System Engineer

System Engineer

Additive Industries

Additive Industries is accelerating industrial additive manufacturing (AM) by offering modular metal laser powder bed fusion (LPBF) 3D printing systems and seamlessly integrated information platform to high-end and demanding industrial markets. With substantially improved reproducibility, productivity, and flexibility, Additive Industries redefines the business case for metal additive manufacturing applications across many industrial sectors.

What you will do

We currently have a position open for a System Engineer to strengthen both our Research & Development team as well as our Engineering team. Our product creation process is based on the principles of the V-model, where the System Engineer will be responsible on a system function level.

As a System Engineer you will be operating on both sides of the V-model, meaning that in the first place you will be responsible for defining functional requirements and design specifications, for one (or more) system functions of our MetalFAB system. You will provide input towards higher system level specifications and to lower level module specifications and will be working closely together with our System architect, Mechanical Designers and Software Developers.

Secondly you will be also responsible for the integration process of (sub)modules, functions or systems, involving both hard- and software. You will define functional test specifications, execute or monitor test plans and make sure test results are properly reported. By doing so, you will realize and verify the required functional performance, as well as continue to build up knowledge and experience of these system functions including proper product documentation.

Lastly you will also support the trouble shooting and issue resolution process when issues occur with released products, related to your system function responsibility.

Main ingredients for a successful performance are:

• Translating system requirements to functional requirements
• Define design concepts and trade-offs based on functional requirements
• Integration and testing of developed systems, functionalities or modules
• Documenting your work during all phases of the product creation process
• Ability to work in iterative manner, both on conceptual as well as detailed level

Knowledge & Experience

Education:

• Bachelor or Master degree in Mechanical Engineering, Control Engineering, Electrical Engineering, Mechatronics or similar.