Director of Production Engineering

Safe Boats International•Bremerton, WA

5d•$120,000 - $150,000

About The Position

With a record backlog of boats to build we are seeking a motivated individual to lead Production Engineering activities at SAFE Boats. The Production Engineering leader leads a multidisciplinary team responsible for translating product designs into manufacturable, compliant, and well-documented production outputs. This role owns the end-to-end conversion of Engineering Bills of Materials (EBOM) to Manufacturing Bills of Materials (MBOM) with high accuracy, ensures adherence to applicable industry standards, and delivers production support materials electrical schematics, work instructions, routings, and contract-required Technical Data Packages (TDPs) that enable safe, repeatable, and cost-effective manufacturing. You would work to ensure that our team of incredible boat builders has the right information in the right place at the right time for them to efficiently and effectively build our high-quality products. Working closely with the Product Development team, you and your team will take information from Contract to “Ready to Build” Production ready status.

Requirements

Education: Bachelor’s degree in Mechanical, Marine, or Electrical Engineering (Master’s or MBA preferred).
5+ years in marine production/manufacturing engineering with 3+ years in a leadership role.
Proven experience converting EBOMs to MBOMs and deploying documentation into PLM/ERP systems.
Strong knowledge of configuration management, ECR/ECO processes, and revision control.
Proficiency with PLM/ERP tools (e.g., ARAS, (EPICOR/IFS) and CAD/ECAD (e.g., SolidEdge, Rhino 3d, AutoCAD Electrical[JB1] ).
Excellent communication skills; ability to influence cross-functional teams and present to internal/external stakeholders.
Effective verbal and written communication skills including the ability to teach and train others.
Excellent problem-solving skills with a systems-thinking approach to problem solving.
Excellent PC computer skills to include intermediate to advanced experience with AutoCAD, MS Word, Excel, Outlook, Publisher, Visio, and PowerPoint.
Knowledge of lean principles and how to apply them to manufacturing value streams.
Familiarity with the principles of Lean Manufacturing, Just in Time, and Total Quality Management.
Ability to convert product designs into production action plans.
Ability to work independently in an ambiguous environment, with minimal supervision, and as part of a team.
Ability to be flexible in working overtime when needed, work different shifts, on short notice as necessary.

Responsibilities

Team Leadership & Mentoring: Hiring, training, and mentoring marine engineers, drafters, designers, and Manufacturing Engineers to foster a culture of innovation and high performance.
Project Planning & Budgeting: Setting project schedules, milestones, and managing budgets (personnel, material, and equipment costs).
Establish clear objectives, performance metrics, and development plans for team members.
Establish clear, reportable metrics for the department and share with internal customers and leadership during regular business updates and meetings.
Foster a culture of safety, continuous improvement, and cross-functional collaboration with Business Development / Sales, Program Management, Operations, Supply Chain, Quality, and Procurement to align engineering outputs with business objectives.
Compliance & Standards: Ensuring all work meets industry regulations (e.g., ISO, ABYC, Classification Society rules for marine).
Support ITAR/EAR and contract-specific requirements, including configuration and
Continuous Improvement: Driving CI to improve design, reduce waste, and improve production efficiency.
Establish clear process for peer reviews of engineering deliverables interdisciplinary and between disciplines.
Oversee, Plan, author, and deliver TDPs per contract requirements (e.g drawing packages, reports) and contract schedule
Coordinate with Compliance/Contracts, Program Management, and Quality to ensure completeness, accuracy, and on-time delivery.
Standards Maintenance: Ensuring adherence to CAD standards and drafting best practices.
Data Management: Managing the use of PLM/ERP systems to control document versioning.
Responsible for overseeing the EBOM-to-MBOM transformation, ensuring correct part structures, make/buy classifications, alternates/substitutes, and manufacturing-level component assignments.
Lead the Manufacturing Engineering team to define routings, work centers, standard work, and labor standards aligned to ERP requirements.
Maintain configuration control, traceability, and revision integrity across PLM/ERP systems; manage ECR/ECO workflows and effectivity dates.
Conduct structured MBOM reviews to eliminate discrepancies and reduce change-induced disruption.
Design for Manufacturing (DFM): Developing rules and methods to ensure designs can be easily fabricated, assembled, and installed.
Tooling & Fixtures: Designing and implementing production tools and fixtures.
Production Support: Providing technical support during manufacturing to resolve issues on the shop floor (Fab Support Specialists, Production Engineers, )
Process Optimization: Analyzing production workflows to reduce downtime and improve efficiency.
Oversee Marine Design & Technical integrity
Drive Cross functional alignment & quality execution
Assisting Manufacturing Engineer in the Tooling & Fixtures efforts
Production Support: Providing technical support during manufacturing to resolve issues on the shop floor (Fab Support Specialists, Manufacturing Engineers, Boat Leads, etc.)
Assist in Process Optimization for information continuity and transparency.
Oversee the electrical and mechanical engineering teams in developing complete systems packages for production, ensuring all components, assemblies, and documentation are integrated and validated for manufacturability.
Ensure system-level packages include accurate schematics, mechanical layouts, wiring harnesses, and assembly instructions that meet design intent and production requirements.
Drive collaboration between design and production teams to resolve integration issues and optimize system-level build processes.
Ensure documentation is clear, controlled, versioned, and accessible at point-of-use (digital or printed) to minimize ambiguity and variation.