Carl Godfrey
Principal Design Engineer @Helix
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WORK HISTORY
Principal Design Engineer @Helix
Milton Keynes, GB
Lead Engineer for in-house and customer projects- Working with customers to define specific application requirements- Delivering bespoke motor variants for automotive and aerospace applications, to exacting quality standards and delivery schedules- Standardising and developing designs and processes to be suitable for higher volume manufacture.
EDUCATION
University of Leicester
Bachelor of Engineering (BEng), Mechanical Engineering
ABOUT CARL GODFREY
Enthusiastic, dedicated and reliable Mechanical Engineer. Experienced technical leader of high performance driveline and e-motor projects, in OEM and Tier 1 environments. Significant experience of the full design and development lifecycle, from scope definition and concept generation, through detailed design, supplier development and product validation for volume production.A detail conscious engineer with an eye for the big picture, proven through delivery of complex technical projects with aggressive timelines. I pride myself on my strong communication and collaboration skills, fostering effective relationships across internal and external stakeholders.Focusing on propulsion and driveline systems throughout my career, I have delivered the design and development of new model components and systems from concept to volume production and beyond, including- High performance e-motor designs, for proof of concept and production applications- Gear tooth, gearbox, gear shift, shaft drive and clutches- High performance internal combustion and electrified powertrains- Design reviews and presentations- Design for manufacture and supplier development- Validation testing and development- Defining and implementing design guidelines, procedures and best practices - Leading CAT 1 investigations to contain and investigate root-cause, reporting to senior management and customer/supplier stakeholders.Technical proficiencies- 3D CAD: PTC Creo (experienced in solids and surfacing)/ Catia V5 / 3DX- 2D drawings: creation / checking / GD & T- Gear Design: SMT MASTA / Ricardo GEAR and SABR- FEA: PTC Creo Simulate- Dynamic Analysis: PTC Creo Mechanism
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