Mechanical Engineer for Stack Development

Enapter

Saerbeck, Germany

To succeed as a Mechanical Engineer for Stack Development, you will need to be able to design and develop the mechanical aspects of an electrolytic stack, optimizing costs from the initial design stages and designing the product to be assembled with automated machines.

If you are as passionate about changing the world as we are then you are in the right place!

What role will you play in building a green hydrogen future?

Brake down of market requirements to Stack specifications;
Following design-to-manufacture approach to leverage the full cost potential in early stage development;
Supporting in the supplier selection process and leverage supplier knowledge to optimize cost and function;
Coordinating the product development process throughout the product lifecycle, with special focus on concept and design phase;
Fostering innovation in core functional areas such as sealing concept;
Supporting in creation of all the documentation necessary for production, i.e. CAD, drawings, assembly instructions;
Implementing and documenting systems manufacturing and testing processes’ improvements, involving electro-mechanical parts to be assembled, and testing jigs composed by gas, liquid and electric panels;
Cooperating with R&D and Production departments to ensure smooth integration of changes;
Preparing material and equipment lists, purchase orders, cost analyses, and estimated production costs;
Managing process documentation and preparing reports.

What do you need to help make our goals a reality?

First things first: Enthusiasm for the part green hydrogen will play in tomorrow's world and Enapter's role in it;
Master's degree in mechanical engineering, or related field required;
2-3 years of work experience;
Critical thinking, problem-solving, troubleshooting skills, and attention to detail;
Documentation and organization skills;
Effective communication and collaboration skills for working within cross-functional teams;
Ability to implement and adapt to changes in a dynamic manufacturing environment;
Proficiency in MS Office, AutoCAD/Inventor, and electrical schemes understanding;
Experience in P&ID design;
English level B2/C1.