Introduction to Building Energy Performance Simulation
As the building sector faces growing energy and environmental challenges, Building Performance Simulation (BPS) has become essential for designing and operating high-performance buildings, such as nearly/net-zero energy and zero-emission buildings.
This course provides theoretical background, practical guidance, and insights into the modelling process of buildings and renewable energy systems for the analysis and evaluation of their performance. In this framework, the basic principles and functionalities of modelling tools such as SketchUp, OpenStudio, and the System Advisor Model (SAM) will be demonstrated.
Why join?
- Learn to design sustainable, energy-efficient buildings
- Gain hands-on experience with SketchUp, OpenStudio, and SAM
- Develop practical skills through real simulation projects
- Get personalized mentoring and guidance
- Open to students and professionals alike
What you will gain
- Confidence in applying Building Performance Simulation in real-world projects
- Practical experience in building and energy systems modelling
- Skills to identify key design parameters and optimize building performance
Who is this course for?
- Students in architecture, engineering, and sustainability fields
- Professionals (academic and non-academic staff) seeking to enhance their expertise in energy modelling and building performance
Tools you will use
Participants will be introduced to industry-leading tools, including:
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SketchUp
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OpenStudio
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System Advisor Model (SAM)
How you will be assessed
Assessment is Pass/Fail and mirrors real professional practice:
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Modelling Project: Build and simulate a building energy model using commercial software
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Written Report: Summarize your modelling process and results
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Presentation: Deliver a 20-minute oral presentation of your project
Mentoring and support
Throughout the course, you’ll benefit from:
- Hands-on guidance with modelling software
- Practical demonstrations of BPS tools
- Mentoring to navigate real-world design complexity
Register by 29 October 2025, using the online form.
More information
The Course Handbook will be available shortly
Course Instructor
Assistant Professor Nikolaos Kampelis
This email address is being protected from spambots. You need JavaScript enabled to view it.
+35722208659
When
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Session |
Date |
Time |
Instructor |
Venue |
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| 1st |
Tuesday 4th November 2025 |
15:00 - 17:00 |
Nikolaos Kampelis |
Online |
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| 2nd |
Friday 7th November 2025 |
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| 3rd |
Tuesday 11th November 2025 |
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4th |
Friday 14th November 2025 | |||||||
| 5th |
Tuesday 18th November 2025 |
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6th |
Friday 21st November 2025 | |||||||
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7th |
Tuesday 25th November 2025 | |||||||
|
8th |
Friday 28th November 2025 | |||||||