SRM Lead Composite Design Engineer Principal, Remote

Lockheed Martin•Orlando, FL

17h•Remote

About The Position

You will be the Lead Composite Design Engineer – Solid Rocket Motor (SRM) for the Missiles & Fire Control Propulsion team in Orlando. Our team creates innovative composite motor cases and pressure vessel hardware that power next generation rockets and boosters, solving some of the aerospace industry’s most demanding technical challenges. What You Will Be Doing As the Lead Composite Design Engineer you will own the mechanical design of composite SRM structures, from concept through test and production. You will work independently and within an Integrated Product Team (IPT) to develop 3 D models, conduct trade studies, write test plans and guide manufacturing to deliver high performance, flight qualified motor cases. Your responsibilities will include: Leading mechanical design activities for composite booster and tactical rocket motor cases, developing concepts, 3 D CAD models and detailed manufacturing documentation. Performing trade studies, defining component specifications and establishing design procedures to meet performance, weight and cost targets. Collaborating with analysts, manufacturing, project engineering, quality and customer support groups to ensure seamless integration of composite structures. Planning and executing design tasks with minimal supervision, reviewing work of engineers and operators supporting build and test activities. Writing test plans, fabrication procedures, overseeing test execution, analyzing data and updating designs based on test results. Traveling to partner labs and production facilities to participate in hardware processing, assess non conforming parts, support process planning and attend production meetings. Working with the supply chain to verify that materials, processes and components meet design requirements. Identifying risk reduction activities and defining environmental test requirements, including manufacturing pathfinders, sub scale and full scale qualification testing. Conducting research on emerging composite materials, manufacturing methods and industry advancements, and incorporating new technologies into designs. Maintaining configuration control and documentation in LM PLM tools, ensuring traceability throughout the product lifecycle. Why Join Us Do you want to be part of a company culture that empowers employees to think big, lead with a growth mindset, and make the impossible a reality? We provide the resources and give you the flexibility to enable inspiration and focus. If you have the passion and courage to dream big, work hard, and have fun doing what you love then we want to build a better tomorrow with you. We offer flexible work schedules to comprehensive benefits investing in your future and security, Learn more about Lockheed Martin’s comprehensive benefits package here. Further Information About This Opportunity: This position is full-time remote telework. The employee selected for this position will work remotely full time at a location other than a Lockheed Martin designated office/job site. MUST BE A U.S. CITIZEN - This position is located at a facility that requires special access. The selected candidate must be able to obtain a secret clearance.

Requirements

Bachelor's of Science in a STEM degree, preferred Aerospace, Mechanical Engineering, Materials Engineering and at least 12+ years of directly related experience, or an equivalent combination of education and experience is required.
8+ years experience with CAD software tools (prefer CREO and/or NX)
Proficient in simulation and analysis tools such as composite layup codes coupled with finite element analysis (FEA), FEA tools such as ANSYS Workbench, NASTRAN, and/or ABAQUS etc.
Strong knowledge of structural mechanics, SRM/pressure vessels and a strong foundation in thermodynamics, fluid dynamics.
Deep understanding of composite filament wound solid rocket motor pressure vessels, considered a composite SRM case manufacturing and design subject matter expert, with experience in processing and inspection techniques in the industry.
Problem-Solving Skills: The ability to analyze complex engineering challenges, propose solutions, and make informed design decisions.
Insensitive Munitions Awareness: An understanding of insensitive munitions protocols and practices (MIL-STD-1565, MIL-STD 1625) in the design of rocket motors, given the potential hazards involved.
Ability to obtain and maintain DoD Secret Security Clearance
Must be willing to travel domestically up to 50%
MUST BE A U.S. CITIZEN - This position is located at a facility that requires special access.

Nice To Haves

Master's of Science in Aerospace, Mechanical Engineering, Material Engineering or a related degree.
Active DoD Secret or Top Secret Clearance
Strong understanding of solid rocket motor system design, development, and manufacture
Hands-on experience with prototypes in development
Communication Skills: Effective communication skills are crucial for collaborating with cross-functional teams, presenting design concepts, and documenting work.

Responsibilities

Leading mechanical design activities for composite booster and tactical rocket motor cases, developing concepts, 3 D CAD models and detailed manufacturing documentation.
Performing trade studies, defining component specifications and establishing design procedures to meet performance, weight and cost targets.
Collaborating with analysts, manufacturing, project engineering, quality and customer support groups to ensure seamless integration of composite structures.
Planning and executing design tasks with minimal supervision, reviewing work of engineers and operators supporting build and test activities.
Writing test plans, fabrication procedures, overseeing test execution, analyzing data and updating designs based on test results.
Traveling to partner labs and production facilities to participate in hardware processing, assess non conforming parts, support process planning and attend production meetings.
Working with the supply chain to verify that materials, processes and components meet design requirements.
Identifying risk reduction activities and defining environmental test requirements, including manufacturing pathfinders, sub scale and full scale qualification testing.
Conducting research on emerging composite materials, manufacturing methods and industry advancements, and incorporating new technologies into designs.
Maintaining configuration control and documentation in LM PLM tools, ensuring traceability throughout the product lifecycle.