Electro-Optical Test & Manufacturing Systems Engineer

Mindlance; Irvine (CA); On-site; USD 120,000 - 180,000; Full time

Job summary

Mindlance seeks an experienced engineer to support sustaining projects for electro-mechanical and optical manufacturing systems. The role provides SME leadership on process design and value engineering to keep production lines running smoothly.

You will manage engineering changes, coordinate with R&D, and drive cost reduction while ensuring product quality and manufacturability. This is a hands-on, cross-functional role in a fast-paced, medical-device environment.

Qualifications

• Minimum of 5 years of relevant experience. Background in manufacturing and fabrication processes such as electro-mechanical assembly and test, sheet metal, machining, injection molding, pneumatics, fluidics and optics in the medical device industry is preferred.
• Knowledge of Design for Manufacturability concepts, strong written and verbal communication skills, mechanical design experience, GD&T, inspection processes and equipment along with the ability to work in cross functional teams are required to succeed in this role.

Responsibilities

• Support sustaining engineering projects for manufacturing processes and electro-mechanical/optical systems.
• Provide SME in manufacturing process design and value engineering.
• Manage engineering change requests and project plans.
• Liaise with R&D and other facilities to develop new products.
• Ensure production lines run and support cost reduction.
• Report project status to management.

Skills

Manufacturing process design

Quality engineering

Project management

Cross-functional collaboration

Tools

CREO

SolidWorks

OrCAD Allegro

Zemax

Job description

Mindlance seeks an experienced engineer to support sustaining projects for electro-mechanical and optical manufacturing systems. The role provides SME leadership on process design and value engineering to keep production lines running smoothly.

You will manage engineering changes, coordinate with R&D, and drive cost reduction while ensuring product quality and manufacturability. This is a hands-on, cross-functional role in a fast-paced, medical-device environment.