-Managed and mentored teams of Software and Quality Assurance Engineers-Led team wide initiatives to improve overall code quality and stability using various monitoring tools-Worked across the organization to plan and execute company wide goals, especially during a merger of Ultimate Software and Kronos Group-Improved overall reliability and scalability of our Time Clock platform which handled millions of punches weekly-Planned features and broke down tasks for team members

- Design custom hardware solutions from prototype to full production- Develop testing procedures to validate hardware functionality and performance during manufacturing- Android App development using Java and SQL- Implemented new logging practices during manufacturing with a MSSQL database and NodeJS for clearer visibility into the status of production runs- Work with contract manufacturers to ensure high quality production runs.- Work with the software development teams to create a unified hardware and software end-user experience- Assist in development of a mechanical enclosure using Autodesk Inventor- Serve as the Hardware Technical lead and mentor co-op students to provide a rewarding experience

- Analyzed the effect of noise on touch panel performance from various sources (Display noise, Charger noise)- Developed drivers and tools in C# to analyze performance of touch panels from various vendors in real time over an I2C bus- Schematic capture using Zuken for touch panel flex cables and extenders- Improved productivity by automating thermal chamber testing procedures using mass testing boards

- Developed tools in C++ and configured ARM processors, GPS, 3G-Celluar, WIFI and Bluetooth modules to help minimize overall power consumption of the system - Assisted in hardware design and development of a medical device- Utilized oscilloscopes and logic analyzers to debug PCBs and various data buses- Constructed and modified test fixtures using a variety of electronic components which involved extensive soldering and use of a heat gun

- Developed and debugged tools in C# and Java to analyze live data from JANUS Readers- Converted tools coded in python to C# for easier maintenance- Conducted tests with ISO 18000-6C and ATA tags with accordance to FCC regulations to maximize highway lane coverage zones of overhead antennas- Analyzed frequencies in proximity to antennas to ensure minimal interference using a spectrum analyzer- Developed and automated JANUS Reader test cases to improve productivity- Documented and generated reports for field tests requiring live traffic flow