Course Overview

Domain
Engineering
Format
Short Course
Duration
5 days
Fee Subsidy
Up to 90% SF Funding
Professional Development Units

40 PDUs (SCEM)
27 PDUs (PEB)

In line with  Singapore Green Plan's vision for a cleaner energy vehicle landscape by 2040, this 5-day course offers timely insights into current sustainable and green transportation trends, focusing on electric vehicles (EVs) and associated infrastructure.

Throughout the course, you will:

  • Gain a comprehensive understanding of sustainable transportation systems, including their environmental impact, societal implications, and economic feasibility
  • Explore global trends and innovations in green transportation technologies, encompassing EVs, fuel cells, hydrogen, and alternative fuel vehicles
  • Examine the technical, economic, and social considerations in the adoption of sustainable transportation systems
  • Identify challenges and opportunities associated with implementation, and evaluate the key systems and components of EVs and fuel cells
  • Assess the performance and sustainability of batteries and charging infrastructure for EVs
  • Analyse the impact of EVs on the transportation of goods and people, and evaluate their integration with public transportation systems
  • Investigate the impact of autonomous vehicle technology on the future of transportation and mobility
  • Evaluate the advantages of EVs in supporting autonomous vehicle technology

By the end of the course, you will be well-versed in the intricacies of green transportation systems and EVs, enabling you to navigate the evolving landscape of sustainable transportation with confidence.

Who Should Attend

  • Transportation professionals, environmental advocates, and 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

What You Will Learn

Topic Content
The Global Overview
  • Environmental impact of transportation: greenhouse emissions and pollution effects
  • Global trends and benefits of sustainable transportation systems: reduced environmental impact, improved health outcomes, and economic benefits
  • Sustainability considerations in EV adoption, including the role of renewable energy sources, sustainable materials, and responsible end-of-life disposal practices
  • Worldwide trend in EV adoption
The National Perspective
  • Singapore’s long-term vision for the adoption of EVs and EVs infrastructure
  • Legislation and incentives for the adoption of EV: tax credits, rebates, and infrastructure investments
  • Challenges and solutions in electric vehicle system integration and deployment
  • Environmental impact of EV, including discussion of lifecycle analysis and the cradle-to-grave impact of EVs compared to traditional combustion engine vehicles
  • Opportunities and challenges in EVs adoption
Fundamentals of EVs
  • The fundamental system-level design of EVs vs ICE vehicles
  • Types of EVs and trends
  • The integration of EVs with EVs charger systems
  • EVs implementation challenges
  • EVs development and technology trends
Power Electronics
  • Overview of power electronics in EVs
  • Understanding the design and operation of power electronics
  • Discussion of the advancements and challenges associated with power electronics in EVs
  • Review of case studies and examples of successful deployment of EVs power electronics
Electric Motors
  • Overview of electric motors in EVs
  • Understanding the design and operation of electric motors
  • Discussion of the advancements and challenges associated with electric motors in EV
  • Review of case studies and examples of successful deployment of EV electric motors
Drivetrains
  • Overview of drivetrains in EV
  • Understanding the design and operation of drivetrains
  • Discussion of the advancements and challenges associated with drivetrains in EVs
  • Review of case studies and examples of successful deployment of EV drivetrains
Vehicle Control Systems
  • Overview of vehicle control systems in EVs
  • Understanding the design and operation of vehicle control systems
  • Discussion of the advancements and challenges associated with vehicle control systems in EV
  • Review of case studies and examples of successful deployment of EV control systems
EV Batteries
  • Overview of battery chemistry and performance: lithium-ion batteries, solid-state batteries, and sodium-ion batteries
  • Battery charging and discharging process
  • Battery capacity and range
  • Factors affecting battery life and performance, including temperature, charging rate, and depth of discharge
  • Battery safety considerations, including thermal management and fire prevention
  • Overview of the latest developments in EV battery technology, including solid-state batteries, flow batteries, and lithium-sulfur batteries
  • Discussion of the benefits and challenges associated with these new technologies
  • Review of the latest research and development efforts aimed at improving the performance, safety, and sustainability of EV batteries
  • Sustainability considerations in battery manufacturing and end-of-life disposal
  • Strategies to promote the use of sustainable materials in EV batteries
Application of EVs
  • Role of EV in the transportation of goods and people: passenger vehicles, commercial fleets, and public transportation
  • Challenges and opportunities associated with the electrification of heavy vehicles: battery capacity, charging infrastructure, and operating costs.
  • Integration of EVs in public transportation systems: electric buses, charging stations, and route planning
  • Sustainable transportation solutions for urban environments: micro-mobility, ride-sharing, and last-mile delivery
Autonomous Vehicles and Electric Mobility
  • Overview of autonomous vehicle technology: sensor systems, machine learning, and control systems
  • Impact of autonomous vehicles on the future of transportation and mobility: reduced accidents, congestion, and energy consumption
  • Advantages of EVs in supporting autonomous vehicle technology: lower operating costs, reduced emissions, and quieter operation
  • Strategies to promote the adoption of autonomous EVs in urban environments: policy and regulatory frameworks, public-private partnerships, and infrastructure investments
Charging Infrastructure and Industry Visit (Hosted by Schneider Electric)

