Synopsis
Topics
- Buildability Framework and Advanced Construction Technologies
- Principles of Integrated Digital Delivery (IDD) and Lean Construction
- Concepts and Principles of Design for Manufacturing and Assembly
- Prefabricated Prefinished Volumetric Construction (PPVC) – Design Consideration
- Prefabricated Prefinished Volumetric Construction (PPVC) – Fabrication and Installation
- Mass Engineered Timber (MET)
- Advanced Precast Construction System
- Prefabricated Mechanical-Electrical-Plumbing (MEP) System
- Structural Steel
- Manufacturer Accreditation Scheme
- Emerging Technologies
- Case Studies
Learning Outcome
- Appraise the benefits and challenges in adopting DfMA
- Compare various DfMA technologies
- Propose strategies for DfMA adoption
- Analyse the impact of DfMA adoption on timelines of building construction stages
- Recommend suitable DfMA technologies and techniques during design phase
- Appraise the impact of DfMA adoption on design and project management
- Propose guidance on diagnostic and quality check
- Discuss safety consideration in design of DfMA processes
Who Should Attend
Managers and executives involved in project management.
Relevance of Course to employment/upskilling/reskilling
Equips learners with the knowledge and skills to adopt modern, technology‑driven construction methods that enhance efficiency and project outcomes. Through topics such as Design for Manufacturing and Assembly (DfMA), Integrated Digital Delivery (IDD), advanced precast systems, PPVC, and emerging construction technologies, the course provides practical insights into improving buildability, streamlining workflows, and elevating overall project performance. Learners will analyse real‑world case studies, evaluate the impact of technology adoption on construction timelines and design processes, and develop strategies for implementing productive construction techniques. This course is ideal for professionals seeking to upgrade or pivot their skills in Singapore’s rapidly evolving built environment sector, where digitalisation and advanced construction solutions are increasingly essential.
Admissions Prerequisites
- Applicants with a recognized bachelor's degree preferably from a field related to the Built Environment sector.
Please refer to Graduate CET Admission Eligibility Criteria for Graduate CET Modular Courses.
Schedule
| Week | Time | Topic |
|---|---|---|
| 1 | 7pm - 10pm | Buildability Framework and Advanced Construction Technologies |
| 2 | 7pm - 10pm | Principles of Integrated Digital Delivery (IDD) and Lean Construction, Concepts and Principles of Design for Manufacturing and Assembly |
| 3 | 7pm - 10pm | Prefabricated Prefinished Volumetric Construction (PPVC) - Design Consideration |
| 4 | 7pm - 10pm | Prefabricated Prefinished Volumetric Construction (PPVC) - Fabrication and Installation |
| 5 | 7pm - 10pm | Mass Engineered Timber (MET) |
| 6 | 8.30am - 11.30am | Advanced Precast Construction System |
| 7 | 7pm - 10pm | Prefabricated Mechanical-Electrical-Plumbing (MEP) System |
| 8 | 7pm - 10pm | Structural Steel |
| 9 | 7pm - 10pm | Manufacturer Accreditation Scheme |
| 10 | 7pm - 10pm | Emerging Technologies, Case Studies |
Assessments
The overall course grade is determined by
- Assignments, Online Test, Written Exam
Trainer Info
Dr Leong Chee Lai is an accomplished strategic planner and implementer with a proven ability to translate implementation insights into effective curriculum design and R&D planning. He has extensive experience in policy formulation, stakeholder engagement, and adult training. Chee Lai has successfully led workstreams and projects in both public and private partnerships, transforming policies and intentions into tangible organizational outcomes.
Dr Lim Tze Yang Darren works in the areas of advanced construction materials, innovation planning, and R&D ecosystem development. In his role as Senior Manager at the Building and Construction Authority, he oversees the Advanced Materials domain, supporting sustainability, productivity, maintainability, and carbon-related initiatives in collaboration with industry and government stakeholders. His work covers technology road mapping, patent landscape reviews, innovation challenges, grant programmes, and the coordination of testbeds and research projects.
Course Completion requirements
- Participants are required to achieve at least 75% attendance and pass any prescribed examinations/assessments or submit any course/project work (if any) under the course requirement.
- Participants are required to complete all surveys and feedbacks related to the course.
- The course fees are reviewed annually and may be revised. The University reserves the right to adjust the course fees without prior notice.
- Singapore University of Social Sciences reserves the right to amend and/or revise the above schedule without prior notice.
Course Fees, payment and refund policy
| International Participants | Singapore Citizens (below 40yrs), Permanent Residents | Singapore Citizens (40yrs and above) SkillsFuture Mid - Career Enhanced Subsidy1 | Enhanced Training Support for SMEs2 (Singaporean and PRs) | |
|---|---|---|---|---|
| Course Fees (A) | $3,168.00 | $2,640.00 | $2,640.00 | $2,640.00 |
| SSG Grant (70%) (B) | $1,848.00 | $1,848.00 | $1,848.00 | |
| Nett Course fees (A) - (B) = (C) | $3,168.00 | $792.00 | $792.00 | $792.00 |
| 9% GST on Nett course fees (D) | $285.12 | $71.28 | $71.28 | $71.28 |
| Total nett course fees payable including GST (C) + (D) = (E) | $3,453,12 | $863.28 | $863.28 | $863.28 |
| Less additional funding if eligible under various schemes (F) | - | - | $528.00 | $528.00 |
| Total nett course fees payable including GST, after additional funding form the various schemes (E) - (F) = (H) | $3,453.12 | $863.28 | $335.28 | $335.28 |
For the various payment modes, please refer here.
For the refund policy, please refer here.
For clarification, please contact the SUSS Academy via the following:
Telephone: +65 6248 0263
Email: [email protected]