Medical Device Tooling Design Intern

ADP, Inc.; Plymouth (MN); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

401k with company match

Profit Sharing Program

Medical Insurance

Health Savings Account/FSA

Vision Insurance

Life Insurance

Paid Family Medical Leave and LTD

Hospital Indemnity

Pet Insurance

Job summary

ProMed in Minnesota is seeking a senior tooling design engineer to design innovative tooling and fixture solutions for precision molding of medical devices. You will translate requirements into manufacturable designs, collaborate across engineering, manufacturing, and quality teams, and drive first-time-right designs.

Responsibilities include developing tooling for reduced lead times, driving performance improvements, and ensuring compliance with quality systems.

Qualifications

• Proficiency in Creo Parametric or SolidWorks is required.
• English communication (verbal and written) is essential.
• Minimum 2-year technical degree or equivalent engineering education.
• 5+ years of related experience in injection molding.
• Ability to read and interpret customer drawings and specs.
• Proficient with MS Office applications.

Responsibilities

• Design tooling and fixtures to optimize manufacturing efficiency and quality.
• Collaborate with engineering, manufacturing, and quality teams to establish inputs.
• Drive continuous tool design improvements to extend life and reduce costs.
• Manage component inventory and procurement for projects.
• Apply injection molding principles to inform design decisions.

Skills

Creo Parametric

SolidWorks

Tooling Design

Engineering Drawing

Design for Manufacturability

Quality Systems

Cross-Functional Collaboration

Problem Solving

Technical Communication

Procurement & Vendor Mgmt

Inventory Management

Education

2-year technical degree

Tools

MS Office

Job description

ProMed in Minnesota is seeking a senior tooling design engineer to design innovative tooling and fixture solutions for precision molding of medical devices. You will translate requirements into manufacturable designs, collaborate across engineering, manufacturing, and quality teams, and drive first-time-right designs.

Responsibilities include developing tooling for reduced lead times, driving performance improvements, and ensuring compliance with quality systems.