A quick recap of:

Major Systems in EVs

  • Power electronics
  • Electric motors
  • Drivetrains
  • Vehicle control systems

Vehicle Batteries and Charging Infrastructure

  • EV batteries
  • Charging infrastructure

Types of EV Charging Methods, Including Level 1, Level 2, and DC Fast Charging

  • Understanding charging time and range anxiety
  • Comparison of different charging methods in terms of charging time and cost
  • The infrastructure required to support EV charging, including public charging stations, home charging stations, and workplace charging stations
  • Adverse impacts of charging infrastructure to the grid
  • Distribution congestion
  • Integration of renewable energy sources
  • Impact of charging infrastructure on the adoption of EVs

Case Studies

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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Elsa Feng Xue
Elsa Feng Xue

Assistant Professor, 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

Director, National Electrical Vehicle Centre, Land Transport Authority.

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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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Schedule

Course Run Dates Time
November 2023 Run 

15 – 17, 20 – 21 November 2023

9:00 am – 6:00 pm

 

    Introduction to Green Transportation

    Time Topic
    8:30 am Registration and Collection of Course Materials
    9:00 am Welcome Remarks
    9:15 am Programme Admin Brief  (Ng Bor Kiat)
    9:30 am Lesson 1 – The Global Overview (Ng Bor Kiat)
    12:00 pm Lunch
    1:00 pm Lesson 2  – The National Perspective (Stephanie Tan)
    3:30 pm Lesson 3 – Fundamentals of EV (Sin Jia Hau)
    6:00 pm Day 1 Review
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    Major Systems in Electric Vehicles

    Time Topic
    9:00 am Lesson 4 – Power Electronics and Electric Motors (Akshay Kumar Rathore)
    12:30 pm Lunch
    1:30 pm Lesson 5  Drivetrains and Vehicle Control Systems (Zheng Jianxin)
    6:00 pm Day 1 Review
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    Electric Vehicle Batteries, Application of Electric Vehicles, Autonomous Vehicles and Electric Mobility (Including Electrical Engineering and Safety)

    Time Topic
    9:00 am Lesson 6 –  Electric Vehicle Batteries (Zheng Jianxin and Guest Speakers)
    12:30 pm Lunch
    1:30 pm Lesson 7  Applications of Electric Vehicles and Autonomous Vehicles and Electric Mobility (Ng Bor Kiat and Guest Speakers)
    6:00 pm Day 3 Review
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    Charging Infrastructure and Industry Visit (Hosted by Schneider Electric) 

    Time Topic
    9:00 am Lesson 8 –  Charging Infrastructure Part 1 (Akshay Kumar Rathore and Guest Speakers)
    12:30 pm Lunch
    1:30 pm Lesson 9  Industrial Visit, Onsite EV Charging Experimentations and Measurements (Ng Bor Kiat and Guest Speakers)
    6:00 pm Day 4 Review
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    Charging Infrastructure Part 2 (Continuation from Lesson 8)

    Time Topic
    9:00 am Lesson 10 –  Continuation from Lesson 8 (SIT Trainers)
    12:30 pm Lunch
    1:30 pm

    Lesson 11  Case studies and Class Assessment

    Assessment: group project presentation, current challenges/proposed solutions and open-ended problem-solving quiz

    6:00 pm Day 5 Review
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    Certificate and Assessment

    A Certificate of Participation will be issued to participants who:

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

    Fee Structure

    The full fee for this course is S$5,450.00.

    Category After SF Funding
    Singapore Citizen (Below 40) S$1,635.00
    Singapore Citizen (40 & Above) S$635.00
    Singapore PR / LTVP+ Holder S$1,635.00
    Non-Singapore Citizen S$5,450.00 (No Funding)


    Note: All fees above include GST. GST applies to individuals and Singapore-registered companies.

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