Develop chip-less RFID solutions for asset tracking and supply chain solutions.Developed and designed STM32H7 based board utilizing advanced RFID to detect passive tagsExpanded detector system with WiFi Halow to support sub-ghz solutions for MQTT connection to AWS backendSupported founder in pitch deck creation and market research

Managing third party design teams from requirement gathering through to contract manufacturing for development of new sensor platform.Founded Hardware team through active recruitment and employee development. Managed in house team of Embedded Software, Hardware, and Mechanical Engineers with 7 direct reports.Continued hands on development of C/C++ solutions for new sensor platform using ARM architecture

Firmware Development on legacy C/C++ to support remote data collection and delivery to cloud front end using Amazon Free RTOS.

Develop firmware solutions for robotic delivery of tape storage on server racks. -Troubleshoot and debug legacy code for legacy tape transport systems -Develop solutions on Cortex M4F to safely transport and deposit tape magazines inside library -Develop solutions on Cortex M0 for drive communications and power in a C and C++ environment -Develop solutions on Cortex M4 for library communication and control in a C and C++ environmentDevelop Test Solutions -Develop new test framework in python using Robot Framework as base test runner -Develop code for legacy C++ based test system that emulates library motion controllers

Develop Bare Metal solutions for Sonicare Toothbrushes, as well as other products on multiple 32 bit platforms. Including but not limited to ARM Cortex M0+ and Cortex M3Develop Requirements for Embedded Systems, and aid in review and validation of existing systems.Designed and Implemented a C# based automated testing platform for Oral Healthcare Products -System Architecture -Translation layer between hardware and Automated system

Developing functionality for a vehicle simulator using C# to interface with third party software. Secondary tasks include authoring documentation for vehicle requirements and authoring testing requirements.

Worked directly with Process and Quality Control Engineering. Designed PLC interfaces for older machinery. Modified electrical drawings and schematics in order to upgrade to new sensor systems.

Product Validation Engineering. Barometric Pressure Chamber design and construction

In charge of integrating a Force Plate for testing the ATRIAS 2.1 system. Also assisted in construction and maintenance of all the existing ATRIAS 2.1 systems.http://mime.oregonstate.edu/research/drl/