R2-D2, R2-Q5, and BB-9E toy robots.- Modified position and velocity control systems to gain a faster response and higher resolution.- Implemented Droid-To-Droid interactions between multiple robots over Bluetooth Low Energy.- Sole engineer responsible for Human-To-Droid interactions by detection of subtle acceleration and gyroscopic changes.

Prototype 12 kilowatt double conversion uninterruptible power supply with lithium ion battery technology.- Lead electrical requirements development, system architecture, and power component selection.- Implemented lessons learned from the previous AC6000 design.AC6000 – First 6 kilowatt standby uninterruptible power supply with lithium ion battery technology.- Thoroughly tested system through the use of thermal chambers, surge testers, and EMI analyzers.- Resolved certification, production, and customer issues through initial beta test and safe launch.- Helped with cost reduction of system, streamlining of production line, and design for manufacturing changes. ORB and Small Battery Pack – Pole mounted battery backup for industrial applications and a small battery with a charger for hand-held devices.-Lead requirements development, system architecture, and design tradeoffs.

Analog to digital sensor design, embedded control system development, integration and debug of power electronics

Responsible for hybrid electric car lithium ion battery testing systemDeveloped, verified, and documented the hardware and software for the testing systemImplemented exception handling mitigating almost all previous accidents and safety hazardsOptimized system with resource management and pipelining increasing fabrication throughput

Project: Drag and Atmospheric Neutral Density Explorer - Test and developed the satellites primary Linux based software architecture for failure recovery, command execution, and data collection/processing. - Manage 4 software engineers for finalizing the development, configuration, integration, and testing of the flight software - Transitioning from software development to satellite level software testing - Primarily solved software errors resulting in an increase in the systems failure architecture

Project: Drag and Atmospheric Neutral Density Explorer - Lead for the satellites electronic integration and debugging between subsystems - Integrating flight revision electronics for final system level testing

Project: High Altitude Student Platform - Developed and tested a 20 kg high-altitude balloon payload to measure sky brightness and high altitude light intensity. - Managed five engineers through payload development and launch. - Successfully gathered relevant science data for Southwest Research Institute and Dartmuth University to further models for high altitude telescope platforms.

Project: Hermes CubeSat - Debugged high and low speed communications systems as well as communication protocol code

Project: High Altitude Student Platform - Developed electrical interface specifications, weight, data, power, and monetary budgets. - Kept all budgets with a 20% margin for error and actively simplified integration of the payload through clarification of electrical specifications.