HITEC PhD Opportunity: System Modeling meets Next-Gen Solar Tech!

International Society for Industrial Ecology; Jülich; Vor Ort; EUR 40.000 - 60.000; Vollzeit

Zusammenfassung

A leading research institution in Jülich, Germany, is seeking a highly motivated PhD Candidate for a project focusing on the performance and systems impact of emerging photovoltaic technologies. The role involves utilizing modeling tools to optimize energy systems and analyze novel solar cell performance. The ideal candidate should possess a Master's degree in Engineering or Science, be proficient in Python, and excel in teamwork. This opportunity offers real-world impact on national energy policies.

Qualifikationen

• Proficient in Python programming for systems modeling.
• Great at modeling and analyzing energy systems.
• Must have a Master's degree in Engineering or Science.

Aufgaben

• Utilize the ETHOS model suite to optimize the German/European energy system.
• Analyze long-term performance of novel solar cells.
• Bridge module data with macro-level energy systems analysis.

Kenntnisse

Python

Modeling

Teamwork

Ausbildung

Master's in Engineering or Science

Jobbeschreibung

HITEC PhD Opportunity: System Modeling meets Next-Gen Solar Tech!

🔬 HITEC PhD Opportunity: System Modeling meets Next-Gen Solar Tech!☀️

The Jülich Systems Analysis institute (ICE-2) and Photovoltaics institute (IMD-3) at Forschungszentrum Jülich are jointly recruiting a highly motivated PhD Candidate for a unique, high-impact project: Performance & Systems Impact of Emerging Photovoltaic Technologies (ICE-2 & IMD-3).

This is a unique chance to be the link between cutting-edge systems modeling and novel PV materials science.

The Mission:

• Utilize the ETHOS model suite to secure and optimize the German/European energy system, directly contributing to the Energiewende.
• Analyze the long-term outdoor performance of novel solar cells (Perovskite, Organic PV) and assess their supply chain security.
• Bridge detailed module data with macro-level energy systems analysis.

Why this Project is Unique:

• Real-World Impact: Your research directly supports national policy and contributes to a resilient energy future.
• The Ideal Candidate: Enthusiastic, cooperative, great at modeling, and proficient in Python.Master's in Engineering or Science required.

Don't miss out on this fantastic opportunity!

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