#buldinginfrastructures

Intelligent Building Infrastructures in Germany

This interdisciplinary degree programme is a combination of building complexes and structural technology, as well as how they are integrated. You will be provided with subject-specific knowledge of energy consumption and energy storage in buildings. The aim is, through improved digital communication, previously individual systems will be integrated into a complete smart system. Examples of this would be, for instance, creating a successful energy management system which both deals with load-dependent energy prices as well as reducing demand on the national grid at peak times, through an enhanced complete system (house + eCar + energy providers). As a student of this programme, you should be technology-orientated, able to think across a range of associated disciplines, and able to work academically. With the knowledge acquired from the degree and the degree itself, there will be nothing stopping you from going on to undertake a Ph.D. German Education |Course Key Information Degree: Master of Sciences (M.sc) Type: Full Time Start: Winter and semester Number of Semesters: 3 Semesters Syllabus and Curriculum Semester1 - 2: in-depth training in the areas of design of complex systems and process management, further complex projects and many elective modules Semester 3: master project Learning Objectives Subsequent qualification options the master's degree qualifies for a subsequent doctorate. Characteristics the program is interdisciplinary between building complexes, building technology and their networking. Expertise on the consumption or storage of energy in buildings is provided. The aim is to integrate existing individual systems into so-called smart overall systems through improved (Internet) communication. Application examples for this would be the alignment of successful energy management with load-dependent electricity prices as well as the reduction of peak loads in energy supply networks in extended overall complexes .In addition, students should be enabled to think, act and work scientifically in a technology-oriented, interdisciplinary, multidisciplinary way. With the acquired knowledge and the graduation nothing stands in the way of a further graduation. The program closes the interfaces between the building technology and its intelligent networking. The graduates are qualified for management and leadership positions in the following sectors: The building system technology The plant management  The housing industry Economic / technical designer for buildings  Commissioner for building complexes  Project manager for building technology scientific career can also be sought with the degree.

Course Background Information Smart buildings can improve an organization’s efficiency, productivity, and safety. But how to they work? Learn about basic smart building blocks that enable a building to be responsive to the ways it’s being used. Current, by GE, is the digital engine for intelligent environments like smart cities and smart buildings. The world is proliferating with sensors and devices, and cloud and internet connected systems that are leveraging this data to provide increasingly sophisticated views of the world. The processes of design and construction are producing structured models and associated data as a byproduct of project delivery data that can be repurposed for, or “designed into,” the physical environment. This research asks how embedded intelligence will impact building systems design, construction, and operations.