Hardware R&D Engineering Intern (Summer 2026) at Formlabs

Somerville, Massachusetts, United States -

Full Time

Start Date

Immediate

Expiry Date

03 May, 26

Salary

3300.0

Posted On

02 Feb, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Experiment Design, Data Analysis, Programming, Scientific Computing, Python, Matlab, Mechanical Design, Mechatronics, CAD Modeling, Hands-on Prototyping, Consumer Product Development, Physics-based Modeling

Industry

Computers and Electronics Manufacturing

Description

At Formlabs, we’re building the tools that make it possible for anyone to bring their ideas to life. Internships at Formlabs give students the opportunity to create, build, solve, and discover in every area of our business. Come build your career and build the future of 3D printing. Internship perks include social events, networking opportunities, access to our fully-stocked kitchens and onsite lunches, and unlimited 3D printing! Our Print Process team is a mix of mechanical, systems, and software engineers. We develop and maintain the Formlabs printing process. Our team works closely with other engineering teams to research and develop next generation printers and materials. We use engineering, physics, and experimentation to turn ideas into beautiful and accurate parts. If you are a systems thinker who enjoys working in a multi-disciplinary environment, we want you as a Hardware R&D Engineering Intern. Watch more videos of Formlabs interns here! Internship Term: Summer 2026 (May/June - August 21) Commitment: Full-time Location: Onsite in Somerville, MA Application Requirements: A portfolio of your previous engineering work/projects is required. The Job: Design, build, and innovate new 3D printing techniques - from developing new printer architectures to validating minute changes in galvo control Work across teams to help implement improvements to current products such as redesigning support structure algorithm based on experiment results Evaluate current printer performance for areas for improvement Design and execute experiments and use results to inform and develop improvements in software or hardware Tackle complex and open-ended problems across multiple engineering disciplines You: Are willing to question assumptions and back it up with data Are able to work autonomously to research Have experience with experiment design and data analysis Understand programming and scientific computing, ideally Python or Matlab Are familiar with mechanical design, mechatronics, CAD modeling, and hands-on prototyping Previous work on a consumer product Developed physics-based models of complex systems Intern Benefits & Perks: Flexible Out of Office Plan – take time when you need it Ample on-site parking & pre-tax commuter benefits Catered on-site lunches (3x per week), snacks, beverages, & treats Cohort-based social and professional development experience for interns Many opt-in culture events across our diverse community And of course… unlimited 3D prints We are an equal opportunity employer and value diversity at our company. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status. Even if you don't check every box, but see yourself contributing, please apply. Help us build an inclusive community that will change the face of 3D printing. Compensation Interns at Formlabs are paid on a bi-weekly pay schedule. The pay range for this role will depend on your skills, qualifications, experience, location and expected impact on the organization. This is a salaried role, so you will always be paid based on the assumed 40 hours per week as a full-time intern. This position does not offer housing or relocation assistance. The bi-weekly pay range for this role is: $2,900—$3,300 USD

Responsibilities

The intern will design, build, and innovate new 3D printing techniques, working across teams to implement improvements to current products. They will evaluate printer performance and tackle complex problems across multiple engineering disciplines.