Mechanical Engineer: Precision Desktop 3D Printer Systems

Formlabs; Boston (MA); Hybrid; USD 92,000 - 158,000; Full time

Benefits offered by this job

Equity via RSUs

Health insurance

401K matching

Parental leave

Sabbatical leave

Flexible time off

On-site parking

Free meals and snacks

Professional development

Unlimited 3D prints

Job summary

Formlabs in Boston, MA is seeking a Mechanical Engineer to prototype new mechanisms, analyze electro-mechanical systems, and push the capabilities of desktop 3D printing.

You will design in CAD (Solidworks/Onshape), collaborate with Global Sourcing and Manufacturing to move designs from prototype to mass production, and contribute to full product development cycles with hands-on execution and cross-disciplinary collaboration.

Qualifications

• Prototype new mechanisms, test materials, and research 3D printing challenges.
• Analyze, test, validate and iterate on electro-mechanical systems.
• Create detailed designs in CAD and well-specified, accurate drawings.
• Collaborate with Global Sourcing and Manufacturing to bring designs from prototype to mass production.
• Experience with full product development cycle.

Responsibilities

• Prototype new mechanisms, test materials, and research 3D printing challenges.
• Analyze, test, validate and iterate on electro-mechanical systems.
• Create detailed designs in CAD and well-specified, accurate drawings.
• Collaborate with Global Sourcing and Manufacturing to bring designs from prototype to mass production.
• Push the capabilities of 3D printing.
• Strive to maximize customer value.
• Engineer the most amazing desktop 3D printer on the market.

Skills

3D CAD (Solidworks/Onshape)

Vendor communication

Hands-on / cross-discipline

Product development cycle

Tools

PLM / document control systems

Job description

Formlabs in Boston, MA is seeking a Mechanical Engineer to prototype new mechanisms, analyze electro-mechanical systems, and push the capabilities of desktop 3D printing.

You will design in CAD (Solidworks/Onshape), collaborate with Global Sourcing and Manufacturing to move designs from prototype to mass production, and contribute to full product development cycles with hands-on execution and cross-disciplinary collaboration.