• Led the design of electrical and safety systems of 5 custom automated robot test cells, including completing AutoCAD Electrical drawings, wiring and build instructions, PLC programming, Roboteq motor scripting, safety gate programming• Designed UL 508a compliant, Category 3 safety rated, industrial control panel in AutoCAD Electrical responsible for multi-cell robot system controls and power distribution• Directed a team of 2 technicians in building robotic test cells, prototype AGVs, and control panels• Managed the design of the Conveyor Director DC (CDDC) and AC (CDAC) zero-pressure conveyor control cards, including firmware design, PCB design updates, on-site install & commissioning, Factory Acceptance Test (FAT), customer support• Trained controls engineers, commissioning personnel, technicians, and customers on the programming, functionality, and use of the CDDC and CDAC cards to ensure customer satisfaction• Documented and presented robotic system design architecture to a cross-disciplinary team of 30+ engineers & managers• Contributed to defining system requirements, deliverables, and timelines for custom Automated Storage and Retrieval System (ASRS) and Automated Case-handling mobile Robot (ACR) System• Developed 8-layer PCBA to automate Toyota’s manually driven industrial forklift vehicles• Earned the “Integrity Matters Champion of the Year Award” during the Bastian Solutions 2023 Corporate Annual Awards

• Performed signal integrity analysis on DDR5 for mobile platforms for use in the product design guide, including end-to-end analysis of a memory down DQ bus• Analyzed memory signal integrity data and evaluated statistical analysis to provide design recommendations

• Developed and maintained web interface and SQL database applications vital for the College of Nursing• Expanded teamwork and collaboration abilities while working together with five other team members to adapt to new situations, develop solutions, and solve problems that arose• Resolved technology support issues of 50+ faculty members within the college, including training faculty and staff in the use of technology

• Enhanced SystemVerilog UVM testbench to verify essential Ethernet features in Marvell’s infrastructure processors• Exhibited professional speaking abilities by preparing and delivering a presentation to Marvell Executives and other employees detailing internship project, its importance, and key outcomes/deliverables

• Performed platform memory validation for Intel’s newest generation processors, using LPDDR4 memory• Evaluated socket types for DRAM memory chip testing for Intel’s newest generation processors and presented results• Practiced lab skills: Python scripting and process automation, debugging, troubleshooting, data acquisition tools, scopes• Learned and adapted to new situations, solved problems, and learned new systems

• Led Robot automation and software development projects; designed and implemented robot motion sequences on six-axis robotic arm to create a fully functioning testing station for silicon chips• Increased efficiency by automating tasks requiring 20+ hours of engineers’ work per week, thus reducing required work time to <1 hour per week• Demonstrated the ability to independently innovate and exceed expectations, as well as created solutions to problems that arose while coordinating with 6 other team members