• Developed a solution to reduce manual weightlifting by 10% to meet laws and ISO standards• Created and updated several parts, fixtures and assemblies for automation solution• Developed drawings for various mechanical parts, ensuring manufacturability of parts

• Implemented a DDR3 memory interface that allows multiple devices to communicate with memory over AXI4 protocol using Xilinx IP.• Developed VHDL code to convert data stored in memory to LCD bit-level display signals.• Performed high-speed verification using eye scans and return loss testing; analyzed data to determine whether boards met specifications.

• Modeled state machines for parking safety features using Simulink and Stateflow models.• Used dSPACE MicroAutoBox in a hardware-in-loop (HIL) setup to run models—validated models utilizing CANalyzer.• Designed, manufactured and tested analog-digital conversion circuit to process pressure transducer signals.

• Modeled state machines for parking safety features using Simulink and Stateflow models.• Used dSPACE MicroAutoBox in a hardware-in-loop (HIL) setup to run models—validated models utilizing CANalyzer.• Designed, manufactured, and tested analog-digital conversion circuit to process pressure transducer signals.

• Developed a human-machine interface and ladder logic program to control position of waterjet cleaner.• Constructed PLC test bench to test solutions and troubleshoot plant hardware problems.• Created and revised electrical drawings including PLC and component layout schematics.

● Demonstrated high attention to detail analyzing CAD files to ensure 3D printability and also ensure printers were properly calibrated● Programmed an automatic quote developer Java application to increase efficiency of the center● Developed and implemented improvements to minimize machine downtime; increased capacity by about 30%, accommodating 100+ prints jobs in 3 weeks