General Dynamics - Sterling Heights, MI
posted about 2 months ago
This position is for a mechanical engineer to design, develop, simulate, analyze, and release mechanical components and subsystems for military electro-optical products. The engineer will focus on the mounting of precise optical elements and subassemblies, developing electro-mechanical mechanisms used in sighting systems, and various fire control sensors including hand controllers, gyros, accelerometers, periscopes, auxiliary sights, and muzzle reference sensors. The role involves simulating various use cases and analyzing the physical and functional effects of various inputs to a component or subsystem functional output. The engineer will design subsystems and components to meet vehicle performance requirements, including human factors, safety, environmental, and mine blast requirements. The position requires conducting material selection and analysis for commercial and military electro-optical system components, detailed design of custom components, and generating key characteristics and specifications for supplier-purchased parts. The engineer will lead various projects by conducting and overseeing analysis and design, drawing mark-ups, tolerance stacks, and generating source data for engineering changes. Participation in integration reviews, fit checks, and report writing is also expected. The engineer will provide support to prototype and production vehicle builds, develop technical corrective action formulations, troubleshoot, and lead redesign activities. Additionally, the engineer will develop and present design concepts and program status to functional and program management, perform testing and evaluation of electro-optical components in the GDLS Electro-Optics Lab, and develop specific future concepts for SEOS hardware based on SME analysis of vehicle-level general requirements. The role also includes providing support to teaming agreements and business development activities to support new advances in sights and electro-optics products, including Independent Research and Development (IRAD) efforts. Ensuring commonality and cross-leveling on sights and electro-optics hardware and design approaches across all GDLS product lines is a key responsibility.