Resources for Tutors
- Description
- Curriculum
This is a sample course page with the intention of showing an instructor/Tutor what a course page could look like. Most of the content on this page can be adapted and customised to reflect any specific branding.
Lessons in a course can be either text-based or video lessons.
Quizzes can be multiple choice, true/false, fill in the blanks, matching pairs
Assignments are usually essay type questions where students have to submit a response and the instructor needs to approve the assignment to be marked complete.
A certificate can be awarded at the end of the course if desired. The certificate can be customised based on the need and comes with a digital verification code.
Go ahead and click the “Curriculum” tab at the top. We have a sample list of lessons, quizzes and assignments that we currently use on the NUA campus courses.
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1
Intelligent Transportation -
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ITS Scientific Conference
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3
Intelligent Transportation Systems For Smart cities (for MENA region)
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4
International Forum on ITS
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5
Design Mobility-as-a-Service (MaaS) Platform as an Intermediary
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6
2023 New Mobility: Post-Pandemic New Mobility Strategies
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Urban Transformation: The Impact of New Mobility Solutions on City Landscapes
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8
Mobility as a Service and Circular Economy
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MaaS & ITS Exchange Session
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10
E bus deployment worldwide. An exchange with SOLUTIONSplus expert
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E bus deployment worldwide. An exchange with SOLUTIONSplus expert
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12
MaaS & ITS Exchange Session
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13
Liveable Cities
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14
Traffic Management
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15
Restriction of Behaviour
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16
Standards & MaaS - NAPCORE in the Context of MaaS
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Standards & MaaS - Leverage the existing & Adapt to your needs
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18
MaaS Alliance Playbook
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Public and Private sector roles in MaaS schemes
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Public v Private MaaS Debate - Finnish Act on Transport Services
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21
Ticketing
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22
Journey Planning
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Customer Needs and inclusivity
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24
E-mobility and Behaviour Change: Lessons from the Coventry Mobility Credits trial
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25
E-mobility and Behaviour Change: GO-HI Platform
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Digitisation of Information
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27
What is MaaS?
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Webinar: 'Digital Solutions for Mapping Informal Transport'
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Improving informal transport in eastern Africa with Tom Courtright
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30
Electrifying Informal Transportation in India
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31
Paratransit reforms in Lagos and Kumasi
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The Vital Role of Paratransit in Sustainable Urban Mobility
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33
Experts exchange on electrification of paratransit services
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34
Key takeaways regarding e-paratransit implementation projects
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35
Case study: The implementation of e-cargo bikes in Quito, Ecuador
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36
Deployment of electric 2-wheelers paratransit services
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Deployment of 3-wheelers paratransit services
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Deployment of electric 4-wheelers paratransit services
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Case Study: the PUVMP in the Philippines
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40
Elaboration of an Efficient Communication Strategy
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41
Involving New Operators: Paratransit Electrification as a Lever to Include Women
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Co-creation of Electric Paratransit Services
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43
Leveraging Public Transport Reform to Introduce Electric Vehicles in Kigali
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Collecting Data to Plan for Electrification of Paratransit Services
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45
Developing a Systematic Approach on E-mobility
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Actions and Strategies at the Local Level
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Guiding Principles for E-paratransit Implementation
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Case Study: India
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Developing the Industry at the National Level
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Incentives to Enhance the E-paratransit Industry at the National Level
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Regulatory and Legal Frameworks for E-paratransit
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National Policies on E-paratransit
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Electrification of Paratransit
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Overview of the Paratransit Sector: Definition and Typology of Paratransit Services
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55
M3.4.1. Les fondements de la sécurité pour les piétons et les cyclistes -
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M3.4.2. Guide sur l’aménagement des carrefours au Maroc
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M3.3.1 Promouvoir la mobilité active partagée. Développer des systèmes de vélo en libre-service
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M3.2.3 Promouvoir le vélo à assistance électrique comme levier d’attraction vers la mobilité active
