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Director, Engineering

Stark Aerospace

Stark Aerospace

Software Engineering
Columbus, MS, USA
Posted on Feb 5, 2026
  • Key Responsibilities:

Engineering Leadership & Execution

  • Lead and manage day-to-day activities for Manufacturing Engineering, Engineering Technicians Test Engineering, and Configuration Management.
  • Translate program requirements into executable manufacturing plans that meet cost Quality, schedule, and compliance objectives.
  • Ensure engineering resources are aligned to production priorities and program ramp-ups.
  • Establish clear accountability, metrics, and performance expectations across the engineering organization.

Manufacturing & Program Support

  • Serve as the primary engineering interface to Program Management, supporting proposal activities, production planning, and execution.
  • Partner with Manufacturing leadership to ensure process readiness, capacity planning, and efficient production flow.
  • Collaborate with Supply Chain to support make/buy decisions, tooling strategies, supplier readiness, and manufacturability.
  • Work closely with the Quality Director to ensure robust process controls, FAI readiness, and continuous compliance with AS9100 and customer requirements.

New Product Introduction (NPI)

  • Lead engineering execution for New Product Introduction efforts, ensuring a disciplined transition from development to production.
  • Establish and lead formal NPI gate/phase reviews, ensuring technical, manufacturing, Quality, and supply chain readiness at each phase.
  • Drive manufacturability reviews, risk assessments, and production readiness reviews as part of the gated NPI process.
  • Ensure tooling, fixtures, test equipment, and work instructions are developed, validated, and released prior to production authorization.
  • Identify and mitigate technical schedule, and manufacturing risks early in the NPI lifecycle.

Tooling, Automation & Process Improvement

  • Lead development and deployment of production tooling, fixtures, and test equipment.
  • Drive automation initiatives to improve safety, Quality, through put, and cost.
  • Implement error-proofing(poka-yoke) strategies across manufacturing and test processes.
  • Champion continuous improvement initiatives leveraging Lean, Six Sigma, and aerospace manufacturing best practices.

Configuration Management & Compliance

  • Ensure Disciplined configuration management, change control, and documentation practices.
  • Oversee engineering change implementation to minimize disruption to production.
  • Maintain compliance with AS9100, customer specifications, and internal engineering standards.
  • Support internal and external audits, including customer and regulatory audits.

People Development & Organizational Growth

  • Mentor and developed engineering leaders and technical staff.
  • Support workforce planning, hiring, and succession development with the engineering organization.
  • Foster a culture of accountability, collaboration, and continuous improvement.

Qualifications

  • Bachelor's degree in engineering (Mechanical, Manufacturing, Electrical, Aerospace, or related field).
  • Familiarity with ERP and MES systems in a regulated manufacturing environment.
  • 12+ years of progressive experience in aerospace or defense manufacturing.
  • Proven leadership experience managing multidisciplinary engineering teams.
  • Strong working knowledge of AS9100, FAI, configuration management, and production engineering.
  • Demonstrated success leading NPI, tooling development, and manufacturing process improvements.
  • Excellent cross-functional communication and leadership skills

Preferred

  • Master's degree in engineering or business (MBA)
  • Experience with automation, robotics, and advanced manufacturing technologies.
  • Lean Six Sigma certification or equivalent continuous improvement experience.
  • Experience supporting government or defense programs.

Leadership Competencies

  • Operationally focused, hands-on leadership style.
  • Strong decision-making and prioritization skills.
  • Ability to balance engineering rigor with production urgency.
  • Collaborative mindset with the ability to influence across organizations.
  • Commitment to Quality, safety, and compliance.