About the Role
Design, integrate, and advance cutting-edge UAS technologies. Assume early ownership of projects and drive success throughout the entire system lifecycle. Collaborate closely with seasoned engineers and program leaders in a high-impact environment while bringing a hands-on approach and a strong passion for building real-world systems.
Qualifications:
Required Qualifications:
BS in Mechanical Engineering (or closely related field).
2–7 years of engineering experience (defense, aerospace, or adjacent industries preferred).
Working knowledge of Creo and/or SolidWorks.
Strong mechanical fundamentals and a desire to learn complex systems.
Willingness to be hands-on, adaptable, and take initiative.
Ability to work in a fast-paced environment with evolving requirements.
Preferred Qualifications:
Exposure to missile systems, UAS, or defense programs.
Experience with composites, injection molding, or rapid prototyping.
Familiarity with MIL-STD testing or qualification processes.
Interest in actuation, servos, or electro-mechanical systems.
Prior experience in small teams, startups, or skunkworks-style environments.
High level of accuracy and attention to detail in all aspects of work.
Demonstrated ability to troubleshoot and resolve issues effectively and efficiently.
Ability to work effectively under pressure and within tight deadlines.
Team player with a collaborative approach to work.
Management skills and ability to multi-task and prioritize work.
Attention to detail and problem-solving skills.
Excellent written and verbal communication skills.
Strong organizational and planning skills.
Responsibilities
• Support airframe, launcher, and mechanical subsystem design for missile and UAS platforms.
• Contribute to the structural and mechanical design of critical components such as airframes and launch systems, ensuring they meet performance, safety, and reliability requirements. This includes working on lightweight, yet durable structures optimized for aerodynamic efficiency and operational robustness.
• Contributes to the mechanical integration of gimbal development, propulsion, guidance, and other structural components.
• Collaborate on integrating complex subsystems—such as gimbals for sensor stabilization, propulsion units for thrust, and guidance systems for navigation—into cohesive platforms. This requires precise alignment, tolerance management, and compatibility across mechanical and electronic interfaces.
• Create and maintain CAD models, drawings, and design documentation.
• Develop detailed 3D models and engineering drawings using industry-standard CAD tools. Maintain accurate documentation throughout the design lifecycle to support manufacturing, assembly, and quality assurance processes.
• Participate in rapid prototyping, direct builds, and iterative design cycles.
• Engage in fast-paced prototyping efforts to validate concepts and refine designs. This involves building physical models, conducting fit checks, and iterating based on test results and stakeholder feedback.
• Assist with environmental, vibration, and qualification testing.
• Support rigorous testing protocols to ensure systems can withstand harsh operational environments, including temperature extremes, vibration loads, and shock impacts.
• Analyze test data and implement design improvements based on findings.
• Work closely with electrical, test, and systems engineers in a highly collaborative setting.
• Operate in a multidisciplinary team environment, coordinating with experts in electronics, software, and systems engineering to achieve integrated solutions. Effective communication and teamwork are essential for resolving cross-functional challenges.
• Grow into increasing levels of technical ownership and leadership as programs mature.
• Take on progressively greater responsibility for design decisions, technical direction, and mentoring junior engineers as projects advance from concept to production. This includes opportunities to lead sub-teams and influence program strategy.