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Master thesis "Modeling & analysis of the (dis-)charging processes of a latent heat storage system"(m/w/x)
Description
You will drive sustainable energy research by modeling and simulating latent heat storage systems, using your technical findings to validate innovative thermal processes for a scientific thesis.
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Upload your CV and Nejo AI will find matching job offers for you.
Requirements
- •Master's studies in engineering, physics, or comparable
- •Good knowledge of thermodynamics and heat transfer
- •Experience in numerical modeling or simulation
- •Interest in energy storage and applications
- •Good English skills as an advantage
Education
Tasks
- •Study physical fundamentals of latent heat storage systems
- •Analyze the specific design of the storage system
- •Build a dynamic storage model in Modelica
- •Model electric heating and phase change processes
- •Simulate charging and discharging behavior
- •Analyze selected operating scenarios through simulation studies
- •Calibrate the model using existing design and measurement data
- •Document findings in a scientific master's thesis
- •Present research results to the working group
Tools & Technologies
Languages
English – Business Fluent
Benefits
Flexible Working
- •Flexible working hours
Other Benefits
- •Mobile and on-site work
- •Practical experience
- •Comprehensive onboarding
Informal Culture
- •Open-minded team
Career Advancement
- •Career development support
Learning & Development
- •Training and keynote speeches
Healthcare & Fitness
- •Health and well-being offers
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Master thesis "Modeling & analysis of the (dis-)charging processes of a latent heat storage system"(m/w/x)
The AI Job Search Engine
Description
You will drive sustainable energy research by modeling and simulating latent heat storage systems, using your technical findings to validate innovative thermal processes for a scientific thesis.
Let AI find the perfect jobs for you!
Upload your CV and Nejo AI will find matching job offers for you.
Requirements
- •Master's studies in engineering, physics, or comparable
- •Good knowledge of thermodynamics and heat transfer
- •Experience in numerical modeling or simulation
- •Interest in energy storage and applications
- •Good English skills as an advantage
Education
Tasks
- •Study physical fundamentals of latent heat storage systems
- •Analyze the specific design of the storage system
- •Build a dynamic storage model in Modelica
- •Model electric heating and phase change processes
- •Simulate charging and discharging behavior
- •Analyze selected operating scenarios through simulation studies
- •Calibrate the model using existing design and measurement data
- •Document findings in a scientific master's thesis
- •Present research results to the working group
Tools & Technologies
Languages
English – Business Fluent
Benefits
Flexible Working
- •Flexible working hours
Other Benefits
- •Mobile and on-site work
- •Practical experience
- •Comprehensive onboarding
Informal Culture
- •Open-minded team
Career Advancement
- •Career development support
Learning & Development
- •Training and keynote speeches
Healthcare & Fitness
- •Health and well-being offers
About the Company
Fraunhofer Institute for Environmental, Safety, and Energy Technology UMSICHT
Industry
Research
Description
Fraunhofer-Gesellschaft is a leading organization for application-oriented research, developing pioneering technologies for economy and society. Applied research in Circular Economy, Carbon Management, Green Hydrogen and Local Energy Systems contributes to UN Sustainable Development Goals.
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