Trevor Satterfield

● Supervising a group of 12 – 18 engineers through diverse projects (cost-out, model creation, part verification, CIDs, MRBs)

● Cultivated relationships with senior executives at GE to enhance collaboration and identify new business opportunities

● Sourced and interviewed candidates for engineering positions, supporting team growth

● Performed multiple engineering analyses such as buckling calculation, vibration analysis, and FEA (Finite Element Analysis)

● Streamlined engineering operations to improve team efficiency and stabilize turnover rates

● Workforce planning to achieve timeline compliance and workload stability

● Sourced and interviewed candidates for engineering positions to facilitate team growth

● Cultivated relationships with senior executives at GE, enhancing collaboration and identifying new business opportunities

● Created & issued Change in Reviews for producibility & design intent updates using GE’s drawing revision system

Managed a team of 6 engineers, focusing on creating detailed engine stack-ups to optimize aerospace engine producibility.

Conducted detailed engineering analyses encompassing buckling calculations, vibration assessments, and finite element analysis (FEA) to ensure design reliability.

Directed comprehensive evaluations of materials and labor for various components to enhance cost reduction strategies.

Created & issued Change in Reviews for producibility & design intent updates using GE’s drawing revision system

Facilitated client-focused design reviews across multiple projects.

● Executed multiple sub-system and module stack-ups on nonconforming hardware incorporating GD&T callouts governed by ASME Y14.5 aerospace standard

● Completed diverse engineering analyses comprising buckling calculations, vibration examinations, and finite element assessments.

● Executed sub-system and module stack-ups on nonconforming hardware, applying GD&T callouts per ASME Y14.5 aerospace standard to ensure design integrity

● Analyzed and dispositioned nonconforming airfoil, rotor and structural GE hardware for multiple military engines

● Created and issued multiple Change In Designs for various GE aerospace hardware

● Developed 3D models of components, assemblies, and systems using CAD software to support design validation.

● Drafted precise technical drawings and specifications to optimize manufacturing processes.

● Produced accurate technical drawings and specifications to improve manufacturing accuracy and efficiency.

● Collaborated with cross-functional teams to confirm design feasibility and address potential challenges.

● Collaborated in troubleshooting mechanical issues during production phases to minimize downtime.

● Assessed and enhanced R&D surgical robot designs, resulting in improved functionality

● Analyzed and refined testing procedures for surgical robots, contributing to increased reliability

● Led quality evaluations of testing protocols and fixtures, establishing comprehensive testing standards