Münchenstein
Working Student: Electrical Engineering – Network Planning & Project Design 40–60% | Hourly Wage |
- 03 September 2026
- 60%
- Permanent position
About the job
clever.inspiring.future-oriented.
Shape the energy future with us!
You are studying electrical engineering or a related field and want to apply your theoretical knowledge in practice? Then you are exactly right with us!
To support our Planning and Project Design Distribution Networks department, we are looking for a motivated and committed person for a part-time job paid hourly with a workload of 40–60%.
An exciting task awaits you around the energy supply of tomorrow – with lots of practical relevance, responsibility and room for your own ideas.
What tasks await you?
- You check complex connection applications for photovoltaic systems and battery storage using the network calculation software Neplan.
- You develop technical and structural solutions when the existing network capacity is insufficient.
- In doing so, you work closely with our specialist departments and gain exciting insights into the planning and further development of our distribution networks.
What do we expect from you?
- You are studying electrical engineering or a comparable field and want to apply your knowledge practically.
- Ideally, you have initial experience with the network calculation software Neplan.
- You have basic knowledge in the field of energy generation systems.
- You think analytically, can quickly grasp complex contexts and bring good comprehension and abstraction skills.
- You work independently, reliably and enjoy working in a team.
And what else is there?
We offer you a responsible and varied activity in an exciting and future-oriented environment. You can contribute your expertise, gain valuable practical experience and actively help shape the development of our energy networks.
Flexible working hours, an hourly wage and attractive employment conditions make the position ideal as a complement to your studies.
A part-time job with a future – and the chance to help shape the energy supply of tomorrow.