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M3.2.2 Réguler et planifier la micromobilité dans les villes
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M3.2.1 Soutenir l'essor de véhicules électriques légers et actifs
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M3.1.7. Financer la mobilité active
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M3.1.6 Collecter des données sur la mobilité active
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M3.1.5 Mobiliser l'échelle du quartier pour améliorer les conditions de mobilité active au niveau local
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M3.1.4. Développer les composantes d’un système vélo. L’approche de Berlin
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M3.1.3. Mobiliser un éventail de leviers incitatifs. Etude de cas en Argentine et Tunisie
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M3.1.2 Replacer les besoins des piétons et cyclistes au centre de la planification
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M3.1.1 Promouvoir la mobilité active pour des villes plus durables et inclusives
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Module 3 - Promouvoir la mobilité active
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Planning the e-mobility for all - Importance of Stakeholder Engagement
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Developing a systematic approach on e-mobility
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Guiding Principles for e-paratransit Implementation
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M1.12 Lectures supplémentaires optionnelles
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M1.11 Financer les politiques de décarbonation du transport urbain
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M1.10. Les systèmes de transport intelligent. Des outils stratégiques pour construire les systèmes de mobilité
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M1.9.2. Modalités pratiques pour organiser des Journées Sans Voiture comme outil au service d_une politique de report modal
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M1.9.1. Mobiliser des approches collaboratives innovantes
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M1.8 Collecter les données de manière alternative
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M1.7.2. Electrifier le transport de marchandises en ville
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M1.7.1 Décarboner le Transport de Marchandises en Ville
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M1.6.2. Politiques et mesures à mettre en place au sein des villes
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M1.6.1. Rôle de la mobilité électrique au sein de la mobilité urbaine durable
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M1.5. Urbanisme tactique_ identifier des solutions de mobilité urbaine durable à l_échelle d_un quartier
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M1.4 Gérer la demande de transport
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M1.3. Planifier des systèmes de mobilités intégrés
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M1.2 Planifier des villes sobres en carbone
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M1.1. Décarboner la mobilité urbaine - Enjeux et stratégies
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M2.4.3 Leçons sur le déploiement de bus électriques à grande échelle. L’expérience de Santiago du Chili
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National policies to develop e-paratransit
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M 2.4.2 Bus électriques Coûts, acquisition et opération
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M 2.4.1 Bus électriques Développements, technologies et infrastructures de recharge
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M 2.3.3 L'intégration de la billettique et des tarifs
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M 2.3.2 L'intégration physique. Le cas des Pôles d'Echanges Multimodaux
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M 2.3.1. Permettre l'intermodalité, pilier de l'intégration des systèmes de mobilité
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M2.2.3 Etude de cas. BRT et ITS à Madrid
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M2.2.1 Bus rapid transit (BRT): Meilleurs pratiques et écueils à éviter
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M2.2.2. Utiliser les STI pour améliorer les bus urbains
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M2.1.2 La gouvernance des mobilités urbaines
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M2.1.1. Introduction à la planification du transport public
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Présentation du Module 2
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Electrification of Paratransit Systems -
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Electric buses and last mile electrification
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Electrification of Public Transport
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Public Transport: The big picture
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Reading Material for Week 4
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The Case Study of Quito, Ecuador
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Electrification of Paratransit
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Deployment of 2-wheeler Paratransit
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Deloyment of 3-wheeler paratransit
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Deployment of e 4-wheeler e-paratransit facilities and services
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Case Study: Leveraging Public Transport Reform to Introduce EVs
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Case study: Leveraging Public Transport Reform to Introduce EVs
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Electrification of Paratransit Services - Actions and Strategies at local level
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Planning for e-paratransit Projects - Importance of Data Collection
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Training for urban mobility and planners
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Guiding Principles for e-mobility implementation
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Incentives to enhance e-paratransit at national level
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Regulatory Framework and Legal Framework for e-paratransit
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Actions and Strategies at National Level
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Electrification of Paratransit Services
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Opportunities and Global Trends of E-Mobility
This video is developed by the PEM Motion and the GIZ's TUMI Initiative.
