Electrical Engineer (all genders welcome) at GoodBytz
22179 Hamburg, Bramfeld, Germany -
Full Time


Start Date

Immediate

Expiry Date

09 May, 25

Salary

0.0

Posted On

10 Feb, 25

Experience

0 year(s) or above

Remote Job

No

Telecommute

No

Sponsor Visa

No

Skills

Embedded Systems, Testing, Debugging, Communication Skills, Eplan, Cad Tools, It, Mechatronics

Industry

Electrical/Electronic Manufacturing

Description

YOUR PROFILE

The task sounds appealing to you, you can imagine contributing to the success of goodBytz and bringing the worlds of tech and culinary arts closer together? Great!

THEN THESE ARE THE QUALITIES AND EXPERIENCE THAT YOU IDEALLY BRING WITH YOU:

  • Degree in Electrical Engineering, Mechatronics, Automation Technology, or a comparable qualification
  • Proven practical experience in designing electrical systems, as well as in testing and debugging
  • Solid proficiency in Eplan or similar CAD tools
  • Strong communication skills in English - German language skills are a plus
  • Hands-on mentality and the ability to work independently
  • Advantageous but not required: Experience in industrial communication and embedded systems
    We are aware that it is not always possible to fulfill all criteria - don’t let anything stop you from applying!

WHAT WE OFFER YOU

At goodBytz, you are more than just part of a team – you become an important co-creator. We are looking for colleagues who not only think along but also have the courage to express critical thoughts. For us, respect, trust, and open exchange are the basis for success and satisfaction.

Responsibilities

YOUR TASKS

For our Electrical Engineering we are looking for highly motivated and proactive experts who will advance our robotic kitchens through innovative electrical system designs and by that play a crucial role in the further development and integration of our systems in complex industrial environments!

THE TASKS HERE INCLUDE, AMONG OTHER THINGS:

  • Electrical system Design for our robotic kitchens, including architecture, layouts, schematics, robustness, and efficiency
  • Development and integration of new industrial solutions as well as enhancing existing systems
  • Design and implementation of electrical communication systems in industrial environments
  • Development and oversight of test protocols and their effective management
  • Quality assurance and documentation of electrical systems and components
  • Prototyping, verification, and validation of designs
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