Werde Working Student Energy Transition - Hydrogen & Derivates (w/m/d) - remotely possible bei EnBW Energie Baden Württemberg AG – Dein neuer Job in Karlsruhe

EnBW Energie Baden-Württemberg AG

Ort:

Karlsruhe

Referenznummer:

X T-TCE W 02365930... [Vollständig anzeigen]

Vollzeit/Teilzeit:

Teilzeit

Über das Unternehmen

Wir suchen Menschen, die an die positive Kraft von Energie glauben und an ihre eigene Stärke, Dinge voranzubringen. Die wissen, wie wichtig Energie und Infrastruktur sind und wie groß die Möglichkeiten, mit ihnen Zukunft für alle zu gestalten. Denn wir sind genauso: Ein großes, tatkräftiges Unternehmen, das die Tür weit aufmacht für Menschen, die mit uns gemeinsam aus Ideen echte Veränderungen machen. Wir sind das E. Du auch?

Unser Angebot

• Spannende und anspruchsvolle Aufgaben eröffnen vielfältige Perspektiven zur persönlichen Entwicklung
• Kollegiale Zusammenarbeit im Team und moderne Arbeitsplätze zeichnen uns aus
• Vielfältige Events bieten Austausch- und Netzwerkoptionen für unsere Studierenden im Rahmen des Studi-Energy-Programms
• Flexible Arbeitszeitmodelle ermöglichen die Vereinbarkeit von Job und Studium
• Attraktive Vergütungen eröffnen Möglichkeiten: 1.936,- € mtl. brutto bei allen Praktika und Abschlussarbeiten und ab 16,- € je Stunde brutto bei Werkstudierendentätigkeiten im Bachelorstudium bzw. ab 18,- € brutto im Masterstudium

Vielfältige Aufgaben

• As a working student in the Energy Transition department, you will carry out ad hoc analyses, support us with market and customer research and help to set up models for business cases
• You will continuously research new opportunities in the field of hydrogen and hydrogen derivatives and contribute to the development of innovative Solutions
• Your tasks will also include the coordination and preparation of discussions and negotiations with various business Partners
• In addition, you will contribute in the development of our IT infrastructure and use of our CRM system (HubSpot)
• You will support us in the development of business models and concepts for the establishment of a hydrogen economy with a focus on industrial customer

Überzeugendes Profil

• You are studying industrial engineering, business, economics or a comparable subject and have successfully completed at least four semesters of your Bachelor's Programme
• Ideally, you have already gained some experience in the energy industry, whether through internships, working student activities or projects as part of your degree Programme
• You have a strong interest in renewable energies, hydrogen and low-carbon technologies and want to actively contribute to the energy Transition
• Teamwork and initiative are a matter of course for you, and you are business fluent in English
• You are characterised by analytical thinking, a structured way of working and very good communication and project management skills
• You familiarise yourself quickly and independently with new topics
• Good knowledge of MS Office, especially Excel, rounds off your profile
• Those interested in writing a thesis are also welcome

Über den Bereich

The business unit Trading of EnBW AG is the central market access to the energy markets. We are active in key European markets and on international energy exchanges. Trading is responsible for the optimal management of the EnBW portfolio, is active in the marketing of renewable energies and thus supports the Energiewende. We are also involved in future topics such as hydrogen or smart & digital in trading, as well as in new supply contracts and the management of renewable energies. The Trading business unit of EnBW AG operates with an international team with employees from more than 30 nations, represented at 4 locations: Germany, England, Norway and Switzerland. Take this opportunity to help shape the future of trading!

In the Energy Transition division within Trading, we are involved in a wide range of innovative and future-oriented activities that contribute to promoting the energy transition. This includes the strategic procurement of hydrogen and hydrogen derivatives as well as the initiation of development of H2 infrastructure projects. We are developing optimal concepts for domestic structuring, storage and transport of the molecules to enable integration into existing energy systems and are building a downstream business model for the imported molecules to promote their distribution and utilisation in our own power plants and various industries. We also market and structure green electricity from offshore wind farms, photovoltaic plants and other renewabl