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EV's Forecast
This video is developed by the PEM Motion and the GIZ's TUMI Initiative.
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Benefits of E-Mobility
This video is developed by the PEM Motion and the GIZ's TUMI Initiative.
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Which parts of the EV differ from the ICE
This video is developed by the PEM Motion and the GIZ's TUMI Initiative.
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Social Consequences of Raw Material Mining
PEM/TUMI - Need Youtube link
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Necessity and Challenges of the Circular Economy
PEM/TUMI - Need Youtube link
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Global Distribution of Battery Materials, Refinery, and Production Sites
PEM/TUMI - Need Youtube link
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Global Competition in Battery Production
PEM/TUMI - Need Youtube link
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Challenges and Success Factors for Recycling Companies
PEM/TUMI - Need Youtube link
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Battery Function Principle
PEM/TUMI - Need Youtube link
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Second Life Batteries: The Solution For Sustainable Mobility?
Assessing the big advantage of "second life batteries" for a more environmentally friendly repurposing and re-use of electric vehicle batteries.
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Second life battery uses
Explore post-EV battery options: dispose, recycle, reuse, or repurpose. Discover the eco-friendly revolution of Electric Scooters/Bikes Repurposing, Off-grid Solar Hubs, Self-Consumption Systems, and Utility Grid Support.
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Second life Electric Vehicle Batteries
E-learning on critical facets of circular design, extending battery lifespan through repair and repurposing, and navigating the recycling process. With real-life cases and insights from Sub-Saharan Africa uncovering the challenges, opportunities, and the transformative potential this knowledge holds for individuals engaged in sustainable urban mobility and renewable energy sectors.
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Batteries for electric buses: the basics
A closer look into batteries for electric vehicles and assessing the types and technologies for the right application
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Batteries for electric buses: the basics
Batteries for electric vehicles with a focus on battery management systems and recycling processes
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135
What is Public Transit System?
What is Public Transit System? Cities play a vivacious role in helping economic development & prosperity. The growth of cities mainly depends upon their social, physical, social and established infrastructure. Public Transit Systems are one form of the transport system, which provide mobility, flexibility & accessibility to urban people.
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E-mobility in the transport system
Why the mobility and energy transitions are interlinked? A closer look at e-mobility around the globe, energy efficient applications of e-mobility and necessary prerequisites for a mobility transition and how embedding e-mobility solutions into the ASI framework generates multiple benefits for the sector’s sustainable transformation.
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E-mobility in the transport system
Why the mobility and energy transitions are interlinked? A closer look at e-mobility around the globe, energy efficient applications of e-mobility and necessary prerequisites for a mobility transition and how embedding e-mobility solutions into the ASI framework generates multiple benefits for the sector’s sustainable transformation.
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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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Electric buses and integration into public transport systems
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Why we need Public Transport
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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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Integrating e-scooters into public transport
A look into how we can revolutionise how we get around, without pollution and without having to own a vehicle.
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Integrating all public and shared mobility options into a one-stop-shop
The public transport authority in Berlin launched a mobility app that integrates all public and shared mobility options into a one-stop-shop. Here's a look at understand the idea behind, and how the city implemented it.
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Shaping sustainable mobility in cities through micro-mobility
How have various micro-mobility companies changed mobility? A look into TIER's journey.
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Integrating e-scooters into public transport
The video looks into case of integrating e-scooters into public transport through a real life pilot project.
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Financing and procurement models for e-bus implementation: Santiago de Chile
The video focuses on economics of e-buses and highlights financing and procurement models for e-bus implementation.
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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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The Procurement and Commissioning Process
E-learning on the procurement and commissioning of e-buses.
