SLS 3D Print Process Intern — Optimize Performance

Formlabs; Somerville (MA); Hybrid; USD 59,000 - 75,000; Full time

Benefits offered by this job

Social events

Networking opportunities

Onsite lunches

Fully-stocked kitchens

Unlimited 3D printing

Job summary

Formlabs is seeking a Print Process Intern for Winter/Spring 2027 in Somerville, MA. You will push the capabilities of our SLS 3D printing platforms and work across hardware, software, and materials to improve print performance.

You will apply hands-on problem solving, CAD experience with SolidWorks, and basic Python, while designing DOE-style experiments and collaborating across disciplines to deliver faster, more reliable, and more accurate parts.

Qualifications

• Hands-on problem solving across multi-disciplinary domains.
• Familiarity with CAD software (SolidWorks) and Python scripting.
• Understanding materials properties and characterization.
• Ability to design DOE and custom tests.
• Willingness to collaborate across hardware, software and chemistry.

Responsibilities

• Push the capabilities of our SLS 3D printing platforms.
• Drive root cause analysis across mechanics, fluids, software, chemistry, optics, electronics, thermodynamics, and customer behavior.
• Design efficient experiments to uncover system behavior with multiple variables.
• Tackle multi-disciplinary problems and implement robust solutions.
• Develop and commercialize improvements that impact customer print performance.

Skills

Hands-on problem solving

CAD (SolidWorks)

Python programming

Material properties understanding

DOE design

Tools

SolidWorks

Python

Job description

Formlabs is seeking a Print Process Intern for Winter/Spring 2027 in Somerville, MA. You will push the capabilities of our SLS 3D printing platforms and work across hardware, software, and materials to improve print performance.

You will apply hands-on problem solving, CAD experience with SolidWorks, and basic Python, while designing DOE-style experiments and collaborating across disciplines to deliver faster, more reliable, and more accurate parts.