About Course
This module provides participants with in-depth knowledge, skills, and competency in the design, analysis, and implementation of electrical installation systems for the built environment.
These skills and knowledge are essential for the safe, effective, and code-compliant design of electrical installations, addressing the growing complexity of modern built environments and the increasing emphasis on sustainability and public safety. Theory and practice are grounded in relevant codes of practice, including SS 638, with emphasis on design, protection techniques, cable selection, earthing systems, lightning protection, and electromagnetic compatibility.
Participants will also explore key systems integral to major industries, including lighting, HVAC, standby power generation, and motor drives, while developing an appreciation of professional ethics, societal responsibilities, and sustainability considerations in the execution of power engineering projects.
This module, worth 6 European Credit Transfer and Accumulation System (ECTS) credits, is taken concurrently as part of the Graduate Certificate in Electrical Engineering Professional Practices, which comprises three modules. The certificate can also serve as a pathway to the Master of Science in Electrical and Electronic Engineering.
Skills you’ll gain
Electrical Engineering
Who Should Attend
Engineering professionals with a degree in electrical engineering, particularly those working in areas such as power system operations, substation maintenance, electrical design, or protection engineering.
Prerequisites
- Graduate of the SIT-NU Bachelor of Engineering with Honours in Electrical Power Engineering
- Bachelor degree in Engineering
- At least one-year of relevant working experience
Learning Outcomes
Upon successful completion of the module, learners will be able to:
- Apply Electrical Engineering Fundamentals to Installation Design - Demonstrate integrated understanding of mathematics, engineering principles, and electrical fundamentals to assess health and safety risks in electrical installations, including protection against electric shock, flashover, thermal effects, overcurrent, and faults.
- Design Code-Compliant Electrical Installations - Design electrical installations in buildings that are fit for purpose, applying SS 638 code of practice and relevant standards to ensure functional safety, with consideration of design philosophy and approach for power projects.
- Select, Size, and Protect Electrical Cables - Analyse and apply cable selection, sizing, and protection principles to ensure safe and reliable electrical distribution in building and infrastructure environments.
- Apply Software Tools for Electrical Analysis and Design - Utilise industry-standard software for the analysis, simulation, and design of electrical installation systems to support informed engineering decisions.
- Evaluate Lightning and Overvoltage Protection Systems - Assess lightning protection principles, risk assessments, and overvoltage protection requirements for low voltage systems, including protection against lightning electromagnetic impulses in accordance with lightning standards.
- Analyse Electromagnetic Compatibility in Electrical Environments - Evaluate electromagnetic compatibility principles, interference coupling mechanisms, and the electromagnetic environment to ensure compliant and interference-free electrical installations.
- Design Lighting and Standby Power Systems - Apply lighting requirements for workplace, indoor, and outdoor settings, including emergency lighting and voice communication systems, and design standby power generator systems to meet operational and safety needs.
- Uphold Professional Ethics and Regulatory Responsibilities - Demonstrate knowledge of the regulatory framework, professional engineer registration, and ethical responsibilities, committing to professional conduct and norms in the design and execution of power engineering projects.
Teaching Team
Er. Dr. Lock Kai Sang
Professor, Engineering, Singapore Institute of Technology
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Er. Audrey Ang Siew Lin
Senior Professional Officer, Singapore Institute of Technology
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Course Details
| Course Run | Dates | Time |
|---|---|---|
| August - December 2026 | 31 Aug - 6 Dec 2026 | To be confirmed |
Certificate and Assessment
A Certificate of Attainment will be issued to participants who
- Attend at least 75% of the module; and
- Undertake and pass credit-bearing assessment during the module; and
- Participants will be awarded a Graduate Certificate (GCert) in Electrical Engineering Professional Practice if they complete all three modules (totalling 18 credits) with a Cumulative Grade Point Average (CGPA) of 2.0
- The GCert is stackable towards SIT’s Master of Science in Electrical and Electronic Engineering (MSc EEE), and candidates who attain a CGPA of 2.5 or above may apply for transfer to the MSc EEE programme
Participants who meet the attendance requirement but do not pass the assessment will receive a Certificate of Participation.
Assessment Plan
Assessment Type: A quiz, 2 assignments, and a final written exam.
Fee Structure
The full fee for this course is S$3,815.00.
| Funding Category | Eligible Funding | Course Fees Payable After Funding |
|---|---|---|
| Singapore Citizen (Below 40) | 70% | S$1,144.50 |
| Singapore Citizen (Above 40) Funded under SkillsFuture Mid-Career Enhanced Subsidy (MCES) | 90% | S$444.50 |
| Singapore PR / LTVP+ Holder | 70% | S$1,144.50 |
| Non-Singapore Citizen | Not Eligible | S$3,815.00 |
Note:
- All fees above include GST. GST applies to individuals and Singapore-registered companies.
For Organisations
Interested in this course for your business or team?
Tailored to your organisation's specific training needs, we can help you design and develop custom courses to grow key talent and build specialist expertise to meet the future demands of work.
Course Runs
Learning Pathway
Earn a Graduate Certificate
The Graduate Certificate in Electrical and Electronic Engineering is designed to equip graduates and professionals for a career in the power and energy sector. The modules offer deep knowledge of modern electrical engineering technologies, coupled with a strong focus on industrial design in power and energy applications.
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