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Optimised fleet operation
The video details how to optimise e-bus fleet operation.
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Key elements for a successful e-bus operation
Video highlights tools for e-bus management and optimisation, smart use of energy and customer-oriented service.
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System Specifications
How to design a system for an e-bus operation.
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Introduction to the development of e-bus operations
Introduction to the development of e-bus operations, system approach and a look into EU projects on e-buses.
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Part 4: Electric bus situation in Africa
How e-buses contribute to make public transport competitive and achieve sustainability in our cities. Part 4 highlights electrification of e-buses and integration into cities' public transport system with case studies in Europe.
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Part 3: Electric bus situation in Europe
How e-buses contribute to make public transport competitive and achieve sustainability in our cities. Part 3 highlights electrification of e-buses and integration into cities' public transport system with case studies in Europe.
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Part 2: Electric bus situation in Indonesia
How e-buses contribute to make public transport competitive and achieve sustainability in our cities. Part 2 highlights electrification of e-buses and integration into cities' public transport system with case studies in Indonesia.
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156
Part 1: Electric bus situation in China
How e-buses contribute to make public transport competitive and achieve sustainability in our cities. Part 1 highlights electrification of e-buses and integration into cities' public transport system with case studies in China.
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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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Part 2: Charging solutions for electric buses
Having closer look at Charging solutions for e-buses: Overnight charging system and opportunity charging system. After this lesson, you should be able to explain the benefits of different charging systems for e-buses.
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159
Part 1: Charging technologies for heavy-duty electric vehicles
Overview of charging technologies and charging approaches using real examples and use cases to have an understanding of various charging strategies and technologies.
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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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161
Quick guide to bus sector modernization
Focus on electric mobillity beyond electric cars and public transport challenges, what needs to be done.
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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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Instruments for financing sustainable urban mobility - international options
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Instruments for financing sustainable urban mobility - national options
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Instruments for financing sustainable urban mobility - local options
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Instruments for financing sustainable urban mobility
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E-mobility in SUMP
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Assessing e-mobility (Example from the Philippines)
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Mobility as a service
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Sustainable electric mobility
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Planning for public transport
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Understanding demand for active mobility - Part 2
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Understanding demand for active mobility - Part 1
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Modelling demand for active mobility - Part 2
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Modelling demand for active mobility - Part 1
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Planning for active mobility - Cycling
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Planning for active mobility - Walking
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Urban design and transport for low carbon cities
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A global overview: The sustainability challenge
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Introduction
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UVARs, LEZ and ZEZ as enablers for climate-neutrality
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Charging Infrastructure Planning in Public Areas
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Financing options for e-mobility
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National Urban Mobility Policies and Investment Programs
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Integrated Planning for E-mobility: emobility in SUMP
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Integrating Energy and Mobility - Needs, synergies and examples
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Integrating Energy and Mobility in low and middle income countries
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Social dimension of electric mobility
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Roles in e-mobility
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Getting e-mobility right: Opportunities and requirements (Part 2)
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Getting e-mobility right: Opportunities and requirements (Part 1)
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Regional context for electric mobility - Africa
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A global overview: the sustainability challenge
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Existing examples of smart microgrids
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Tools for Optimizing and Sizing Storage Systems
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Energy management systems (EMS) for the optimisation of the profitability of PV electricity self-consumption
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Climate-proofing, resilience and adaptation
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Smart grid integration models: The role of smart meters
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Technologies and smart micro-grid integration
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Introduction to smart micro grid systems
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Introduction to smart micro grid systems
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Post Course Survey
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Safe e-waste handling. Collection and disposal of e-waste
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Second life repurposing and recycling of Lithium-ion Electric Vehicle Batteries (Repurposing)
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Second life repurposing and recycling of Lithium-ion Electric Vehicle Batteries
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Second life battery management, maintenance and safety
