About Course

The global shift toward sustainable mobility is accelerating, and Singapore’s Green Plan targets a cleaner energy vehicle landscape by 2040. Electric Vehicles (EVs) and their charging infrastructure are at the heart of this transformation, offering opportunities to reduce emissions, improve energy efficiency, and reshape land transportation systems. Yet, adoption comes with technical, economic, and operational challenges that professionals must navigate.

This 5-day executive education programme provides a comprehensive understanding of sustainable transportation systems, focusing on EV technologies, charging infrastructure, and their integration into urban mobility. Participants will explore global and national trends, assess environmental and economic impacts, and examine the technical components of EVs—from batteries and power electronics to drivetrains and control systems. The course also addresses policy frameworks, lifecycle sustainability, and the role of EVs in autonomous mobility.

Through interactive lectures, case studies, and an industry visit hosted by Schneider Electric, participants will gain practical insights into EV systems and charging solutions. The learning journey combines technical deep dives with real-world applications, enabling professionals to evaluate challenges, design strategies, and contribute to decarbonisation goals confidently.

Skills you’ll gain
Transport Engineering
Sustainability
Energy Efficiency
Executive Education

Who Should Attend

Transportation professionals
Environmental Advocates
Professionals interested in sustainable transportation and EVs
Prerequisites

A degree or diploma in engineering or disciplines related to land transport, sustainability, energy, or the environment

Learning Outcomes

By the end of this course, participants will be able to:

  1. Apply fundamental smart grid principles
    Understand how smart grids enhance grid reliability, efficiency, and sustainability through real-time data, analytics, and automation.
  2. Explain smart grid architecture and communication integration
    Describe the components of smart grid systems and their interoperability with communication networks and IoT technologies.
  3. Assess the role of Advanced Metering Infrastructure (AMI)
    Evaluate how AMI supports energy monitoring, demand response, and consumer engagement in modern energy systems.
  4. Analyse integration of distributed energy resources and microgrids
    Examine interconnection requirements and interoperability standards for solar, energy storage systems (ESS), and other distributed resources.
  5. Evaluate electricity market dynamics in a smart grid environment
    Understand how smart grids influence pricing, demand-side management, and market operations.
  6. Identify cybersecurity vulnerabilities and mitigation strategies
    Use tools and frameworks to assess risks and implement security measures for smart grid infrastructure.
  7. Explore emerging technologies and trends in smart grids 
    Investigate the role of IoT, automation, and advanced analytics in shaping future energy ecosystems.
  8. Develop strategies for integrating renewable energy and electric vehicles
    Formulate approaches to incorporate clean energy sources and EV charging infrastructure into smart grid systems.

Teaching Team

Ng Bor Kiat
Ng Bor Kiat

Associate Professor, Engineering, Singapore Institute of Technology

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Akshay Kumar Rathore
Akshay Kumar Rathore

Professor/ Prog Leader, Engineering, Singapore Institute of Technology

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Zheng Jianxin
Zheng Jianxin

Associate Professor / Prog Leader, Engineering, Singapore Institute of Technology

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Er. Dr. Lock Kai Sang
Er. Dr. Lock Kai Sang

Professor, Engineering, Singapore Institute of Technology

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Stephanie Tan
Stephanie Tan

CEO, EV-Electric (EVe) Charging Pte Ltd

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Sin Jia Hau
Sin Jia Hau

Product Application Leader (Asia Pacific), Schneider Electric

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Chan Cher Leong
Chan Cher Leong

Director, Engineering, BYD Singapore

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William Cai
William Cai

Professor, Harbin University of Science and Technology

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Chiam Sing Yang
Chiam Sing Yang

Technical Director, Singapore Battery Consortium and Deputy Executive Director, IMRE & A*STAR

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Course Details

Course RunDatesTime
April 2026 Run 6 - 10 Apr 20269:00 am – 6:00 pm

 

    Introduction to Green Transportation

    TimeTopic
    8:30 amRegistration and Collection of Course Materials, Welcome Remark (Lock Kai Sang), Programme Admin Brief (Ng Bor Kiat)
    9:00 amLesson 1 – The Global Overview (Ng Bor Kiat)
    11:00 amLesson 2 (Part 1) – Fundamentals of EV Part 1 (Sin Jia Hau)
    1:00 pmLunch
    2:00 pmLesson 3  – The National Perspective (Stephanie Tan)
    4:30 pmLesson 2 (Part 2) – Fundamentals of EV Part 2 (Sin Jia Hau)
    6:00 pmDay 1 Review
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    Major Systems in Electric Vehicles

    TimeTopic
    9:00 amLesson 4 – Power Electronics and Electric Motors (Akshay Kumar Rathore)
    1:00 pmLunch
    2:00 pmLesson 5  Drivetrains and Vehicle Control Systems (Zheng Jianxin)
    6:00 pmDay 2 Review
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    Electric Vehicle Batteries, Application of Electric Vehicles, Autonomous Vehicles and Electric Mobility (Including Electrical Engineering and Safety)

    TimeTopic
    9:00 amLesson 6 –  Electric Vehicle Batteries, Safety Standards and Trends (Chiam Sing Yang)
    12:00 pmLunch
    1:00 pmLesson 7  Applications of Electric Vehicles (Chan Cher Leong)
    3:30 pmLesson 8  Autonomous Vehicles and Electric Mobility (Chan Cher Leong)
    6:00 pmDay 3 Review
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    Charging Infrastructure and Industry Visit (Hosted by Schneider Electric) 

    TimeTopic
    8:15 amLand travel from SIT@Dover to Schneider Electric@50 Kallang Avenue
    9:00 amLesson 9 –  Charging Infrastructure Part 1 (Sin Jia Hau)
    12:00 pmLunch
    1:00 pmLesson 9  Charging Infrastructure Part 2 (Sin Jia Hau)
    6:00 pmDay 4 Review
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    Final day of lecture and site visit to BYD

    TimeTopic
    8:30 amLand travel from SIT@Dover to BYD training centre at 60 Benoi Road
    9:00 amLesson 11 –  Hands on training on EV and simulators at BYD training centre (Chan Cher Leong)
    12:00 pmLand travel from BD training centre to SIT@Dover
    12:30 pmLunch
    1:30 pmLesson 12 (online lecture)  Advances in EV Powertrains (Prof William Cai Wei) 
    3:00 pmLesson 13  Installation engineering requirements of charging infrastructure and EV safety (Lock Kai Sang)
    5:00 pmAssessment: group project presentation, current challenges/proposed solutions and open-ended problem-solving quiz (Lock Kai Sang and Ng Bor Kiat)
    6:30 pmDay 5 Review
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    Certificate and Assessment

    A Certificate of Attainment will be issued to participants who:

    • Attend at least 75% of the course
    • Undertake and pass non-credit bearing assessment during the course

    Participants who meet the attendance requirement but do not pass the assessment will receive a Certificate of Participation.

    Fee Structure

    The full fee for this course is S$5,450.

    Funding CategoryEligible FundingCourse Fees Payable After Funding
    Singapore Citizen (Below 40)70%S$1,635.00
    Singapore Citizen (Above 40)
    Funded under SkillsFuture Mid-Career Enhanced Subsidy (MCES)
    90%S$635.00
    Singapore PR / LTVP+ Holder70%S$1,635.00
    Non-Singapore CitizenNot EligibleS$5,450.00

    Note:

    • All fees above include GST. GST applies to individuals and Singapore-registered companies.
    For Organisations
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