Sr Mechanical Eng 1 (April 2020 – April 2023)Sr Mechanical Eng 3 (April 2023 – Present)Auxiliary Program SupportTolerance stack-up analysis on high production assemblyProposal estimating and writing for flight systemsSDRL writing for corrosion and material finish technical documentsAntenna Payload documentation and parts list structure creationEnterprise PDM (Windchill) release and revision managementThermal Testing Antenna payload assemblyProductizing R&D assembly for customer deliverable systemVehicle and Systems Integration ProjectMechanical Lead on new system programLead mechanical BOE’s and proposal BOM effortsWork closely with venders to ensure deliverables meet specs and requirementsPoint of contact for mechanical engineering over current programField questions about program’s vehicle integration systems relating to production, manufacturing, and internal engineeringProvide solutions to issues that arise in the field and during the manufacturing processMaintain mechanical design task load while developing knowledge of the managerial side of the program such as BOE’s, tasking, time management, estimation, etc.

Mechanical Eng 1 (July 2017 – April 2019)Mechanical Eng 2 (April 2019 – April 2020)Vehicle and Systems Integration ProjectLead mechanical design of an electronics enclosure that used forced convection cooling as a thermal solution as well as other sub-assemblies of the systemA part of small team that built initial three engineering test vehiclesSelected to lead two OCONUS installs of full vehicle system assembly due to knowledge of the entire assembly of the vehicle.Mechanical design member of the Military Land Vehicles ProgramUtilized Creo 3.0 and 4.0 along with Ansys ICEPAK to design and test modifications to existing military vehicles.Created and revised mechanical drawings, altered item drawings, cable assemblies, and parts list.

-Mechanical design member of the Space/Payload program-Utilize Creo 3.0 and Ansys Workbench to design, iterate, and analyze the payload.-Wrote technical documents about the payload: on air ventilation, thermal, size, weight, and center of gravity.

Worked in GDMS land vehicle program utilizing Creo 3.0 and Ansys ICEPAK to design and thermal test a solution for space reduction of computers in an Army vehicle. I also utilized Ansys ICEPAK to analyze the failure of a PWB in a module and design a thermal solution for the issue.

Learned about types of lubrication, applications of lubrication, and ideal conditions for lubrication for mechanical systems.