An overview of the course, the next-generation AI platform used to deliver it and the community of fellow innovators and leaders.

After completing this module, learners will be able to: 
 

• List the transportation modalities relevant to contemporary multimodal  transit systems. 
• Recognize what Transit Oriented Development (TOD) is and how it can be utilized to create sustainable urban infrastructure. 
• Theorize how the nature of work and urban mobility will shift in the near-future due to factors such as COVID and autonomous vehicle use. 
• Describe the evolving network of relationships between employees, employers, workplace providers, mobility service providers, and policy makers. 

After completing this module, learners will be able to: 
 

• Identify innovative opportunities that optimize existing urban transportation infrastructure.
• List the fundamental considerations for successful public-private partnerships.
• Evaluate the benefits and constraints involved in combining logistics and passenger systems.
• Leverage urban transportation infrastructure as a tool for placemaking to foster healthy, equitable communities.
• Recognize the challenges of last mile logistics and hypothesize how they may be addressed. 
• Describe how the mohring effect influences the design of public transit systems. 

After completing this module, learners will be able to: 
 

• Discuss the trend of transportation evolving from a purely physical system to a dispersed physical/digital system.
• Recognize the relevance and key benefits of energy-efficient transportation on a national scale.
• Identify the function and value of national transportation policies as they relate to small businesses and entrepreneurship. 
• Describe the role of data as a tool for designing more effective, equitable, and sustainable large-scale transit systems. 
• Practice effective and responsible data collection, analysis, and sharing strategies.

After completing this module, learners will be able to: 
 

• Propose urban transportation models where pricing—in both public and private systems—is used as a tool to facilitate behavioral and environmental change. 
• Describe and evaluate the use of Mobility-as-a-Service (MaaS) in developed and developing countries. 
• Illustrate how integrated pricing systems can function across the disparate industries of transportation, insurance, and petroleum. 
• Take privacy and security into consideration when managing the sensitive consumer data—such as financials—inherent in mobility systems.

After completing this module, learners will be able to: 
 

• Navigate the advantages and constraints of a decentralized mobility system.
• Compare and contrast different transportation modalities to determine the best compatibility that balances efficiency, sustainability, and equity.
• Analyze the market structure of Transportation Network Companies (TNCs) in order to surface efficiencies. 
• Recognize the broader impact TNCs have on urban mobility. 
• Theorize how an international decentralized mobility system could be developed and managed.

After completing this module, learners will be able to: 
 

• Navigate policy gaps, resource needs, and disparate motives to create successful public-private partnerships. 
• Describe how large-scale urban transit infrastructure changes have been implemented in the past and how such practices need to be adapted for the future. 
• Illustrate the role land use and value capture play in urban transportation planning. 
• Create proposals for sustainable, integrated urban transit systems that take advantage of new transportation modalities (e.g., autonomous vehicles).