- Course location
- Berlin
- Teaching language
- • English
- Language level of course
- • English: B2
- Date(s)
- •
18 August - 29 August 2025
- Information on dates, prices and mode of study
- Course fees are as follows:
• Student: 2,150 EUR
• Working professional/non-student: 2,570 EUR
Please note that students will be required to upload proof of their student status (student card/enrolment information) during the registration process.
- Target group
- Disciplines of Civil Engineering, Architecture, Architectural Engineering or equivalent
(Environmental Design, Building Science, Building Technology, Urban Planing, Construction Management, Mechanical and Process Engineering with focus on buildings)
- Description/content
- According to the International Energy Agency, the operation of buildings accounts for about 30% of global final energy consumption and of global energy-related emissions. Performance standards are increasing across countries and the use of efficient and renewable buildings technologies is accelerating. However, the industry must adapt more rapidly in order to align with the Net Zero Emissions by 2050 (NZE) Scenario. This decade is crucial for implementing the measures required to achieve the building stock being zero-carbon ready by 2030. The aim of this course is to provide the knowledge and technical tools in order to be able to work towards these goals.
This course delves into the foundational principles of building physics, emphasises the human perspective on indoor comfort, equips students with practical skills in utilising simulation software to construct energy models and encourages discussions on design solutions shaped by cultural, climatic, and political contexts. Through this course, students will develop the ability to analyse buildings as physical systems and assess indoor comfort factors based on user needs. They will explore a range of design concepts related to indoor climate, energy efficiency and renewable energy sources. They will master a software design tool that aids in evaluating these strategic design choices.