Construction firms across the Middle East are under pressure to access engineers, architect-engineers and building physicists that possess in-depth knowledge of environmentally sensitive structures to address the challenges of limited energy resources and changing climates, according to a Professor at the British University in Dubai (BUiD).
As the construction and energy industries face the demands and costs of energy efficiency, comfort, health and safety, particularly in areas where cooling requirements are high, companies are increasingly seeking out professionals with depth and knowledge of 'smart' techniques, systems and technology both for new builds and modernisation.
"In line with industry demands, we have developed this new MSc programme in Intelligent Buildings Design and Automation and we will launch it officially at BUiD on September 21 at 5pm. Interested professionals and prospective students will have the opportunity to hear from a high-profile panel of both industry speakers and academics on the importance of core course elements and how they relate to the construction industry," said Robert Whalley, Professor of Engineering at BUiD.
"With growing momentum to embrace 'smart' technology in 'intelligent buildings,' companies are increasingly seeking specialised expertise in this field. Practicing engineers, architects, building physicists, designers and facility managers now need to be able to apply the theory and application of design practices for sustainable build environments, and automated domestic systems for high-performance buildings," he said.
The MSc programme, developed in association with the University of Manchester and the University of Cardiff, will comprise six modules and will cover sustainable built environments; efficient building services; intelligent building design; modelling methods and applications; system analysis methods and press control techniques. The MSc Intelligent Buildings Design and Automation is available as a full-time or part-time course and is designed to encourage the development of research as well as education in this area.
This new, industry-led course will also provide students with a thorough understanding of specific tools and techniques in intelligent building design, modeling, simulation, optimisation and operation and will provide relevant, practical skills for career advancement in the construction industry and associated activities.
To join the programme, applicants must hold a minimum of a Bachelors degree in a relevant subject (mechanical, electrical or a civil engineering; architecture; building physics; maths; physics; or computer science) with an upper second classification, or a GPA of three or above from an accredited university.
Industry, government and business representatives are also encouraged to support and steer the research and practice based development of the programme.
