of all dit graduates
will find a job
within 2 months
With this Master's degree you will gain the qualifications and skills for an international career in the future-orientated sector of healthy and sustainable buildings.
This postgraduate course qualifies students in methods and technologies in the fields of healthy and sustainable buildings, combined with applications in various areas of the construction and real estate industries. It acknowledges and broadens students' existing knowledge from undergraduate courses, such as construction engineering, architecture, technical building equipment, energy-efficient construction or related courses, and professional work experience.
The Healthy and Sustainable Buildings degree programme is an official cooperation partner of the German Green Building Council (DGNB).
Learn more: Presentation video of the study program from the Master Info Evening
Degree: Master of Engineering (M.Eng.)
Duration: 4 semesters (2 years)
Start: March (summer semester)
Location: European Campus Rottal-Inn, Pfarrkirchen
Taught in: English
Fees: No tuition fees, only €62 student service fee per semester
FAQs: An overview of the frequently asked Questions and Answers
Enquiries: firstname.lastname@example.org | prospective student advisors
Graduates of the "Healthy and Sustainable Buildings" postgraduate degree are competent specialists in the field of healthy buildings and healthy living conditions, in material selection and product development or selection throughout the construction and interior facilities, and technical planning and construction including renovations and restorations.
Additionally, there are fields of work in the digitalisation and automation of healthy and sustainable buildings allowing for modern material flow, during the entire life cycle of buildings up to their demolition.
Graduates have career prospects in:
... in the recycling and restoration branch and the smart home sector.
The need for material and energy resources and the increasing complexity of modern living and working spaces pose high challenges for achieving the objectives of sustainable development, particularly in the construction industry. In addition to health and quality, these include a certain level of comfort and the attractive design of age-appropriate living spaces.
The aim of the "Healthy and Sustainable Building" course is to impart the specific skills required for the energy-saving, resource-saving, healthy and modern requirements of an industrial society.
The course is aimed at people who see their future professional activity in the planning and construction of buildings as well as in competent support in their use and operation. Further opportunities arise in the sustainable development and planning of healthy and energy-efficient materials and technologies for sustainable buildings.
Due to the diverse requirements that arise in the field of healthy and sustainable construction, this master's programme is designed for a total of 4 semesters (3 study semesters and 1 semester master's thesis). This ensures that graduates are perfectly prepared for the complex challenges in their working lives.
All lectures will be held in English, thus proficiency in the English language is an essential prerequisite. The following modules build the core of the study programme:
The materials used for construction form the essential basis of sustainable buildings. It is important to use building materials that are harmless to health in order to avoid harmful substances (e.g. emissions of solvents) or biological impairments (e.g. mould formation). Building physics and smart building technology also play an important role here. Knowledge of the aspects relevant to chemistry, building biology and building physics form the basis for the design of sustainable buildings.
Evidence based and simulation based design:
Knowledge about the environmental-hygienic and medically verifiable influences of buildings on health and well-being, environmental-psychological aspects as well as technical-analytical methods for the proof of possible loads, form the base of an evidence-based design of sustainable buildings. Based on experiences in the field of effects of materials, technologies and interior design, approaches for integral planning and design of sustainable buildings are introduced. The building envelope as well as the interiors play an important role. Modern IT-supported methods support the scientific and technical design of sustainable buildings.
Sustainable and smart building systems:
Modern societies use intelligent technologies for the energy-saving management of buildings, which are increasingly being equipped with technologies that technically support working and living in buildings. The state of the art in the field of sustainable building management systems and ambient living is the content of the advanced training in the Master Healthy and sustainable Buildings. Other aspects are refurbishment and renovation as well as building safety and sustainable protection.
Research & methodology:
Great importance is attached to the scientifically exact qualitative and quantitative evaluation and evaluation of findings. In an R&D project as well as in the master's thesis, current topics are dealt with in cooperation with industrial partners.
Softskills and legal aspects:
In addition to the scientific-technical standards, relevant legal standards and framework conditions are taught. For the successful implementation of sustainable building planning and its implementation on the construction site, project management skills round off the profile of a graduate of the Healthy and Sustainable Buildings degree programme.
We have the best professors who are very open to answering all our questions and helping us in every way with our studies and providing us with all relevant information for our studies. Apart from that, the support staff at ECRI is quick and always willing to help. We also have had a lot of excursions during our course, as well as from campus, where I learned a lot about Germany and the local culture.
Lekshmi, Student Healthy and Sustainable Buildings
The following slides show what you can expect from the study degree and which student projects, trips or excursions other than lectures.
Varied site and building visits, city tours, as well as exhibition and museum visits are one part of the programme of the Healthy and Sustainable Building degree programme.
Visits to companies and trade fairs integrated into the study programme enable students to experience company and construction processes, get to know innovative products and projects, and find out what is being done in the area of sustainability. They can also make initial contacts and gain insights into a potential future employer.
As part of a lecture, an exhibition was prepared and carried out together with the students of the Healthy and Sustainable Buildings course, which made the results of this course accessible to the wider public. The exhibition showed sustainable, regionally unique architecture from the different home countries of the students, which are spread all over the world. In connection with this, a life cycle assessment was shown, comparing the environmental impact of traditional construction methods with modern construction methods, as well as a comparison with the climate of the study location Pfarrkirchen. After the great success in the local gallery, this will subsequently also be exhibited in a school and the Massing open-air museum.
During regular laboratory days and experiments, the students can, for example, experience first-hand what it means to sit in a wheelchair, or try out the limitations of old age with the help of an age simulation suit. The lab is also equipped with a heliodon, which the students can use to check and analyse their designs in terms of light and shadow.
Overview of the courses (From the Study and Examination Regulations), Weekly Semester Hours (SWS) and ECTS (European Credit Transfer and Accumulation System) for the Master's degree Healthy and Sustainable Buildings.
|Sustainable Buildings & Neighbourhoods||8||10|
|Quantitative and Qualitative Research Methods||4||5|
|Environmental Hygiene and Medicine||4||5|
|Evidence Based Design 1||4||5|
|Standards & Green Building Certification Systems||4||5|
|Building Performance Simulations||4||5|
|Sustainable Energy Supply Systems||4||5|
|Ambient Assisted Working & Living||4||5|
|International Project Management and Implementation||4||5|
|Building Safety & Security||4||5|
|Evidence Based Design 2||4||5|
|Refurbishment and Renovation||4||5|
|Evidence Based Design – Consolidation (FWP)||6||5|
|Selected chapters Healthy & Sustainable Buildings & Neighbourhoods (FWP)||4||5|
|Smart Infrastructure & Artificial Intelligence (FWP)||4||5|
|Master's Thesis incl. Presentation||-||30|
Official cooperation partner of the study programme: