Part of a YH programme at TUC Yrkeshögskola. This course cannot be applied for on its own. Programme code: ENI19TRA.
Applied Energy Calculation, 10 YH credits, gives you knowledge of how energy simulation programs are structured and how they work. You study in depth how technical drawing, building technology, ventilation technology and energy analysis come together in an energy simulation program. Through practical work, you learn to analyse results, interpret drawings and technical documentation and transfer the information to the simulation tool in order to recommend energy-saving measures.
Duration: 2 weeks
Language: Swedish
Level: Advanced
CSN-eligible
Time commitment: 10 YH credits, equivalent to approx. 2 weeks of full-time study
The purpose of the course is to provide knowledge of how energy simulation programs are structured and how they work. The course gives students knowledge of how to carry out an energy simulation of a building. Furthermore, students should be able to analyse a drawing and transfer that information to the energy simulation program. Through practical work with an energy simulation program, students should gain an understanding of the purpose of energy simulation and be able to analyse the results. The goal of the course is to give in-depth familiarity with how technical drawing, building technology, ventilation technology and energy analysis come together in an energy simulation program, as well as knowledge of how to carry out an energy simulation. A further goal is to be able to analyse results, carry out plausibility assessments and recommend energy-saving measures.
The purpose of the course is to provide knowledge of how energy simulation programs are structured and how they work. The course gives students knowledge of how to carry out an energy simulation of a building. Furthermore, students should be able to analyse a drawing and transfer that information to the energy simulation program. Through practical work with an energy simulation program, students should gain an understanding of the purpose of energy simulation and be able to analyse the results. The goal of the course is to give in-depth familiarity with how technical drawing, building technology, ventilation technology and energy analysis come together in an energy simulation program, as well as knowledge of how to carry out an energy simulation. A further goal is to be able to analyse results, carry out plausibility assessments and recommend energy-saving measures.
What you will learn
What you learn.
You understand how energy simulation programs are structured and work.
You can analyse a drawing and transfer the information to an energy simulation program.
You know the current laws, ordinances and regulations for energy simulation.
You can carry out an energy simulation of a building in a relevant program.
You can analyse results, carry out plausibility assessments and recommend energy-saving measures.
Curriculum
How the course is built.
Basics of energy simulation programs
How an energy simulation program is structured and what it is used for.
Drawing analysis and technical documentation
Interpreting drawings and technical documentation ahead of a simulation.
Laws, ordinances and regulations
The regulations that govern work with energy simulations.
Carrying out and analysing a simulation
Practical work carrying out and analysing an energy simulation and proposing measures.
Target audience
Who is this for?
The course is aimed at YH students in energy technology who want to specialise in practical energy simulation and energy calculation.
What "verified" means here
Verified credential.
When you complete the course, TUC Yrkeshögskola issues your certificate. Your name, the course content and the issue date are encrypted and secured on blockchain, so it cannot be changed, and anyone can check that it is genuine.
100% Verifiable certificates Secured on blockchain
