A 3D printer is one of the most demanding machines you can build.
Lasers, optics, precision motion, thermals, airflow, materials handling, chemistry, sensing, controls, and software all have to work at micron-scale precision, for thousands of layers, with almost no tolerance for error. Making that work reliably is an extraordinary engineering problem.
That’s what we do.
At Formlabs, we’re building 3D printers that are changing the way things get made. We have the smartest minds across every engineering discipline, and the technology they’re building is deployed at more than 50,000 industry leaders worldwide, including Apple, Google, Tesla, New Balance, and NASA.
The Print Optimization Team takes on the challenge of optimizing the intersection of hardware, software, and materials to deliver industry leading print performance. We strive to make our SLA & SLS product line print parts as quickly, reliably, easily, accurately, and beautifully as possible. We are a collaborative team, with a diverse background, passionate about pushing the boundaries of print performance across our product lines.
As a 3D Print Optimization Engineer you will be continuously using your problem solving skills to drive improved performance.
We are customer focused, and the first step of tackling the problem is understanding what the performance boost we are trying to achieve, and how many customers will benefit. Will customers be able to print parts faster? More reliability? Will they be easier to post-process, or print more accurately?
If you’re excited about process optimization, solving multi-disciplinary challenges, and bringing to market the best print performance possible, we want you as a 3D Print Optimization Engineer!
The Job:
- Push the capabilities of our SLA & SLS 3D printing platforms
- Drive root cause analysis, considering mechanics, fluid dynamics, software, chemistry, optics, electronics, thermodynamics, and customer behavior
- Design efficient experiments that tease out underlying behavior in a complicated system of variables
- Tackle multi-disciplinary problems
- Develop and commercialize solutions that make a real and immediate impact on customer print performance
You:
- Are focused on the customer
- Have a strong sense of ownership with great attention to detail
- Are hands-on and willing to cross discipline boundaries to solve a problem
- Work autonomously and learn new skills to tackle objective
- B.S., M.S., or PhD in any science/engineering discipline (all are welcome)
