Tool and Die Pattern Maker - Aerospace/Manufacturing

Linked Professional Services•Fraser, MI

7d•Onsite

About The Position

The Pattern Maker constructs master models used to produce prototype and metal and injection molded parts. This role is responsible for creating high-precision master patterns, core boxes, and tooling used in stamping and injection mold facilities. Using a combination of traditional craftsmanship and VISI CAD/CAM software, you will oversee projects ranging from rapid prototyping to low-volume manufacturing. We are looking to add a long-term, dedicated member to the model shop team.

Requirements

Completion of a Patternmaking Apprenticeship or degree in Mechanical Engineering/Manufacturing
Proven experience with traditional woodworking and toolroom machinery
Experience working with composites, thermoforming plastics, and laminating resins
Ability to work to tolerances of +/- 0.005” or better
5+ years in a similar role within automotive or aerospace manufacturing
Experience with prototype-to-production and display builds
Basic blueprint reading
Basic GD&T understanding
Experience with vacuum forming and lay-ups
Must have own toolbox with tools required to perform the job

Responsibilities

Interpret complex engineering blueprints
Utilize VISI Modelling to create accurate geometries for automotive components and aerospace structural parts
Develop composite layups and master models for plastic laminating
Create aluminum or resin tooling for vacuum forming, including vent hole strategy
Integrate 3D-printed components into tooling or use as sacrificial patterns for investment casting
Construct high-finish display models for trade shows or executive reviews
Set up and operate mill room equipment including band saws, table saws, drill presses, and sanders
Prepare raw stock and refine final patterns
Develop one-off prototype models and bridge tooling for low-volume manufacturing
Work with resins, timbers, and other materials
Generate 3-axis and 5-axis toolpaths within the VISI CAM environment
Machine patterns from various substrates