Job Description
Job Location: Anderson Global - Muskegon Heights, MI 49444
Position Type: Full Time
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- - - This position will lead the design, development, and validation of complex mechanical tooling, fixtures, and automated systems. This role blends advanced CAD modeling, tooling and fixture design, and simulation-driven engineering to accelerate product development, improve manufacturability, and ensure robust, repeatable performance across production environments.
- - - Collaborates closely with cross-functional teams—manufacturing, R&D, quality, automation, and operations—to translate engineering requirements into practical, scalable solutions.
- - - Success in this role includes tooling designs that are robust, intuitive, and production-ready; simulation-driven decisions that reduce rework and accelerate development cycles; clear communication and documentation that elevate team efficiency; and a proactive approach to improving processes, standards, and engineering workflows.
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- - - Essential Functions:
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- - - CAD & Mechanical Design:
- - - - Develop detailed 3D models, assemblies, and drawings using CAD tools (NX preferred, SolidWorks, Inventor, Creo, or similar).
- - - - Create tooling, fixtures, jigs, and custom mechanical components optimized for manufacturability and repeatability.
- - - - Maintain revision control, design standards, and documentation best practices.
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- - - Tooling & Fixture Engineering:
- - - - Design production tooling for machining, assembly, testing, and automation processes.
- - - - Conduct tolerance stack-ups, GD&T application, and DFM/DFA reviews.
- - - - Partner with suppliers and internal machinists to ensure designs are feasible, cost-effective, and aligned with production capabilities.
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- - - Simulation & Analysis:
- - - - Perform metal flow simulations using tools such as EKK, MAGMASoft, ProCAST, FLOW-3D, or equivalent.
- - - - Perform structural, thermal, motion, and kinematic simulations to validate designs before fabrication.
- - - - Use FEA/CFD tools to optimize strength, stiffness, weight, and performance.
- - - - Analyze failure modes and implement design improvements based on simulation results.
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- - - Cross-Functional Collaboration:
- - - - Work with manufacturing engineers to integrate tooling into production workflows.
- - - - Support prototype builds, testing, and troubleshooting.
- - - - Communicate design intent clearly to stakeholders through models, drawings, and technical reports.
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- - - Continuous Improvement:
- - - - Identify opportunities to automate workflows, reduce cycle times, and improve tooling reliability.
- - - - Develop standard templates, libraries, and design guidelines to streamline future projects.
- - - - Contribute to engineering process improvements and best practices.
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- - - Competencies:
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- - - 1. Advanced CAD design and 3D modeling expertise.
- - - 2. Strong knowledge of tooling, fixture design, and manufacturing processes.
- - - 3. Simulation and analytical problem-solving skills.
- - - 4. Technical communication and documentation abilities.
- - - 5. Cross-functional collaboration and teamwork.
- - - 6. Continuous improvement mindset.
- - - 7. Attention to detail and quality orientation.
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Qualifications
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- - - Required Skills and
Qualifications:
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- - - - Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, Mechatronics, or related field.
- - - - 3-7+ years of experience in CAD design, tooling engineering, or mechanical simulations.
- - - - Proficiency in 3D CAD software (NX preferred, SolidWorks, Inventor, Creo, or equivalent).
- - - - Experience with FEA/CFD tools (ANSYS, Abaqus, SolidWorks Simulation, etc.).
- - - - Strong understanding of GD&T, tolerance analysis, and mechanical design fundamentals.
- - - - Hands-on experience with machining, fabrication, or prototyping environments.
- - - - Strong organizational, problem-solving, and communication skills.
- - - - Ability to work directly with engineers, manufacturing staff, and customers.
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- - - Preferred
Qualifications:
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- - - - Experience designing tooling for automation, robotics, or high-volume manufacturing.
- - - - Knowledge of pneumatics, hydraulics, or motion control systems.
- - - - Familiarity with PLM systems and version control workflows.
- - - - Exposure to scripting or automation (VBA, Python, macros) to streamline engineering tasks.
- - - - Experience with metal flow simulation tools (e.g., EKK, MAGMASoft, ProCAST, FLOW-3D, or equivalent).
- - - Candidate must be willing to work onsite (not remote) and be a U.S. Citizen or a Green Card Holder.
