Injection Process Engineer: Tooling & Robotics Innovation

OP Mobility; Greer (SC); On-site; USD 90,000 - 130,000; Full time

Job summary

OPmobility is seeking an Injection Process Engineer to be the technical backbone of our injection molding operations. You will lead tooling and injection processes across development projects, plants, and global networks, solving complex challenges on the shop floor and driving innovation in molding technologies and automation.

You will collaborate with project teams, plants, and global engineering networks to ensure safety, quality, efficiency, and reliability of tools, equipment, and processes

Qualifications

• Bachelor’s degree or equivalent in Plastics Engineering, Tooling Design, Mechanical Engineering, or related field.
• 5–10 years of experience in injection molding, tooling, or injection equipment engineering.
• Reading rheology studies (Moldflow, simulations) is valuable.
• Experience with equipment installation, cell design, and robotic integration is a plus.

Responsibilities

• Lead technical support for injection systems, tool design, and tooling topics.
• Ensure feasibility of plastic parts vs. tool design.
• Drive projects to meet PRU, quality, lead-time, and standards.
• Contribute to tooling, injection processes, and equipment standards.
• Lead tool design phase and coordinate with toolmakers.
• Support shop-floor trials and prototype builds.
• Troubleshoot equipment issues including materials, machines, robotics.
• Assist installation, start-up, and shutdown of injection machines.
• Manage equipment changes and transfers to plants.

Skills

Injection molding

Tooling design

Robotics integration

Process optimization

Project management

Education

Bachelor's degree in Plastics Engineering

Tools

Moldflow

CAD

Job description

OPmobility is seeking an Injection Process Engineer to be the technical backbone of our injection molding operations. You will lead tooling and injection processes across development projects, plants, and global networks, solving complex challenges on the shop floor and driving innovation in molding technologies and automation.

You will collaborate with project teams, plants, and global engineering networks to ensure safety, quality, efficiency, and reliability of tools, equipment, and processes