Worked in Manufacturing Test Engineering division, designing, assembling, and supporting midline, calibration, and end of line testing stations for mixed reality devices. Performed CAD design in CREO. Supported ongoing mass production on the manufacturing test engineering side of augmented reality optical devices. Developed new test benches and processes for optical devices. Assisted/led bring up of new product line test stations. Station owner for 3 testers. Led interdisciplinary design reviews to ensure design quality and approval.

Co-led bi-weekly meetings to communicate statuses and progress on current engineering efforts to upper management. Engaged in further team leadership as well as responsibilities of previous jobs at Motus.

Focus on R&D engineering to create precision gearboxes for robotics and automation: design, prototype, DFM/DFA Drawings with GD&T, monitor manufacturing, interpret QC CMM data, analyze test data and implement improvement to various processes. Developed MATLAB program to generate custom gear teeth (involute and non-involute) to act as a design tool export to SOLIDWORKS. Involved in custom tool manufacturing for these components. Aided in technical aspects of marketing/sales materials (catalogues, flyers, etc.) Created production materials (drawings, solid models) for CNC machining. Utilized knowledge of GD&T and general tolerances to dimension extremely high precision parts. Checked drawings from other engineers, ensuring DFM, GD&T, and general functions were correct. Lead engineer and SME for simulation (FEA (PATRAN, MSC Apex and NASTRAN) and MBD (MSC Adams)) Took the lead on DPFMEA

Designed rotary products for high precision requirements, such as robotics and industrial automation. Created production materials (drawings, solid models) for CNC machining. Utilized knowledge of GD&T and general tolerances to dimension extremely high precision parts. Designed 3D models and assemblies (product, assembly, and testing) in Solidworks CAD. Performed L10 life calculations for bearings, bolted joint analysis, shaft bending stress evaluation equations, and tolerance stack-up all in Excel, following ISO and ASME standards. Worked to develop FEA (Finite Element Analysis) and MBD (Multi-Body Dynamics) with vendor/contractors Created technical documentation Participated in DPFMEA (DFMEA and PFMEA)