The Sustainable Building Information Management Digitalisation is the single most significant change factor of our age. The built environment sector is the largest sector in most countries and it is a key factor in the process of creating sustainable value, both for the client and for society.

Humans spend around 90 % of their time indoors. For our well-being, we need enough light and fresh air and the temperature should be comfortable. As a result, not only do residential buildings, offices and shops need enough space, but they also demand plenty of energy - these are two resources which are coming under close scrutiny when thinking about creating a sustainable future. This degree programme focuses on technology in the real estate sector which can be used to run buildings efficiently whilst also being user-friendly. More and more buildings with sustainable, user-friendly and highend technology are planned and built every year. Nevertheless, there is still a high number of buildings in existence which have a long lifespan and poor energy efficiency. This degree programme concentrates on action and strategies which can be implemented to improve existing infrastructures with regard to their use of resources and equip them with digital technology to create more user friendliness for all involved, whether that be owners, administrators or users.

The ever-growing impact of climate change, military conflicts, rapid urbanization and economic crises present a clear need and opportunity for qualified professionals in both developed and developing countries. This Master's degree is the only master's with a joint focus on international cooperation, sustainable urban development and emergency architecture. It provides students with the necessary theoretical and methodological background in order to develop an interdisciplinary approach and manage projects in cooperation and sustainable development ranging from the urban to the architectural scale.

Learn to design environments that prioritize wellbeing and sustainability by applying principles of neuroarchitecture and bioconstruction. You'll create spaces that harmonize with the natural and social environment, enhancing people's quality of life through an innovative approach that integrates health, energy efficiency, and sustainable materials.

Currently, Europe and the entire world are moving towards sustainability. However, we spend about 90% of our lives in buildings. Engineers must adhere to building sustainability standards (such as BREEAM, LEED, and LEVELs) and ensure that buildings are comfortable, energy-efficient, meet the highest energy class, and have the least possible negative environmental impact. This program will teach you how to ensure this.

The Vilnius Archcathedral Basilica and the Town Hall, designed in the 18th century by Laurynas Gucevičius, quickly became symbols of the city. As the most famous Lithuanian architect of his time, Gucevičius introduced a new direction in architecture - classicism based on interpretations of antique architecture heritage - and createdthe classicistic face of the city. While these two buildings were only two of many in the center of Vilnius, they clearly demonstrated the architect's ideas on social equality during the epoch of Enlightenment.

Throughout the course, you will focus on design strategies and computer modelling in response to climate change to promote and encourage sustainability. The curriculum embraces sustainable development and the built environment from a holistic perspective, taking into account cultural, social, economic, and ecological factors.

The professional study course Green Architecture (taught in english) is being offered by the Wismar University of Applied Sciences for Technology, Business and Design (Germany).

Our master's program, which developed from our extensive research in the fields of construction and energy technology, will provide you with the skills required to help lower the carbon footprint of buildings while ensuring comfortable living conditions for the occupants. It will introduce you to innovative design concepts and novel approaches to help you tackle current and future environment and societal challenges.