Professional Industrial & Manufacturing Engineering Rotational Program - Rotation 3Designed heat shielding and assembly aids for electronic components to improve assembly repeatability on complex circuit board builds.Provided technical feedback to design engineering to review tolerance ranges for fastener torque applications to correct for design deficiencies in producibility.Modified MAPS production layout to address non-optimal process flow and improve operator efficiency and comfort.Lead CORE engagement to develop reflow process for sub-level circuit card assembly and earn CORE Champion Certification. Process improvements resulted in a 54.5% reduction in cycle time.Mentored Industrial Engineering Co-Op - assigning projects to support production team and assisted with their transition into Cohort 4 of the Collins PrIME Rotational Program.

Professional Industrial & Manufacturing Engineering Rotational Program - Rotation 2Supported business case development for future investments and enhancing factory capabilities.Provided engineering support for three value streams, spanning both mature and NPI products.Implemented Smart-Torque tools to optimize existing assembly processes and improve quality.

Professional Industrial & Manufacturing Engineering Rotational Program - Rotation 1Led cross-functional team to develop and deploy the site's first automated end-of-line F-135 gearbox test stand.Managed a six-figure capital budget in support of end-of-line testing project.Contributed to standardizing lifting fixture testing and pressurized system operation processes.

Two-week international production support effort in Hamburg, Germany to help facilitate the testing of thrust reverser actuation systems on Airbus A320neo NacellesThree-month continuous improvement team rotation focused on exercising and implementing Raytheon CORE practices, ergonomic improvements to operator POUs and employing real time problem resolutionImproved sequencing of operations for final assembly process reducing redundant inspections and saving 60 minutes of wait time across four workstations per cycleDesigned the arrangement of machines in support of the manufacturing process to ensure efficient flow and linkageOwned the creation, maintenance, and improvements for manufacturing process documents such as routings, BOMs and standard work

Provide customer service by accurately and timely selecting orders via automated selection system while safely palletizing merchandise for shipment to assigned stores.Proper application of pallet ID and accurate staging of selected order to be loaded on an assigned trailer for delivery.Accurately receive freight through verification of bill of loading and matching the product to the purchase order of the warehouse.

Gained technical knowledge on defect detection, quality control and writing quality notifications for production rework procedures in conformance with technical and customer specifications in a manufacturing environment for Airbus A320neo Thrust Reversers.Worked with production teammates on a drill bit consolidation project to promote standardization across multiple processes and develop a system for continuous improvement projects. As a result, we yielded an annual savings of $150,000 and reduced cycle times by 60% and 34% for two drilling operations. Designed ergonomical solution for moving operator workstation platforms. Utilizing feedback from the operators the design was optimized for their needs. Post fabrication the handles were installed, and the operators could move the platforms safely.

Restored 150-Ton press operation for Javelin warhead production line. Under minimal instruction and oversight, I was capable of bringing the production equipment to a fully operational state. This required coordination between engineers, electricians, millwrights, pipefitters, and metrology.Minimized operational equipment failures by utilizing diagnostic equipment and collaboration with maintenance crew.

Provided production support, quality characteristic inspections, and ensuring the proper MIL-SPEC load, assemble and pack procedures for Sidewinder, Hellfire and Javelin warhead body manufacture for customers such as Lockheed Martin, General Dynamics and Raytheon Technologies.Designed vacuum shroud for 50-Ton press to assist warhead development production. The design required research into the functionality of a dynamic vacuum seal application as well as the mechanical properties of the materials selected for vacuum shroud fabrication.