Staff Mechanical Engineer at Infintium Fuel Cell Systems, serving as the mechanical systems expert for the design, development, release, and lifecycle management of Fuel Cell Power Systems. Responsibilities include: • Delivering high-quality, on-time releases of new and updated designs. • Architecting next-generation power systems. • Driving product improvements through upstream and downstream influence. • Advancing knowledge of next-generation product architecture and assessing feasibility and integration timelines.

Systems Engineer focused on designing fuel cell systems for material handling applications. Key responsibilities include: • Developing 3D part and assembly models with 2D drawings compliant with GD&T standards. • Selecting, testing, validating, and integrating new parts into fuel cell systems. • Providing field support to address customer-specific needs and challenges. • Applying design-for-manufacturing techniques to reduce costs while maintaining quality. • Implementing design-for-assembly principles to streamline build processes.

-Sustaining engineer for Columbia and P2 Lighting. -Maintained design configurations for incandescent and LED light fixtures.-Tested product to meet Industry requirements.

-Subsystem component design, test and validation-Vehicle testing for government regulations-Sustaining vehicle fleet support-Solidworks Design (2D drawing & 3D modeling of vehicle components)-Engineering support to increase manufacturing efficiency

-Collected data throughout lifetime testing on F-35 Joint Strike Fighter Ordinance Hoist System.-Analyzed 3D models of brackets found within the 787 Dreamliner, using Finite Element Analysis software (ANSYS).-Conducted developmental tests to characterize product static and dynamic properties.-Maintained testing schedule to increase testing efficiency and completion visibility.-Implemented test equipment upgrades which allowed for efficient & continuous testing.-Reverse engineered production items to evaluate root cause failures.