Mechanical Engineer

Job Description
Thank you for your interest in BAE Systems! This opening is included as part of our September 2026 Defense Electronics Engineering Hiring Event. While we encourage all interested professionals to apply, please note that this is a selection-based interview event for candidates whose skills and experience match our hiring needs. If your background and skill set match these needs, we will reach out with next steps. If selected for an interview, specific opportunities based on your interests, experience, and skill set will be discussed with the hiring team. For candidates not local to the northern New Jersey area, virtual interviews will be accommodated.

We are seeking a proven leader with Mechanical Engineering and Finite Element Analysis experience to support the development of our next generation of Electronic Systems at our site in Totowa, NJ. This is state-of-the-art work surrounded by talented and dedicated professionals that embrace the challenge.
See what you’re missing. Our employees work on the world’s most advanced electronics – from detecting threats for F-35 pilots to illuminating the night for soldiers. Spanning air, land, sea, and space, we are developing the technology of tomorrow, delivered today. Drawing strength from our differences, we’re innovating for the future. And you can, too. Our flexible work environment provides you a chance to change the world without giving up your personal life. We put our customers first – exemplified by our mission: “We Protect Those Who Protect Us®.” Sound like a team you want to be a part of? Come build your career with BAE Systems.
Electronic Combat Solutions (ECS) has technology, engineering and program teams that educate and mentor colleagues to deliver leading Electronic Warfare capabilities. We welcome all those who have big ideas, crave innovation, want to drive fielding velocity, and have the passion to bring the warfighter home safe.
Key Responsibilities:

• Perform / assess detailed design and analyses, including thermal and structural, using both classical and finite element methods
• Create and post-process Finite Element Models (FEM) ranging from sub-component level to the system level using Siemens Simcenter 3D/NX, NASTRAN, Ansys Mechanical, and Ansys Icepak.
• Generate/ assess designs against environmental requirements and generate prototypes for test and verification efforts
• Develop robust and novel thermal/structural hardware solutions to meet demanding customer requirements
• Generate / assess 3D solid models, utilize GD&T principles, and perform tolerance analyses to ensure fit and function
• Lead multi-discipline, state-of-the- art hardware teams through hardware engineering design and development
• Lead critical design review activities for program success
• Employ your expertise, decision skills, and independent judgment in technical areas