Key responsibilities include:

• Leading the industrial engineering team, setting goals, providing direction, and evaluating performance over a certain product or set of products, from initial prototyping through large full-scale production.
• Developing and executing strategic concepts for new Anduril manufacturing facilities, and owning key trades to differentiate the Anduril approach to production scale.
• Guiding and steering the design of new production lines and work station layouts, both for low rate and full-rate production, leveraging a data-driven approach.
• Ensuring compliance with safety, environmental, ergonomic, regulatory, and quality standards across the manufacturing facility and processes.

The ideal candidate will have a bachelor's degree in Industrial Engineering, Manufacturing Engineering, or a related field, and a minimum of 5-7 years of experience in industrial engineering in a managerial or supervisory role. They will also have a proven track record of leading teams, developing new manufacturing lines, facilities, and concepts, and cradle-to-grave ownership.

Additional requirements include excellent project management skills, strong analytical, problem-solving, and decision-making capabilities, especially in ambiguity, and exceptional communication and interpersonal skills, with the ability to work effectively at all levels of the organisation.

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Key responsibilities include:

• Leading the industrial engineering team, setting goals, providing direction, and evaluating performance over a certain product or set of products, from initial prototyping through large full-scale production.

• Developing and executing strategic concepts for new Anduril manufacturing facilities, and owning key trades to differentiate the Anduril approach to production scale.

• Guiding and steering the design of new production lines and work station layouts, both for low rate and full-rate production, leveraging a data-driven approach.

• Setting key guiding objectives for Anduril Manufacturing improvement aligned with business line and product line roadmaps, and driving continuous improvement initiatives that result in cost reduction, quality enhancement, and throughput maximisation.

• Collaborating with production stakeholders across Manufacturing, Supply Chain, Engineering, Quality, and Business Operations proactively to identify high variation processes, imbalances and bottlenecks, driving to resolution.

• Ensuring compliance with safety, environmental, ergonomic, regulatory, and quality standards across the manufacturing facility and processes.

• Producing and maintaining capacity plans, balanced line layouts, CapEx plans, staffing allocations, and time standards for manufacturing work content for current and future forecasted manufacturing needs.

• Working across domains, from execution-based work to the strategic future state of a product or business line.

• Establishing and maintaining robust training and documentation programs to enhance team skills and promote cross-functional knowledge sharing.

• Fostering a culture of innovation, teamwork, and accountability within the industrial engineering department.

• Serving as the technical expert and point of contact for industrial engineering issues, providing guidance and support to resolve complex problems.

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Key responsibilities include: Conducting detailed time studies for every build to establish benchmarks and identify inefficiencies; Providing reports and actionable insights to the teams and leadership based on collected data; Assisting in creating and maintaining accurate work standards and documentation; Optimizing work cell design, material presentation and operations workflows to enhance productivity; Collaborating with cross-functional teams to implement Lean, Six Sigma, and other continuous improvement methodologies; Providing training and support to staff on process improvements and best practices; Evaluating and integrating new technologies, tools, or machinery to improve operational efficiency; Monitoring and reporting key performance indicators (KPIs) to track progress and identify areas for improvement; Supporting cost reduction initiatives and resource optimization strategies; Ensuring workplace safety and ergonomics in process designs.

Required qualifications include: 3+ years past experience in a rate manufacturing environment and production-type role where complex mechanical and/or electrical assemblies were built; Demonstrated experience with and knowledge of proper time and motion study methodologies; Experience using real operational data to make informed suggestions and decisions; Understanding of the means and methods of how material flows around a facility including but not limited to pull systems + triggers, Kanban and MIN MAX calculations; Experience using discrete event simulation; Prior knowledge and interaction with a Manufacturing Execution System (MES) for production operations; Prior knowledge and interaction with an Enterprise Resource Planning (ERP) system; Experience with Lean Manufacturing principles/implementation; Ability to demonstrate a willingness to take on substantial responsibility across manufacturing, engineering, and operations functions with a bias towards speed and accuracy; Strong ability to read technical documentation such as drawings and CAD data, understanding of a variety of hardware manufacturing processes for both electronics (PCBAs, sensor hardware, etc.) and structures, mechanical components, and electromechanical systems; Eligible to obtain and maintain an active U.S. Secret security clearance.

Preferred qualifications include: Demonstrated understanding of and experience using MODAPTS; Data analytics knowledge and experience including the use of SQL to create complex custom queries, mining and joining tables from production and supply chain databases (experience with Palantir Foundry a plus); Experience and demonstrated skills with Simio (DES software); Experience and demonstrated skills with AutoCAD; Bachelor’s degree or higher in industrial, mechanical/aerospace/manufacturing, electrical, or computer engineering; 2+ years past experience in a rate manufacturing environment and production-type role where complex mechanical and/or electrical assemblies were built.

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You will use simulation and modeling tools to visualize production systems, identify bottlenecks, and optimize resource allocation,translating analytical insights into actionable production control decisions.

This is a hands-on role for someone with strong Operations Research fundamentals who is eager to apply simulation, optimization, and scripting to real manufacturing problems at scale.

Responsibilities:

• Develop and maintain discrete event simulation (DES) models of maritime manufacturing processes to support production planning and facility layout decisions
• Build and operate critical chain project management models to drive production scheduling and resource leveling
• Write scripts and build technology-driven workflows to automate production control tasks and streamline planning processes
• Collaborate with manufacturing technology teams to validate simulation assumptions against physical reality and implement process improvements
• Provide data-driven analysis to support capital equipment investments, make-vs-buy decisions, and capacity planning
• Create visualizations and reports that enable cross-functional teams (design, ops, finance, leadership) to understand factory behavior and make informed decisions
• Identify production bottlenecks, resource conflicts, and capacity constraints before they become expensive problems

Required Qualifications:

• Bachelor's degree in Industrial Engineering, Operations Research, Manufacturing Engineering, Systems Engineering, or related technical field
• 2+ years of experience in simulation modeling, production planning, or industrial engineering
• Foundational knowledge of discrete event simulation concepts and at least one DES platform (FlexSim, Simio, AnyLogic, Arena, or equivalent)
• Strong analytical skills with the ability to translate complex data into actionable insights
• Willingness to integrate new technology into workflows , writing scripts, automating processes, and adopting tools that accelerate the team
• Proficiency in data analysis and visualization tools (Python, Excel, or similar)
• Ability to work directly with manufacturing teams to implement process improvements based on simulation and analytical results
• Eligible to obtain and maintain an active U.S. Secret security clearance

Preferred Qualifications:

• Master's degree or coursework emphasis in Operations Research, simulation, or optimization
• Experience with critical chain project management concepts or tools (Aurora from Stottler Henke, ProChain, or similar)
• Experience scripting or building automated workflows to support production planning or engineering processes
• Familiarity with manufacturing environments,shipyard, aerospace, defense, or advanced manufacturing
• Programming skills in Python for custom analysis, automation, and integration
• Knowledge of Lean manufacturing, Theory of Constraints, or Six Sigma methodologies
• Experience with digital twin concepts or integration of simulation with production systems (MES/ERP)
• Internship or project experience in factory layout, capacity planning, or production scheduling

US Salary Range $86,000-$114,000 USD

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You will utilize machining process knowledge, particularly steel and iron metal cutting and grinding to deliver an efficient and optimized process regarding quality, costs, timing, and footprint.

Responsibilities include leading equipment installation, power on, run capability, and equipment handover to the powertrain plants, as well as initiating bids, evaluating, and recap bids for equipment purchase.

You will work with OEMs, suppliers, Product, and Plant engineering teams to resolve engineering and program delivery issues, and interface and coordinate project related items such as facilities, safety, ergonomics, material handling & kitting, tooling, and gauging.

You will also support discrete event simulation for constraint analysis, and work with Industrial Engineers (IE) to assess and improve throughput.

Travel up to 100% to SE Michigan and Ohio Manufacturing Plants during equipment installation and launch.

Qualifications include a Bachelor of Science in Engineering, 3+ years of engineering and manufacturing experience in gears or round parts, and ability to travel domestically - up to 50%.

Even better, you may have working knowledge of GD&T, reading engineering drawings, strong communication skills, and strong organization skills with the ability to handle complex projects with multiple objectives.

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