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Manages Logistics Management Information projects for combat vehicle programs, including logistics product development, provisioning and maintenance analysis, configuration management, customer deliverables, schedules, budgets, risks, subcontractors, and stakeholder communications. Coordinates cross-functional teams and LMI reviews, analyzes engineering and maintainability data, develops databases and bills of material, ensures compliance with military standards, and supports estimates and process improvements.

Leads the Artillery portfolio within combat mission systems, overseeing business planning, program execution, production and sustainment contracts, proposals, financial reporting, risk management, and cross-functional delivery. Manages complex programs, matrixed teams, budgets, schedules, quality, and earned value performance while supporting customer requirements and organizational growth.

Leads U.S. Army business development and strategic customer relationship management for BAE Systems’ Platforms and Services segment. Develops growth strategies, manages customer and government relationships, identifies and captures new business, oversees proposal and capture activities, allocates resources, manages a multimillion-dollar budget, and supervises up to ten business developers. Requires extensive Army acquisition, combat platforms, artillery, missiles, munitions, and business-winning expertise.

Supports proposal development for the Combat Vehicles business unit by coordinating plans, schedules, materials, files, reviews, and cross-functional inputs. Assists with customer intelligence, competitor analysis, win strategies, RFP requirements, proposal compliance, estimates, work breakdown structures, and program schedules. Researches comparable projects, follows up on deficient inputs, and helps ensure proposal processes and safety policies are followed.

Systems Engineering Interns support military vehicle and weapons system development through requirements analysis, system modeling, trade studies, simulation, interface definition, SWaP-CC analysis, technical specifications, and design reliability reviews. Interns collaborate with multidisciplinary engineering teams and may work in requirements and architecture, system integration, reliability, or modeling and simulation. The role requires strong systems thinking, technical communication, report writing, and Microsoft Excel proficiency.

Mechanical Engineering Co-Op supporting the development of ground and amphibious combat vehicle platforms. Responsibilities include researching vehicle subsystems, updating system and design documentation, working with 3D models in PTC Creo, and gaining hands-on experience through vehicle installation and testing. The role requires collaboration within integrated product teams, clear communication, organized work, and adherence to company policies and confidentiality requirements.

Mechanical Engineering Intern supporting the development of ground and amphibious combat vehicle platforms. Responsibilities include researching vehicle subsystems, updating system architecture and design materials, documenting 3D models in PTC Creo, and assisting with vehicle installation and testing. The role requires collaboration within an integrated product team, strong communication and organizational skills, CAD experience, and enrollment in a relevant bachelor’s degree program.

Leads AMPV Systems Technical Support program execution, overseeing scope, cost, schedules, deliverables, risks, earned value, proposals, and customer requirements. Coordinates cross-functional teams across engineering, production, supply chain, contracts, quality, fielding, and sustainment. Manages subcontractors, suppliers, work directives, modernization opportunities, and customer relationships while communicating program performance to senior leadership. The role is hybrid in Sterling Heights, MI, or York, PA, with up to 25% travel.

Design and develop battery, high-voltage, and high-power electronic packaging systems. Analyze thermal and structural performance, address thermal runaway mitigation, and resolve complex design challenges. Collaborate with manufacturing, engineering teams, customers, and suppliers to finalize designs, manage cost objectives, and support schedule and budget discussions. Apply lightweight materials, manufacturing processes, and supplier knowledge to create efficient, reliable products.

Develop and support PTC Windchill PLM capabilities, including BOM and change management, digital thread and model-based engineering capabilities. Integrate CAD systems and enterprise applications using web services and database connections. Provide customer support, upgrade and install PLM releases, and analyze infrastructure components such as RHEL servers, TomEE, JavaScript, REST APIs, Java programs, and logs. Apply software debugging and testing practices to maintain compliant, supportable environments.