Contents
Related:
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Welcome
to
Our Course Website!
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Level: |
MSc(Eng) |
Duration: |
One
semester |
Contact
Hours: |
2.5
hours per week |
Prerequisite: |
None |
Calendar
Entry: |
Basic
concepts and principles of smart building
technology; essential knowledge and skills in
its applications; key success factors of
adopting smart building technology; smart
lighting solutions, HVAC systems, security
systems and building management; smart cities
and practical examples. |
Assessment
Methods: |
Examination
(60%), Continuous Assessment (40%)
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Course
Website: |
http://ibse.hk/IDAT7219/ |
Course Co-ordinator: |
Dr. Sam C. M. Hui (cmhui@hku.hk), http://ibse.hk/cmhui
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A smart
building is a structure based on advanced digital and
control technologies that uses hardware, software, and
connectivity to manage HVAC, lighting, security and
other building services systems so as to create a
comfortable and safe environment for occupants. Smart
building technology can be used to monitor, analyse,
and optimise the way buildings run in order to enhance
productivity, efficiency, safety and sustainability.
This course will introduce the basic concepts and
principles of smart building technology with the aim
to develop the essential knowledge and skills in its
applications.
Educational Objectives:
- To
introduce the basic concepts and principles of smart
building technology
- To
develop students with the essential knowledge and
skills in its applications
- To
appreciate the key success factors of adopting smart
building technology
Learning Outcomes:
- To
describe and apply the basic concepts and principles
of smart building technology
- To
understand the essential knowledge and skills in its
applications
- To
evaluate the key success factors of adopting smart
building technology
References:
- Bakker R., 2020. Smart Buildings:
Technology and the Design of the Built Environment,
RIBA Publishing. [HKALL]
- Casini
M., 2016. Smart Buildings: Advanced Materials
and Nanotechnology to Improve Energy-Efficiency
and Environmental Performance, Woodhead
Publishing, Duxford, UK. [HKALL]
- CIBSE,
2008. Building
Control Systems, CIBSE Guide H, 2nd ed.,
Butterworth-Heinemann, Oxford. [HKALL]
- Clements-Croome
D., 2014. Intelligent Buildings: An Introduction,
Routledge, United
Kingdom. [HKALL]
https://doi.org/10.4324/9780203737712
- Habibi
S., 2020. Building Automation and Digital
Technologies, Woodhead Publishing, Cambridge,
MA & Kidlington, UK. [HKALL]
https://doi.org/10.1016/C2019-0-03708-9
- Hossain M. F., 2021. Global Sustainability
in Energy, Building, Infrastructure, Transportation,
and Water Technology, Springer Nature, Cham,
Switzerland. [HKALL]
https://doi.org/10.1007/978-3-030-62376-0
- Hu M., 2021. Smart Technologies and Design
for Healthy Built Environments, Springer, Cham,
Switzerland. [HKALL]
https://doi.org/10.1007/978-3-030-51292-7
- Jadhav N. Y., 2016. Green and Smart
Buildings Advanced Technology Options, Springer,
Singapore. [HKALL]
- Kumar T. M. V. (ed.), 2020. Smart
Environment for Smart Cities, Springer,
Singapore. [HKALL]
https://doi.org/10.1007/978-981-13-6822-6
- Litiu A.
et al., (eds.), 2017. Introduction to Building
Automation, Controls and Technical Building
Management, REHVA Guidebook no. 22, REHVA, Brussels,
Belgium. [HKALL]
- RIBA, 2024. Smart Building Overlay to the
RIBA Plan of Work, Royal Institute of British
Architects (RIBA), London. https://www.architecture.com/knowledge-and-resources/resources-landing-page/smart-building-overlay-to-riba-plan-of-work
- Sinopoli J., 2016. Advanced Technology for
Smart Buildings, Artech House, Boston. [HKALL]
- Steel C.,
2019. Code of Practice: Building Automation and
Control Systems, Institution of Engineering
and Technology, London. [HKALL]
- Wang S.,
2010. Intelligent
Buildings and Building Automation, Spon Press, London and
New York. [HKALL]
- Wen J. T.
& Mishra S., 2018. Intelligent Building
Control Systems A Survey of Modern Building
Control and Sensing Strategies, Springer
International Publishing, Cham.
[HKALL]
Useful Websites:
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