Our employees are enthusiastic about renewable energies. Contributing to climate protection and the development of a sustainable energy supply is a big motivator to us. We put great value on a friendly and open work culture, where each one of us is committed to the success of our projects. Personal responsibility and accountability are more important to us than status symbols.
Working student (m/f/d) Hydrogen Techno-Economic Modelling
ABO Energy • Wiesbaden
-
Part-time
Wiesbaden
Work with us on a sustainable energy supply!
We are pioneers of renewable energy by conviction. ABO Energy develops and builds wind and solar farms as well as battery and hydrogen projects worldwide. For almost 30 years, ABO Energy´s in-house specialist departments have been providing all steps of project development and implementation: from site assessment, planning, engineering, permitting and financing to construction, energy sales, grid connection, operational management and maintenance. A future worth living for future generations is our overarching goal. Renewables are our DNA.
Working student (m/f/d) Hydrogen Techno-Economic Modelling
In our dynamic, diverse, and highly motivated team, we work on the next step of the energy transition and do our part to make the hydrogen economy a reality. In our international markets we develop hydrogen projects from pilots to multi-gigawatt export scale. Therefore, we are creating business models and structures for our markets and coordinate with the local teams for the development of new hydrogen projects. We need you and your good ideas, open spirit, and dedication for this exciting new business opportunity.
Your passion
- You contribute to the development of our 20-GW global hydrogen project pipeline
- You utilize our modelling landscape to design, optimize and compare our hydrogen project concepts
- You develop new tools and analysis contributing to the development of our projects
- You identify and highlight shortcomings and optimization potential in our projects
- You work closely with our project development teams in Wiesbaden and internationally
Your qualification
- You are currently studying mathematics, physics, engineering, data science & analytics or similar – preferably for a master’s degree
- You have experience working with mathematic optimization and/or simulation models
- You understand basic economic principles and ideally have first experience with techno-economic modelling
- Ideally, you have programming experience, e.g. Python or VBA
- You have a passion to work quantitatively and have a good feeling for numbers
- You like to present your results in a clear and precise form and like to work in a team
- You are interested in green energy and hydrogen and have ideally first experience in the field
Don't match all the qualifications?
At ABO Energy, we're committed to creating a diverse, inclusive and authentic workplace. So if you're interested in a position, apply - even if your previous work experience doesn't match all the qualifications. You could be just the right candidate for this or any other position!
Severely disabled applicants will be given special consideration if they are equally qualified.
We are looking forward to receiving your application via our online form!
Unsolicited profiles submitted by recruitment agencies will not be considered.
The bold fields are mandatory.
Insights into our Team
Working at ABO Energy
Committed Employees and Flexible Processes
Our colleagues not only feel responsible for their own tasks, but also keep the company’s wellbeing in mind. This entrepreneurial mindset means that we are constantly improving our work processes – regardless of responsibilities – and adapting them to changing requirements.
Interdisciplinary Work
Central work is carried out in interdisciplinary project groups in which planners, business experts, electrical and civil engineers jointly consider how best to implement our wind, storage, and solar projects. The work is not defined by hierarchies, but by competencies and the common will to successfully contribute to the clean energy transition.