Ford Mechanical Engineer Letter of Interest
August 1, 2026
Subject: Letter of Interest for Mechanical Engineer Opportunities at Ford
Dear Ford Recruiting Team,
I am writing to express my strong interest in Mechanical Engineer opportunities at Ford. Throughout my professional
engineering career, I have held deep admiration for Ford’s historic legacy of automotive leadership, manufacturing innovation,
and commitment to building vehicles that define toughness, reliability, and performance. As the automotive industry advances
rapidly toward electrification, hybrid powertrains, and connected mobility, Ford continues to lead with pioneering product
platforms like the F-150 Lightning, Mustang Mach-E, and Ford+ transformation strategy. I am eager to apply my expertise in
CAD modeling, finite element analysis (FEA), Design for Manufacturing (DFM), and mechanical system validation to support
Ford in engineering safe, sustainable, and high-quality vehicles for global customers.
Currently serving as a Senior Mechanical Engineer at Crestline Automotive Components, I lead mechanical design and
structural optimization initiatives for electric powertrain enclosures and chassis suspension sub-assemblies. My academic
background includes a Master of Science in Mechanical Engineering from Purdue University and a Bachelor of Science in
Automotive Engineering. Over the past six years, my engineering practice has centered on translating vehicle performance
targets into production-ready geometric models using CATIA and Siemens NX. My core responsibilities involve performing
complex Geometric Dimensioning and Tolerancing (GD&T) stack-up analyses, conducting thermal and structural simulations in
ANSYS, and executing engineering change management procedures to maintain rigorous quality control.
Throughout my career, I have consistently delivered tangible engineering accomplishments that enhance vehicle durability,
reduce mass, and improve manufacturability. Recently, I led the structural lightweighting of an aluminum suspension control arm
assembly for an electric vehicle platform. By leveraging generative topology optimization alongside iterative FEA stress
modeling, my team achieved a 16% reduction in component mass while increasing fatigue life by 12% under maximum
cornering loads. Furthermore, by collaborating directly with die-casting suppliers and tooling specialists during early DFM and
Design for Assembly (DFA) phases, we eliminated secondary machining operations, which lowered unit production costs by
15% and shortened design cycle times by three weeks.
Modern automotive engineering requires robust cross-functional collaboration to ensure technical feasibility, cost efficiency, and
uncompromised safety. In my daily responsibilities, I work closely alongside electrical engineers, software developers,
manufacturing specialists, testing technicians, supplier quality teams, and program managers. My engineering methodology
emphasizes proactive root cause analysis during physical prototype testing, utilizing MATLAB and Python to process telemetry
data and rapidly identify stress concentrations or thermal anomalies. This integrated approach ensures that every mechanical
component transitions seamlessly from digital prototype to assembly plant integration while strictly complying with Federal Motor
Vehicle Safety Standards and internal vehicle quality gateways.
What excites me most about joining Ford is the opportunity to contribute to a brand that shapes the future of mobility while
remaining steadfastly dedicated to engineering excellence. Ford’s continuous investment in zero-emission propulsion,
sustainable materials engineering, and customer-focused digital integration sets an inspiring standard for the global automotive
industry. Joining Ford’s engineering division would allow me to collaborate with world-class technical talent, utilize advanced
digital engineering tools, and help build the next generation of iconic, dependable, and sustainable vehicles that customers trust
every day.
Thank you for your time, consideration, and continued leadership in automotive innovation. I welcome the opportunity to discuss
how my mechanical design expertise, structural validation experience, and passion for automotive engineering align with Ford’s
strategic product development goals and future vehicle programs.
Sincerely,
Ethan Sterling
Senior Mechanical Engineer
Crestline Automotive Components • Dearborn, Michigan