- Description
- Curriculum
This course was developed for tutors in the ULLC network. The lessons in it are just a fraction of those available on the NUA Campus. The list of lessons available as of January 2025 can be seen here.
The curriculum section of this course categorises the lessons into various thematic categories. The lessons can be re-arranged into other categories depending on your need.
On this page, you will also see course material. This is an example showing that you can upload material (up to 5MB/file) that is relevant to a course.
If you are a tutor, then please have a look at this section: Resource for Tutors, we have compiled a set of commonly asked questions. If you still have questions or if you are interested in developing a course, then do get in touch with us by sending an email to contact@nuacampus.org, or use the contact form at the end of the section above.
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1
Understanding demand for active mobility - Part 1 -
2
Understanding demand for active mobility - Part 2
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3
Modelling demand for active mobility - Part 2
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4
Modelling demand for active mobility - Part 1
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5
Planning for active mobility - Cycling
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6
Planning for active mobility - Walking
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7
M3.2.3 Promouvoir le vélo à assistance électrique comme levier d’attraction vers la mobilité active
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8
M3.1.7. Financer la mobilité active
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9
Policy responses to promote inter-modality and to integrate micro-mobility: Valencia and Budapest
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10
Bike sharing- Turin (free- floating)
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11
Leveraging Public Transport Reform to Introduce Electric Vehicles in Kigali -
12
Why we need Public Transport
Why a comfortable, liveable city is impossible without high-quality public transportation - in terms of economics, ecology, and also geometry.
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13
Electric buses and integration into public transport systems
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14
Planning for public transport
Looking at the qualitative aspects of planning public transport from an implementation perspective and why especially we need public transport with users as a focus
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15
Electrification of electric buses and integration into cities’ public transport systems
How e-buses contribute to make public transport competitive and achieve sustainability in our cities.
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16
Planning for public transport
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17
Public Transport Services
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18
Tools to Support Innovative Public Procurement
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19
Batteries for electric buses: the basics
Batteries for electric vehicles with a focus on battery management systems and recycling processes
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20
Planning, procurement and commissioning of e-buses: Case of Madrid
The video highlights a case in Madrid on planning procurement and how to commission e-buses and charging infrastructure.
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21
Global overview on electric buses
Global overview of e-buses highlighting mobility trends and growth opportunities, e-bus powertrain and technologies, existing markets and outlook, technology roadmaps.
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22
Introduction to electric buses
The video highlights basics of public transport electrification, e-bus operations today, and key aspects of impacts of charging infrastructure on urban space.
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27
Charging Infrastructure Planning in Public Areas
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28
Charging infrastructure: Characteristics, Planning, Policy and Operation
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29
Charging infrastructure deployment: Experience from Chinese Taipei
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30
Charging Infrastructure – Policy Frameworks
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31
Charging Infrastructure – Introduction for (city) authorities
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32
1.2.2. Heavy Goods Vehicle (HGV) Charging Schemes
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39
The Vital Role of Paratransit in Sustainable Urban Mobility
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40
Experts exchange on electrification of paratransit services
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41
Key takeaways regarding e-paratransit implementation projects
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42
Deployment of electric 2-wheelers paratransit services
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43
Deployment of 3-wheelers paratransit services
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44
Deployment of electric 4-wheelers paratransit services
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45
Involving New Operators: Paratransit Electrification as a Lever to Include Women
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46
Co-creation of Electric Paratransit Services
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47
Collecting Data to Plan for Electrification of Paratransit Services
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48
Guiding Principles for E-paratransit Implementation
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49
Incentives to Enhance the E-paratransit Industry at the National Level
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50
Regulatory and Legal Frameworks for E-paratransit
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51
National Policies on E-paratransit
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52
Electrification of Paratransit
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53
Guiding Principles for e-paratransit Implementation
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54
Overview of the Paratransit Sector: Definition and Typology of Paratransit Services
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55
Electrification of Paratransit
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56
Deployment of 2-wheeler Paratransit
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57
Deloyment of 3-wheeler paratransit
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58
Deployment of e 4-wheeler e-paratransit facilities and services
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59
Electrification of Paratransit Services - Actions and Strategies at local level
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60
Electrification of Paratransit Services
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65
Design Mobility-as-a-Service (MaaS) Platform as an Intermediary
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66
MaaS & ITS Exchange Session
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67
Standards & MaaS - Leverage the existing & Adapt to your needs
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68
MaaS Alliance Playbook
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69
Public and Private sector roles in MaaS schemes
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70
What is MaaS?
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71
Public v Private MaaS Debate - Finnish Act on Transport Services
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72
Challenges & Responses for MaaS implementation
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73
Mobility as a Service and Circular Economy
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74
Urban Transformation: The Impact of New Mobility Solutions on City Landscapes
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75
Promising characteristics of living labs
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76
Learning about living labs for sustainable cities
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77
Understanding and improving living labs
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78
Promising characteristics of living labs
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79
EU’s strategy on diffusing innovations through living labs
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80
Pilot project and Living labs as methods to govern the urban mobility transition
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81
Living Labs and Pilots as governance innovation to deal with urban transitions
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82
Learning about living labs for sustainable cities
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83
Case study: The implementation of e-cargo bikes in Quito, Ecuador
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84
Case Study: the PUVMP in the Philippines
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85
Case Study: India
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86
The Case Study of Quito, Ecuador
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87
Case Study: Leveraging Public Transport Reform to Introduce EVs
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88
Case study: Leveraging Public Transport Reform to Introduce EVs
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89
MaaS and ITS: Assignment 2 -
90
Maas and ITS: Assignment 1
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91
Assignment 4: Developing an Electrification Strategy for Paratransit Systems
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92
Assignment 3: Developing a Stakeholder Engagement Framework
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93
Assignment 2: Creating a Comprehensive E-Paratransit Strategy
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94
Assignment 1: Strategic Analysis for Paratransit Electrification
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95
Assignment 4: Sustaining E-Mobility
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96
Assignment 2: Implementing e-mobility
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97
Reading Assignment
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98
Assignment 1: A Short essary on Electric Mobility
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99
ElectricMobility: Quiz 1 -
100
ElectricMobility: Quiz 2
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101
ElectricMobility: Quiz 3
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102
ElectricMobility: Quiz 4
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103
Test 6: Electric Mobility Business Models and Exploitation Pathways
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104
MaaS and ITS: Quiz 1
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105
MaaS and ITS: Quiz 2
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106
MaaS and ITS: Quiz 3
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107
Paratransit Electrification Quiz 1
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108
Paratransit Electrification Quiz 3
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109
Paratransit Electrification Quiz 2
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110
Paratransit Electrification Quiz 4
