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PDS Tech Commercial is seeking a Mechanical Engineer to lead FAA repair solutions within aerospace repair stations, evaluating and implementing compliant repair processes. You will support critical component repairs and drive engineering initiatives across the lifecycle, ensuring reliability and regulatory adherence.
The role emphasizes collaboration with cross-functional teams, hands-on problem solving, and leadership in fast-paced environments to deliver high-quality, compliant solutions for
PDS Tech Commercial is partnering with a globally recognized manufacturer of advanced electronic instrumentation and electromechanical solutions to find a talented Mechanical Engineer who is ready to make a meaningful impact in the aerospace industry.
In this highly visible role, you’ll be at the forefront of developing FAA-compliant repair solutions, supporting critical component repair programs, and collaborating with cross-functional teams to solve complex engineering challenges. If you’re a hands‑on problem solver who enjoys combining technical expertise with project leadership in a fast‑paced environment, this opportunity offers the chance to elevate your career while contributing to work that matters.
Location: Onsite
Schedule: Monday – Friday | 8:00 AM – 5:00 PM
Pay Rate: $65.00 - $80.00 per hour
As a Mechanical Engineer supporting FAA Repair Station operations, you’ll play a critical role in evaluating, developing, and implementing aerospace component repair solutions that meet stringent regulatory and customer requirements. Your work will directly support product reliability, operational efficiency, and aviation safety while providing exposure to a wide variety of engineering initiatives across the repair lifecycle.
This role is ideal for someone who thrives in a collaborative, engineering-driven environment where innovation, ownership, and technical excellence are highly valued.
Develop and support FAA FAR-compliant component repair solutions and engineering programs.
Evaluate technical feasibility, identify root causes, and resolve complex production and repair challenges.
Perform engineering analysis, including Finite Element Analysis (FEA), to support design and repair decisions.
Review designs and repair methodologies to ensure compliance with engineering standards, customer requirements, and regulatory expectations.
Plan and execute engineering projects from concept through completion.
Define project scope, milestones, schedules, and budgets while ensuring successful delivery.
Coordinate technical activities across engineering, operations, quality, and customer‑facing teams.
Prepare project updates, technical documentation, and final reports.
Build strong partnerships with internal stakeholders and customers.
Support process improvements that enhance repair quality, efficiency, and performance.
Contribute to a culture of safety, accountability, innovation, and operational excellence.
Provide engineering expertise across multiple FAA repair and certification initiatives.
Bachelor’s Degree in Mechanical Engineering (BSME) or higher.
Minimum of 3 years of engineering experience within a regulated industry such as aerospace, aviation, defense, or a similar technical environment.
Strong knowledge of engineering fundamentals, mechanical systems, and analytical problem‑solving methodologies.
Experience managing engineering projects, schedules, deliverables, and priorities.
Proficiency with engineering analysis tools, including FEA.
Strong communication, presentation, and interpersonal skills.
Proven ability to work independently and collaboratively in a fast‑paced environment.
Excellent organizational and multitasking abilities with a focus on meeting deadlines.
Ability to work in compliance with ITAR requirements.
FAA certification experience.
Knowledge of FAA FAR-145 Repair Station operations.
Experience developing DER repairs.
Aerospace and defense industry experience.
Demonstrated leadership or project management experience.
Your expertise will directly support mission‑critical aerospace systems and help ensure the safety, reliability, and performance of components used across the avi