Mechanical Design Engineer, Patient-Matched Ortho Implants

ALM Ortho, Inc.; Maine; On-site; USD 65,000 - 95,000; Full time

Job summary

ALM Ortho, Inc. in Maine is seeking a full-time Mechanical Design Engineer to develop patient-matched orthopedic implants using CAD tools and solid engineering principles.

You will translate clinical requirements and patient anatomy data into detailed design specifications, create and refine 3D models, and collaborate with cross-functional teams in engineering, manufacturing, and quality to ensure regulatory, performance, and manufacturability targets are met.

Qualifications

• Bachelor's degree in Mechanical Engineering; medical device design experience is a plus.
• Experience with design engineering for orthopedic implants or precision components.
• Knowledge of materials, manufacturing processes (including additive manufacturing), and basic analyses.

Responsibilities

• Translate clinical requirements and anatomy data into detailed design specs.
• Create and refine 3D CAD models and drawings for implants and components.
• Support design reviews and provide documentation for regulatory and quality teams.
• Perform basic mechanical analyses and verify manufacturability and performance.
• Contribute to continuous improvement of design workflows and validation activities.

Skills

Mechanical Engineering

Design Engineering

CAD / 3D Modeling

Medical Device Design

Regulatory Knowledge

Analytical Thinking

Team Collaboration

Technical Documentation

Education

Bachelor’s degree in Mechanical Engineering

Advanced degree (preferred)

Tools

CAD Software (e.g., SolidWorks)

Job description

ALM Ortho, Inc. in Maine is seeking a full-time Mechanical Design Engineer to develop patient-matched orthopedic implants using CAD tools and solid engineering principles.

You will translate clinical requirements and patient anatomy data into detailed design specifications, create and refine 3D models, and collaborate with cross-functional teams in engineering, manufacturing, and quality to ensure regulatory, performance, and manufacturability targets are met.