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Master of Science in Civil and Architectural Engineering
Programme
Master of Science in Civil and Architectural Engineering
理學(xué)碩士(土木及建築工程)
Award Title
Master of Science in Civil and Architectural Engineering
理學(xué)碩士(土木及建築工程)
Offering Academic Unit
Department of Architecture and Civil Engineering
Mode of Study
Combined mode

Normal Period of Study
- 1 year (full-time)
- 2 years (part-time/combined mode)

Maximum Period of Study
- 2.5 years (full-time)
- 5 years (part-time/combined mode)

Credit Units Required for Graduation
30

Programme Aims

The programme aims to:
  1. upgrade existing construction related professionals with the knowledge of advanced civil engineering as well as building environment and sustainability;
  2. nurturing experts in all aspects of civil engineering, building services engineering, and environmental engineering;
  3. provide a route of continuing education to graduates of construction related disciplines;
  4. develop civil engineering, building services engineering and construction professionals with a multi-disciplinary problem solving skill and mindset; and
  5. conduct research in various construction related disciplines.

Programme Intended Learning Outcomes (PILOs)
For Civil Engineering Stream:
Upon successful completion of this Programme, students should be able to:
  1. Build up a strong and solid knowledge base in civil engineering for application in the industry;
  2. Practise knowledge in civil engineering in construction areas by filling all requirements in technology, management, environment and efficiency;
  3. Create research approach to solve problems in the civil engineering;
  4. Create innovative ideas to improve the efficiency of the civil related works;
  5. Appraise the latest technologies in civil engineering.

For Building Environment and Sustainability Stream:
Upon successful completion of this Programme, students should be able to:
  1. Build up a strong and solid knowledge base in building environment and sustainability for application in the building industry;
  2. Practise knowledge in indoor environment quality, building energy modeling and management and sustainable building development;
  3. Create research approach to solve problems in building environment and sustainable building development;
  4. Appraise the latest technologies in building environment and sustainability;
  5. Communicate effectively with architects, civil and structural engineers, surveyors and constructors in topics related to building environment and sustainability.

Programme Requirements


1.????Civil Engineering Stream
Core courses (15 CUs for FT students, 6 CUs for PT students)
Course CodeCourse TitleCredit UnitsRemarks
CA5018Modelling and Computational Techniques for Built Environment3
CA5244Geotechnics & Civil Engineering Infrastructures3
CA6535Dissertation - Civil Engineering9Core course for FT students only.
Elective courses (15 CUs for FT students, 24 CUs for PT students)
Course CodeCourse TitleCredit UnitsRemarks
CA5106Project Management3
CA5108Virtual Design and Construction3
CA5217Environmental Economics, Planning and Policy3
CA5236Transportation and Land Planning3
CA5601Building Engineering Systems and Maintenance3
CA5603Professional Research Methods3
CA5693Geotechnical and Foundation Engineering3
CA6110Statistical Methods and Data Analytics3
CA6232Contract Strategy and Administration3
CA6535Dissertation - Civil Engineering9Elective for PT students only.
CA6608Modern Structural Engineering3
CA6694Geomechanics3

2.? ??Building Environment and Sustainability Stream
Core courses (15 CUs for FT students, 6 CUs for PT students)
Course CodeCourse TitleCredit UnitsRemarks
CA5248Indoor Environmental Quality3
CA5249Energy Management for Building Sustainability3
CA6536Dissertation - Building Environment and Sustainability9Core course for FT students only.
Elective courses (15 CUs for FT students, 24 CUs for PT students)
Course CodeCourse TitleCredit UnitsRemarks
CA5018Modelling and Computational Techniques for Built Environment3
CA5217Environmental Economics, Planning and Policy3
CA5250Renewable Energy for a Sustainable Building Performance3
CA5251Sustainable Building Development3
CA5252Building Environment Modelling for Sustainability Analysis3
CA5325Next-generation Smart Cities3
CA6536Dissertation - Building Environment and Sustainability9Elective for PT students only.
SEE5114Energy, Environment and Sustainable Development3To be offered by SEE
SEE6101Energy Generation and Storage Systems3To be offered by SEE
SEE6102Energy Efficiency and Conservation Technologies3To be offered by SEE
SEE6115Carbon Audit and Management3To be offered by SEE
PIA5711Environmental Governance in China3To be offered by PIA
PIA6502Sustainable Development: Theory and Policy3To be offered by PIA

Additional Information
  • For courses set with pre-cursor(s), ACE Department requires that all students must have attempted (including class attendance, coursework submission and examination) the precursor course(s) so identified.
  • Where courses are assessed by a combination of coursework and examination, to pass a course, students must obtain minimum marks of 30% in both coursework and examination components, and an overall mark of at least 40%.
  • The teaching schedules of some courses offered in Summer Term may start a few weeks earlier than the normal University schedule; students are advised to check the teaching schedules with the Course Leaders before registering for the courses.
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