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Nammo Defense Systems, Inc. in Mesa, AZ seeks an entry-level CAD/PAD Engineer to take ownership of engineering design, analysis, integration, and test of propellant actuated devices and composite motors.
You will support day-to-day program activities under the CAD/PAD Chief Engineer and collaborate with a cross-functional team. The role offers four 10-hour workdays Monday-Thursday, generous PTO, health benefits, and retirement plans.
Nammo Defense Systems, Inc., a defense contractor, is the primary USA operation of the Nammo Group (Nammo AS). Nammo Defense Systems Inc. (NDS) develops, manufactures, and supports Shoulder Launched Munitions (SLMs), energetic material solutions such as aircraft emergency escape systems, actuation devices, rocket motors, warheads, and composite solutions including carbon fiber tubes and composite aerospace structures.
We are seeking an Engineering professional to apply engineering knowledge to take ownership of engineering design, analysis, integration, and test of propellant actuated devices & composite propellant rocket motors to fill the Cartridge Actuate Device / Propellant Actuated Device (CAD/PAD) Project Engineer entry level position.
The CAD/PAD Engineer will be responsible for supporting CAD/PAD programs at the NDS Mesa facility. The CAD/PAD Engineer position will report to the CAD/PAD Chief Engineer and support a cross-functional Program Team. The CAD/PAD Engineer will support the execution of program tasking with guidance from senior engineers with expectations set by the CAD/PAD Chief Engineer. A qualified candidate must be able to provide technical support to the program team.
The candidate will have the aptitude to grow in the aerospace/defense industry in developing & utilizing skills in the areas of design, analysis, test, manufacturing, and production. The CAD/PAD Engineer will provide support creating and presenting technical information to internal and external customer(s). The CAD/PAD Engineer will be responsible for executing day-to-day activities of the program and will use technical discipline and rigorous standards set by the CAD/PAD Chief Engineer. This will include creating documentation of detailed drawings, analysis reports, test plans, test reports, statements or work, failure analysis fault trees and cause maps, program plans, and internal research & development plans with guidance from senior engineers as applicable.
Project Engineers are empowered and expected to be authorities on Proposals, Discrepancy Records, Change Proposals, Drawing Creation and Revision, Work Instructions, Requests for Variances, Test Plans, Test Procedures, Test Reports, and Analysis Reports. Escalation to Chief Engineer is appropriate and necessary when Project Engineering authority limits are reached. Chief engineer reserves ultimate authority.
The CAD/PAD Project Engineer applies fundamental engineering principles to every aspect of design, analysis, and testing. They rely on first principles thinking to understand root causes, evaluate trade offs, and ensure technical decisions are grounded in physics based reasoning rather than assumptions. Whether analyzing structural loads, thermal environments, or internal ballistics, they use core engineering concepts to build accurate models, validate results, and document findings with clarity and rigor. Their discipline in applying these fundamentals ensures that design solutions are robust, reproducible, and aligned with the stringent technical standards required for CAD/PAD Critical Safety systems.
The CAD/PAD Project Engineer brings strong collaborative and communication skills, actively engaging with cross functional team members to solve problems and support program execution. They are self motivated, eager to learn, and able to operate with limited supervision while maintaining a positive and solutions oriented mindset. With a high level of emotional intelligence, they navigate technical discussions and team dynamics professionally, contributing constructively to challenges and demonstrating resilience and adaptability in a fast paced engineering environment. Above all, they approach each task as an opportunity to apply thoughtful, structured problem solving to drive successful outcomes for the program and the team.
Due to US Export Control laws and regulations; applicants selected for employment must show proof of a U.S. Person status before employment may begin.