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Second life batteries uses, in less demanding applications
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Circular design and the value chain
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Basics for second life batteries (SLB)
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Second life batteries uses, in less demanding applications
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Circular design and the value chain
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Basics for second life batteries (SLB)
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Providing information on energy
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Establishing village information spot (InfoSpot)
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Competence centre for connectivity and regional information
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Digital inclusion and sustainable development in rural regions
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Rural access to information
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Electric Mobility Business Models and Exploitation Pathways
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Cost-effective and suitable EV charging management
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Maintenance and Safety of Evs and batteries
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Retrofitting of fuel-based vehicles to EV and other
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Productive use cases in EV. Rural and Urban context
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E-mobility Planning and Implementation
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Introduction to E-mobility. E-mobility in the sustainable development paradigm
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Safety for clean cooking solutions
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Business models and delivery models for clean cooking solutions
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Suitable condition for waste to energy installations
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Installations, Operations, Maintenance for efficient Cook Stoves
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Installations, Operations, Maintenance for efficient Cook Stoves
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Installations, Operations, Maintenance for Biogas system
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Technology options for clean cooking solutions
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Sourcing and production or waste-to energy system
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Treatment of organic waste: Anaerobic Digestion
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Basic clean cooking concepts
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Solar PV system design exercise
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Suitable conditions for PV installations
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Solar energy application (productive use)
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Maintenance and Safety
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Installation and operation of solar systems
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Sizing of solar electrification systems
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Basics for solar energy and PV systems
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Policy responses and conclusions from the Pilots
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Low Emission Zones in urban freight - examples from East Asian cities
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Test 1: Urban mobility transition
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Test 2: Living labs
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Test 3: Policy responses
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Test 3
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Test 1
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Test 4
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Test 5
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Test 6
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Test 3
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Test 2
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Lesson 7 Solar PV design exercise quiz
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Lesson 1: Basics for solar energy and PV systems Quiz
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Lesson 3: Installations, Operations of solar PVs Quiz
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Lesson 2 Quiz: Sizing of solar electrification systems
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Lesson 4: Maintenance and Safety of solar PVs Quiz
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Lesson 5: Solar energy application Quiz
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Lesson 6: Suitable conditions for PV installation Quiz
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Test 1
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Test 1: Basics for solar energy and PV systems
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Test 2: Sizing of solar electrification systems
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Test 3: Installation and operation of solar systems
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Test 4: Maintenance and Safety
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Test 5: Solar energy applications (productive use)
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Test 6: Suitable conditions for PV installations
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Test 7: Solar PV system design exercise
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Test 1: Basic clean cooking concepts
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Test 2: Treatment of organic waste: Anaerobic Digestion
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Test 4: Technology options for clean cooking solutions
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Test 6: Safety for clean cooking solutions
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Test 7: Suitable condition for waste to energy installations
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Test 8: Business models and delivery models for clean cooking solutions
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Test 1: E-mobility Planning and Implementation
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Test 2: Productive use cases in EV. Rural and Urban context
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Test 3: Retrofitting of fuel-based vehicles to EV and other
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278
Test 4: Maintenance and Safety of Evs and batteries
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Test 5: Cost-effective and suitable EV charging management
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280
Test 6: Electric Mobility Business Models and Exploitation Pathways
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281
Test 4: Providing information on energy
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Test 2: Competence centre for connectivity and regional information
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Test 3: Establishing village information spot (InfoSpot)
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Test 1: Digital inclusion and sustainable development in rural regions
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Test 1: Basics of Second-Life Batteries (SLB)
