· Founded Noll Electronics LLC (nolltronics.com) as a company dedicated to making high quality products to fill underserved niches· Designed and introduced the EcoSteno, the best introductory hobbyist stenography keyboard, based on a STM32 processor running QMK· Managed our website, shipping, overseas sourcing, accounting, product assembly, and all legal obligations of the company, while ensuring optimum quality control over processes and products· Led the launch of new designs while maintaining our existing product line and consistently increasing our production capabilities

· Led and owned the design of new boards and firmware while working with mechanical and software teams to quickly move to production· Reverse engineered cabinets to retrofit with our system, involving new hardware, firmware, software, and rapid prototyping through 3D printing and hand assembling test fixtures· Managed overseas and domestic sourcing of electrical components and assemblies, including finding new suppliers and revising existing designs to dramatically cut costs

· Designed and updated GTS hardware and firmware responsible for I/O, lighting, and communications using Altium Designer and MPLab C, including final approvals before shifting into production· Reverse engineered third party cabinets to allow retrofitting of GTS hardware by tracing harnesses and intercepting communications as well as designing and installing translator boards to allow for easier integration with our product line· Upkept and upgraded test benches for use in overseas and in-house production with software made primarily in C#· Updated components, designs, and suppliers to minimize costs as parts become obsolete and new sources cycle in while maintaining full backwards compatibility· Managed overseas and domestic sourcing of electrical components and assemblies, including finding new suppliers and revising existing designs to dramatically cut costs · Created documentation for customers to install and update our equipment and met with customers to train on new platforms and demonstrate our capabilitiesPrimary software, languages, and protocols used:Altium, MPLab, MicroCap SPICE, Pycharm, Linux, C, C#, Python, Serial, USB, I2C, SPI, 1-Wire, RS-232, UARTPrimary hardware used: PIC Microcontrollers, Raspberry Pi, Arduino, Proprietary I/O controllers, Addressable RGB LEDs, Electronics lab equipment

· Led a team to create a prototype rig to automatically inspect pilot lenses using collaborative robotics and Beckhoff PLCs· Integrated reliable IPv4 communications between UR5e collaborative robot and PLC software via reverse engineering existing systems, utilizing Wireshark and Python· Created process simulation and user interface to control and display each stage of the automated lens inspection process· Designed the electromechanical system surrounding the robotic arm, including sensors, relays, stepper motors, power delivery system, and communications· Designed and integrated vacuum-operated water separation system, including automatic flushing with built in protections to prevent damaging the air system· Worked with mechanical engineers to create and upgrade 3D printed brackets and supports, allowing easy retrofitting and rapid prototyping abilities· Kept team up to date with weekly progress reports, timeline updates, and side projects, including 3D mockups and parts lists for an updated gowning room

Technical support for GT digital signage systems, from setup and installation to hardware and software support.

Upkeep of GT student networks, network device upgrades/installations, and general technology support/customer assistance.

Responsible for maintaining and upgrading the Georgia Tech Zeta Beta Tau fraternity house with 20+ residents, including fire, security, electrical, A/V, HVAC, general cleanliness, tenant management, etc.Project manager for large renovation projects