Collaborative, Manufacturing Robots● Universal Robotic arms, in conjunction with linear rails, to automate wafer transfer between process tools●Manage 7 engineer groups (~80 individuals): training, oversight, and streamlined robotic recovery API development in .NET framework using C# ●Increased throughput of pre-existing robotics system by 30%Robotic Data Analysis Application● Data retrieval across the entire robotics system, focused around troubleshooting and pinpointingintermittent, long-term issues● Easily accessible, centralized platform for replacement components and procedures● Automated trending capability for all robotic alarms● Utilizes SFTP and SSH for direct access and control over robot controller

Wireless Local Monitoring Network● Built LORA mesh network to monitor transformer temperatures using thermocouples● Implemented 45 individual nodes with 5 gateways throughout manufacturing site● Programmed project in C++ and designed custom PCB through EAGLELegacy Load Port GUI● Created system to replace obsolete hardware and software for testing and verifying wafer load ports● Portable digital IO module and laptop for direct communication to load port● User interface, designed in C#, for manual control and cycle testing with extensive data logging

• Implemented VB/IG-XL test code for wafer level burn in project• Performed statistical failure analysis on the die results from the burn in project• Developed a database in SQLite and POC GUI to track test hardware

• Lead a team of five to six people, and was responsible for training and oversight for two summers• Maintained riverside path through asphalt repair, sprinkler work, stenciling, etc.