17 Building Technology Masters Degree Programs

The building sector has a major impact on the climate and our environment. In this Master’s programme, you will learn about how to create resource and energy-efficient buildings with good indoor environments. You will also immerse yourself in sustainable concrete and wooden constructions.

Train yourself as an expert in management and production of architectural projects using BIM, the discipline that is transforming the construction sector and the implementation of which is already a requirement.

This Master's course offers advanced training for BIM managers who will learn to deal with integrated projects of all kinds and sizes. The course provides an in-depth understanding of the regulations, data processing, and key roles in the BIM environment, and will then get into many practical applications.

If you are looking to further your existing building surveying qualification and gain entry into the construction industry, the Building Surveying MSc from Kingston University is ideal. This course is fully accredited by the Royal Institution of Chartered Surveyors (RICS) and the Chartered Institute of Building (CIOB).

Objective of the course is to transmit to the student knowledge and skills in building technology and construction, in production and management engineering, in law, in economics, in information technology, and in land planning; to provide methods and tools to be used for technical-economic evaluation on purchase or on designing the requalification of buildings.

Innovative opportunities in the design and engineering of buildings with more efficient integrated services are being unlocked by advances in technology and artificial intelligence, combined with unprecedented access to building operation data. This accredited Building Services Engineering MSc will teach you to utilise advanced modelling tools, data analysis, and machine learning to engineer smarter, more sustainable buildings that create healthier environments for occupants. These skills will prepare you for a career in innovating the engineering, design, and operation of integrated building systems.

Our MSc Building and Infrastructure Information Modelling (BIM) for Smart Engineering aims to provide you with the necessary training, skills and hands-on experience to become successful in the dynamic and highly competitive fields of BIM and smart engineering and to give you a distinct edge when applying for a career in industry or for a PhD studentship.

The built environment is where most of us spend our lives, and related industries constitute an enormous part of the global economy. In this master’s program, you will investigate issues related to manmade structures and buildings, working towards creating a more sustainable and resource-efficient society.

Efficient, progressive, social, and sustainable – the demands of future-proof cities are high. Our Master's degree in Smart Buildings in Smart Cities deals with the contribution that smart buildings can make to these kinds of modern cities. A special focus is placed on the interaction between technology and energy with nature, humans, and the environment. At Salzburg University of Applied Sciences, you will be trained as a networked engineer and will develop promising solutions for complex problems in building and city planning.

This master’s degree provides you with in-depth study and specialisation in the field of structural engineering and building technology. Structural engineering concerns the analysis, calculation and design of load-bearing structures and structural systems. Building technology concerns the analysis, calculation and design of the body of the building, including facade and building envelopes.

The Master's Degree in Sustainable Building Projects is aimed at professionals who are interested in reducing the environmental impact of building design and construction by formulating assessments, identifying critical problems, and suggesting comprehensive solutions that consider the physical, economic and social context.

The graduates of the Master BIM program will be professionals with a global and critical vision of the fragmented construction industry, and with a positive vision of the capacity of technology as a factor of change and integration in all the processes that come together in the event. built.

Building Science at the USC School of Architecture recognizes that exemplary architecture requires innovative responses to natural forces. The integration of the study of building sciences with knowledge of current practices and new technologies creates synergistic and holistic architectural design that satisfies performative goals.

The Master of Science in Building Science is designed for those who want to deepen their understanding of how buildings perform, focusing on sustainable design, energy efficiency, and innovative const...

The Master in BIM Management responds to the need to train professionals capable of achieving the necessary skills to effectively execute the BIM method, which is based on the use of 3D parametric drawing software. The most common are: REVIT, Navisworks, Civil 3D, among other programs necessary for this methodology, since they allow to create of intelligent models with detailed engineering, where data can be extracted to generate construction plans, construction parameters, quantifications, presentations, renders, V Ray and other information necessary for the construction of the real estate. The BIM system is applied in architectural projects at a global level, thereby improving profitability in the real estate industry, creating collaborative environments between professionals who interact during the life cycle of the project, and obtaining certainty in meeting the objectives set. The master's degree is aimed at Project Managers, design directors, and investors, with an emphasis on administrative management, who may also have an approach to the different applications or software that is used within the process. Upon completion of the master's degree, the professional will be able to evaluate the implementation of the BIM system in their field of work, will be able to coordinate workgroups, and will have the foundations to implement, coordinate and evaluate projects under the BIM methodology.