Project: Ultra-Chill Pork Carcass Blast Freezer ● Redesigned the air cooling system for an industrial blast freezer to increase convection across its contents ● Delegated group responsibilities, set timelines, and facilitated meetings with client as team leader ● Produced computational fluid dynamic models to refine airflow redirection and increase cooling efficiency

● Collaborated with cross-functional teams to reverse-engineer, build, and test designs for resolving mechanical issues and focusing on continuous improvement for in-house manufacturing ● Developed and assembled multipart projects in SolidWorks for fabrication on production equipment ● Created engineering drawings as well as managed procurement, bill of materials, and integration of parts ● Utilized 2.5D mills, waterjet cutters, and 3D printers to craft prototypes and final components

● Created detailed CAD models for fabrication of an electric vehicle gearbox ● Converted 2D AutoCAD drawings to 3D SolidWorks models that reflect industry standards and tolerances ● Modified dimensional and strength constraints to improve the gearbox shaft

Miniature Autonomous Vehicle (MiniAV) – Built a functional virtual model of an RC car to make autonomous• Reverse-engineered the suspension kinematics of the RC car to replicate the mechanics accurately• Created the model in SolidWorks from 3D scan and measurements• Designed 3D-printable mounts for various sensors including cameras and lidars used for visual detection• Programmed through machine learning to enable vehicle autonomyVirtual Lunar Worlds – Virtual simulation-based testing of NASA rovers on computer-modeled worlds• Designed realistic virtual landscapes of Mars and the moon using Unreal Engine and Blender programs• Analyzed live data and imaging from Mars as references for specifications

• Promoted to Lead Worker; trained, supervised, and managed four two-man crews ● Demonstrated leadership in training and supervision of multiple crews through effective communication ● Managed paint crew operations and equipment maintenance

Autonomous crane – Measure radiation samples at various distances autonomously• Delegated group responsibilities, managed timelines, and organized budget as team leader• Utilized Autodesk Inventor to design and 3D-print custom-made claw parts• Automated crane movement with Arduino language