Formlabs is seeking a 3D Print Optimization Engineer to join their Print Optimization Team, dedicated to enhancing the performance of SLA and SLS 3D printing platforms. This role involves collaborating with a diverse team to push the boundaries of print performance, ensuring that printed parts are produced quickly, reliably, accurately, and with high quality.

The primary responsibilities include driving root cause analysis by considering various factors such as mechanics, fluid dynamics, software, chemistry, optics, electronics, thermodynamics, and customer behavior. The engineer will design efficient experiments to uncover underlying behaviors in complex systems and develop solutions that have an immediate impact on customer print performance.

Candidates should possess a strong customer focus, a sense of ownership with attention to detail, and the ability to work autonomously while learning new skills to tackle objectives. A Bachelor’s, Master’s, or PhD in any science or engineering discipline is required. Additional skills such as coding experience (preferably in Python), proficiency in computer-aided design (CAD), understanding of material properties and characterization, and experience in releasing new products are considered advantageous.

Formlabs offers a comprehensive benefits package, including a robust equity program, healthcare coverage (medical, dental, vision), 401(k) matching with access to financial advisors, generous paid parental leave (up to 16 weeks), tenure-based paid sabbatical leave (up to 6 weeks), flexible out-of-office plans, ample on-site parking with pre-tax commuter benefits, healthy on-site meals and snacks, regular professional development opportunities, and unlimited 3D prints.

The company fosters a collaborative and innovative culture, encouraging employees to cross discipline boundaries to solve problems and contribute to the advancement of 3D printing technology. Formlabs values diversity and inclusivity, aiming to build a community that will change the face of 3D printing.