Career opportunities InES

We are continuously looking for committed colleagues, who wish to shape the energy world of the future with us!
Current vacancies at the Institute of new Energy Systems are listed on the THI’s career websites.

We also welcome your unsolicited application to explore the possibilities for a PhD project.
Please submit your application to Dr. Christoph Trinkl, at christoph.trinkl@thi.de.

For students of all disciplines enrolled at THI and other European universities the Institute of new Energy Systems currently offers the employment opportunities listed below. Furthermore, we welcome your unsolicited application as student assistant and for internships.
Please apply in electronic form with comprehensive and informative application documents (cover letter, curriculum vitae, overview of grades, certificates) as pdf file at Abschlussarbeiten_InES@thi.de.

When applying for a Bachelor/ Master thesis, please indicate the relevant assignment. Should you be interested in more than one topic, please chose up to three assignments, specify your priorities and rank the assignments accordingly.

Please don´t send your documents to individual professors / researchers as we will not be able to consider these!

We will process your request immediately and provide feedback as soon as possible, usually within 2-3 weeks. Please refrain from further inquiries during this time and note that we are unfortunately unable to process incomplete application documents!

Vacancies for student assistants:

• Generierung von Wärmebedarfen aus Geodaten
• Anpassung von THERMOS: Programmierung und Datenformatintegration
• Studentische Hilfskräfte zur Unterstützung im Projekt FlexBlue
• Analyse der Netzentgeltstruktur in Deutschland
• Studentische Hilfskräfte zur Unterstützung im Projekt FlexIMa
• Bachelor / Master Students to support us in our international projects with African partners
• Studentische Hilfskräfte im Bereich Energiesystemtechnik

Bachelor/Master Theses:

• Economic Performance Analysis of Fifth-Generation District Heating and Cooling (5GDHC) Systems in the Industrial Context: A Case Study of IN-Campus
• Energy management system for the digital farm of the future
• Generierung von Wärmebedarfen aus Geodaten
• Modellierung des Gebäudebestandes in Deutschland
• Modellierung und Simulation einer Agri-Solarthermie-Anlage
• Development of a storage management concept for a novel thermally activated building
• Feasibility study of biogas production for dairy farmers in Morocco (Fes-Meknes region)
• Investigation of Forecast Approaches for the heat demand of Single-Familiy Homes
• Optimierung/Weiterentwicklung eines Simulationsmodells zur Biogasaufbereitung und biologischen Methanisierung

PhD projects:

• Development of Methodology for Assessing "Conservation Voltage Reduction”