• Led a software team in the development of an IoT indoor farming imaging system built on embedded Linux using C++20 from prototype to product phase – ensuring timelines, budgets, and requirements were considered• Engaged with a software team requiring an overhaul of their approach, introducing and demonstrating best practices, streamlining workflows, and enhancing the efficacy of existing processes to produce a more robust and thorough system• Mentored, coached, and inspired technical and developmental innovation in junior developers to foster professional growth and advancement that produced the next generation of qualified software engineers and development specialists

• Developed a printhead cleaner tool written in C for a PIC24 that brought in more than $1M annually by serving as the technical and software lead on a cross-functional team of engineers• Led the design and implementation of a touch screen device built in Qt and C++17 on an embedded Linux i.MX6 SBC that monitored the status of a critical wax mold product during manufacturing, enhancing controls and improving overall quality• Established a common C and C++ software library as well as a hardware abstraction layer (HAL) that catered to multiple product types and facilitated off-target application development • Introduced agile techniques and continuous integration pipelines in Jenkins into the development lifecycle boosting developer productivity and overall software quality• Implemented continuous process improvements that streamlined workflows, boosted the efficacy of testing and experiments, and enhanced the data extraction and analysis processes for the team • Collaborated with the electrical team to design an internal development platform based around a PIC24 microcontroller that enabled rapid prototyping• Designed and developed C++17 library components for a medical device while collaborating with other software groups and contributing to the success and timely delivery of the project• Collaborated closely with stakeholders and customer teams to track and maintain adherence to specifications for product capabilities, development timelines, and delivery expectations• Designed a device-compatible mode in C# and C++14 for a DNA Genetic Analyzer that allowed engineers and scientists to utilize the device beyond its standard capabilities • Developed a high speed Polymerase Chain Reaction (PCR) prototype and accompanying analysis tools in C, C++17 and C# that facilitated researchers, engineers, and scientists to quickly run experiments and refine the prototype and product requirements

- Spearheaded the development of a Graphical User Interface (GUI) as well as embedded security systems and applications as part of a three-member team of engineers tasked with gathering and analyzing requirements before delivering a fully integrated product that offered improved accessibility, functionality, and compatibility for a wide range of end-users - Collaborated with sales teams and partner organizations to identify and align product goals, specifications, and capabilities with the needs of target users—further facilitating in-person demonstrations, installations, and customer training sessions to ensure effective use and maximum performance post-implementation- Leveraged an understanding of emerging tools, technologies, and methodologies that drove the development life cycle, executing multiple concurrent projects while offering technical guidance to end-users on new features, improvements, and upgrades that support and maintain optimum functionality