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Test 2: Circular Design and the Value Chain
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Test 3: Second-life batteries uses, in less demanding applications
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Test 4: Second-Life Battery management, maintenance and safety
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Test 5: Recycling and Repurposing
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Test 6: Safe e-waste handling
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Test 6: Existing examples of smart microgrids
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Test 4: Energy managment systems (ESMs) for the optimization of the profitability of PV electricity self-consumption
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Test 3: Climate proofing sustainable energy solutions
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Test 5: Tools for Optimizing and Sizing Storage Systems
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Test 2: Smart grid integration models
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Test 1: Technologies and smart grid integration
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2.1. 1 Test 1: Planifier le transport public (Partie 1)
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M2.1.2 Test 2: Gouvernance (Part 1)
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M2.2.1. Test 4: BRT (Partie 1)
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M2.2.2. Test 3: STIs
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2.3.1 Test 5: Permettre l’intermodalité (Partie 1)
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2.3.2 Test 6: Intégration physique et pôles d’échanges multimodaux (Partie 1)
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2.3.3 Test 7: Intégration tarifaire et billettique (Partie 1)
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304
2.4.1 Test 8: Bus électriques – Technologies et stratégies de recharge
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2.4.2 Test 9: Bus électriques – Coûts, modalités d’acquisition et opérations
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Electrification of Public Transport
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Test 3: M3.1.3
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Test 6: M3.1.7 (Partie 1)
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Test 7: M3.2.1
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Test 8: M3.2.2 (Partie 1)
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Test 9: M3.2.3
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Test 10: M3.3.1
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Paratransit Electrification Quiz 1
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Paratransit Electrification Quiz 3
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315
Paratransit Electrification Quiz 2
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Paratransit Electrification Quiz 4
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MaaS and ITS: Quiz 1
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MaaS and ITS: Quiz 2
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319
MaaS and ITS: Quiz 3
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320
ElectricMobility: Quiz 4
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321
ElectricMobility: Quiz 3
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322
ElectricMobility: Quiz 1
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323
ElectricMobility: Quiz 2
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MaaS and ITS: Assignment 2 -
325
Maas and ITS: Assignment 1
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326
Assignment 4: Developing an Electrification Strategy for Paratransit Systems
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Assignment 2: Creating a Comprehensive E-Paratransit Strategy
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328
Assignment 3: Developing a Stakeholder Engagement Framework
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Assignment 1: Strategic Analysis for Paratransit Electrification
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330
Test 8: M3.2.2 (Partie 2)
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331
Test 6: M3.1.7 (Partie 2)
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Test 5: M3.1.6
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Test 4: M3.1.5
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Test 2: M3.1.2
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Test 1: M3.1.1
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Africa needs more public trannsportation
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337
2.3.2 Test 6: Intégration physique et pôles d’échanges multimodaux (Partie 3)
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338
2.3.1 Test 5: Permettre l’intermodalité (Partie 3)
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339
2.3.3 Test 7: Intégration tarifaire et billettique (Partie 2)
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340
2.3.2 Test 6: Intégration physique et pôles d’échanges multimodaux (Partie 2)
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2.3.1 Test 5: Permettre l’intermodalité (Partie 2)
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M2.2.1 Test 4: BRT (Partie 2)
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2.1 .1 Test 1: Planifier le transport public (Partie 2)
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344
M2.1.2 Test 2: Gouvernance (Part 2)
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345
Essay: Paratransit services
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346
Essay: Accelerating Electric Vehicle Battery Recycling
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347
Prepare a short presentation to a client of your solution to transform public transport through electrification
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348
Essay: Key elements of e-bus implementation
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349
Essay: Barriers for public transportation electrification
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350
Assignment 4: Sustaining E-Mobility
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351
Assignment 2: Implementing e-mobility
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352
Reading Assignment
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353
Assignment 1: A Short essary on Electric Mobility
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354
Reading Material
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355
Additional Reading
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356
Reading Material for Week 4
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357
Reading Material for Week 1
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358
Reading Material for Week 3
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359
Reading material for Week 2
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360
Additional Reading for Week 4
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361
Additional videos for further information
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362
Additional Reading for Week 3
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363
Additional Reading for Week 2
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364
Additional videos for further information
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365
Additional Reading for Week 1
We have curated a list of selected reading material for you to read to get more perspective on electric mobility.
