Building an environment and team of scrappy engineers to invent, design, and develop new ways to manage vehicle control and information using cloud technologies. Driving a clear team direction driven by thoughtful product design and financial sustainability. Ensuring the team has the resources to execute product-market fit through fast iteration and customer feedback. Direct responsibility of engineering product development resources to execute product vision.

Translating the power of new technology into product performance and user experience. Designing product stories to expand market impact through easy to understand terminology.

Managing the delivery and budget of our high force SUV active suspension product from idea to customer delivery. Technology driven invention mixed with practical execution. Software, controls, mechanical, electrical, and vehicle dynamics working in sync to deliver an impressive technology.

Data driven manufacturing design through factory models simulating bearing manufacturing processes. Make vs. buy equipment decision making considering technology maturity, machine lead time, skills assessment, cost, risk, and product flexibility. Leading a team to investigate new machining, inspection, and robotic technology to create step change factory improvements.

Leading a team of engineers to develop testing capabilities driven by new bearing materials and processes through statistics driven A-B life testing. Development of high speed and high endurance test equipment to create compelling product performance and differentiation of aerospace main shaft and gearbox ball and roller bearings. Lead testing and development projects directly with engine OEMs.

Development of a newly formed corporate New Product Development Center (NPDC) for aerospace ball and roller bearings. Created elemental and full-bearing test rig equipment and procedures from the ground up.

Applied bearing manufacturing experience to negotiate custom bearing designs and materials with customers. Technical sales responsibility and new program project management leadership.

Hands-on process development and programming of CNC grinders, milling, lathe, and honing machines. Development of highly complex Geometric Dimensioning and Tolerancing (GD&T) gas turbine flexure main shaft bearings including out-of-round grinding and small hole EDM. The lead of in-house Industrial Internet of Things (IIoT) platform for bottleneck grinding machining line.

Leading a team of talented classmates to complete all events, a first for the UNH FSAE program. Active welder, fabricator, and engine builder to contribute to the team's success. Lots of failures, lots of successes, many friends for a lifetime. Specializing in breaking things and delivering last minute with not enough resources or experience

Developed highly configurable parametric SolidWorks models for lost wax investment casting sprue design for thin-walled super alloy aerospace gas turbine engine components

High school co-op civil engineering drafter for cellular tower site design from survey data collection using AutoCad. Building government approval presentations. Expert at scanning and collating 36" site plans