masterclass future urban mobility

Smart mobility

Shaping the future of urban transport

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Course outline

1. Introduction to the Masterclass
2. Introduction to digital innovations and disruptive mobility
1. Background
2. Aims and learning outcomes
3. Unit outline, structure and content
4. How to use the online learning platform
5. Before we begin
1. The changing landscape of urban mobility
2. Key strategies and solutions
3. Test your knowledge - Part 1
1. Rapid urbanisation: The rise of cities as magnets of economy
2. Rapid urbanisation: Challenges for mobility and transport infrastructure
3. Road safety
4. Traffic congestion
5. Cost of congestion
6. Ageing infrastructure and backlog of transformative transport projects
7. Ageing infrastructure and barriers to investment
8. Test your knowledge (Part 2)
9. Pollution and emissions
10. Resilience of infrastructure and transport services
11. Transport energy
12. Climate change
13. Health and well-being
14. Pandemics
15. Test your knowledge (Part 3)
1. Limitations of conventional approaches
2. What is sustainable transport?
3. What is low carbon and low emissions mobility?
4. Planning for sustainable transport
5. Test your knowledge (Part 4)
6. Conventional versus sustainable approaches - Part 1
7. Conventional versus sustainable approaches - Part 2
8. Conventional versus sustainable approaches - Part 3
9. Conventional versus sustainable approaches - Part 4
10. Conventional versus sustainable approaches - Part 5
11. Conventional versus sustainable approaches - Part 6
12. Test your knowledge (Part 5)
1. The changing landscape of technologies
2. Why is it important to respond to disruptive technology forces?
3. Characteristics of disruptive technologies and identifying the technologies that matter
4. Technology hype cycles
5. The Gartner hype cycle in more detail
6. Implications of disruptive technologies for stakeholders
7. Pitfalls and considerations of potential impacts
8. Policy and regulations
1. Introduction
2. Smart cities opportunities
3. Smart mobility
4. The role of disruptive technologies in shaping sustainable urban mobility
5. The role of digital platforms in facilitating collaborative mobility opportunities
6. Mobility as a service
7. Smart mobility benefits: More for less
8. Case studies – early beginnings
9. Case studies – new beginnings
10. Case studies - public transport innovations
11. Legislative support challenges
12. Software resilience and cybersecurity challenges
13. Privacy challenges
14. Policy lessons from leading nations
15. Summary and implications for the future of urban mobility
1. Introduction to the Internet of Things
2. The Internet of Things: How it works?
3. Unlocking the potential of IoT in urban transport
4. IoT for Smart Cities
5. IoT-enabled smart mobility
6. IoT-enabled traffic control and management
7. Traffic control centre operations
8. In-vehicle IoT systems
9. Geofencing applications
10. IoT for connected and automated vehicles
11. Predictive maintenance and management of transport infrastructure
12. IoT-enabled next generation vehicle health monitoring solutions
13. IoT for public transport innovations
14. Real-time integrated multi-modal travel information
15. Barriers to deployment
16. Future directions and policy considerations
17. Closing observations
1. Introduction
2. Roundtrip car sharing
3. One-way car sharing
4. Personal car sharing
5. Bike sharing
6. Scooter sharing
7. Ride sharing and for-hire driver services
8. Ride-splitting, E-Hail Services and On-Demand Public Transport
9. Additional Resources: EPA Webinar on New Mobility Mindsets
1. Introduction
2. Vehicle automation development
3. Vehicle technologies and autonomous driving functions
4. Additional resources. Self-driving cars: A full explainer on the road to autonomy
1. The changing landscape of vehicle electrification
2. Basics of electric vehicles
3. The role of electric vehicles in energy transition
4. Changes in consumer attitudes
5. Battery economics
6. Charging infrastructure
7. Challenges of charging infrastructure
8. Regulatory policies
9. The global impacts of electric vehicles
10. Observations about recent EV developments during the COVID-19 pandemic
11. Future potential: Convergence with other disruptive forces
12. Alternative future fuels: Hydrogen fuel cells
13. Battery electric versus hydrogen fuel cells (Part 1)
14. Battery electric versus hydrogen fuel cells (Part 2)
15. Battery electric versus hydrogen fuel cells (Part 3)
16. Battery electric versus hydrogen fuel cells (Part 4)
17. Battery electric versus hydrogen fuel cells (Part 5)
18. Battery electric versus hydrogen fuel cells (Part 6)
19. Battery electric versus hydrogen fuel cells (Part 7)
20. More resources: Elements of electric vehicle strategies
21. More resources: The electric vehicle mobility business
22. More resources: The future of electric vehicles
23. More resources: Battery advances - materials, energy density and price
24. More resources: Placing safety of people and the planet first
25. More resources: Will the electric cars stop the climate emergency?
26. More resources: Why Australia is lagging behind in electric vehicle take-up
1. More resources for you
2. Before you go...
1. Low carbon mobility for sustainable cities (available now!)
2. Intelligent transport systems (coming soon!)
3. Transport modelling and analytics (coming soon!)

About this course

$400.00
121 lessons
8.5 hours of video content
14 hours (self-paced)
Last update: April 2024

Future Transport Academy

Smart mobility

Course outline

Welcome to the Masterclass

Welcome to digital innovations and disruptive mobility

Introduction

Global transport challenges

Opportunities and emerging trends

Fundamentals of disruptive technologies

Technology-driven smart mobility

The Internet of Things

Shared mobility

Connected and automated vehicles

Electric vehicles

Next steps

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About this course