SUSTAINABLE INFRASTRUCTURE AND MOBILITIES
Instructional goals
The objectives of the Course are in line with sustainable development goals 3, 4, 6, 7, 9 and 11 (Wellbeing, Education, Water, Energy, Innovation/Infrastructure, Sustainable Cities) of the United Nations 2030 Agenda. Investments in economic infrastructure (transport, logistics, energy, environment, water and technologies) and social infrastructure (hospitals, schools, culture, public and social housing) are crucial to achieving sustainable development and ensuring the inclusive prosperity of a country and its territorial communities.
In the first part of the semester, the course aims to provide students with an in-depth understanding of the typology, technological systems, investment and partnership models for the creation of infrastructures and forms of sustainable mobility, focusing attention on both demand and offer of services and infrastructures. This requires understanding the public and private investment models that influence system choices in the infrastructure and transport sector, as well as understanding the economic development dynamics and policies defined at global, supranational, national and local levels. In the second part, the course aims to focus attention on current and future challenges related to transport and mobility, energy and water network infrastructures, social infrastructures, also encouraging new innovative forms of mobility and the adoption of responsible industrial practices.
Prerequisites
No prerequisites are required to follow the teaching and take the exam
Intended learning outcomes
Students will acquire practical skills through projects and testimonials from leading sector companies, investment and development banks, public administrations, allowing them to apply the knowledge acquired in real contexts and to formulate creative and feasible solutions. Another crucial objective is to involve students in project activities to be developed with experts in infrastructure planning and financing, as well as in strategic urban and territorial planning, which consider economic and social infrastructures and sustainable mobility as a key element for a just technological and ecological transition of a country, a region, a city.
Course Contents
The course "Sustainable Infrastructure and Mobilities" offers an in-depth exploration of the most advanced methodologies and practices for developing sustainable infrastructure and mobility systems. Through a combination of interactive lectures, concrete case study analyses, and the execution of applied projects, participants will acquire crucial skills on innovative tools and effective policies for promoting eco-friendly transportation systems and resilient infrastructures. The curriculum covers a wide range of critical topics, including the design and implementation of low-impact public transportation, the adoption of sustainable construction practices, optimal management of natural resources such as water, and the development of smart networks to ensure an environmentally compatible and sustainable future.
Reference Books
- E.R. Yescombe and E. Farquharson, Public-Private Partnerships for Infrastructure - Principles of Policy and Finance,
- Modelli di condivisione: La mobilità sostenibile dallo sharing al metaverso. Luiss University Press
- Dauncey, E., Desai, V., & Potter, R.B. (Eds.). (2024). The Companion to Development Studies (4th ed.). Routledge.
list being updated
Teaching Methods
- Lecture
- In-class discussion and presentations
- Practitioners' Guest Lectures
- Group project work
Assessment Method
Assessment
-20% final interview
-80% enquiry based (20% attendance, 20% co-creation, 20% group project work, 20% individual presentation)
Thesis assignment criteria
Deep interest in the subject.
Week 1
Presentation of the course and the class.
One third of CO2 emissions come from the transport sector. It is, therefore, necessary that any sustainable development strategy starts from interventions that affect the transport sector both in terms of services and infrastructures. Practioner's Guest Lecture
Week 2
The context of mobility in Italy:
- Urban mobility planning: cities 15 minutes away, tactical urban planning, urban redesign, PUMS
- Planning and managing sustainable urban mobility: studies and evaluations on generated mobility and urban mobility plans
- CO2, energy and public space : social, environmental and economic consequences of mobility
-Democratic mobility: gender, age, disability
Travel methods:
- Types of local transport (TPL, TAXI, sharing)
- Governance
- "walkable" cities: pedestrians and public space
- Cycling and local individual mobility systems
- TPL and mobility sustainable
- Local vehicular traffic management: ZTL, LEZ, 30km/h roads, local road safety plans, sharing
Practioner's Guest Lecture
Week 3
Typologies, Systems, and Technologies for Economic, Environmental, and Social Infrastructures.
Week 4
Infrastructures
-Infrastructures for mobility management. Smart roads, pricing systems and smart controls.
- Infrastructures serving electrification (fast and traditional charging infrastructure, Vehicle 2 Grid)
- infrastructures that look to the future (VTOL)
- Geopolitics of batteries
- Infrastructures and PNRR
Practioner's Guest Lecture
Week 5
Investment models and partnership models for economic, environmental and social infrastructures.
Week 6
The cities of tomorrow: from the vision of the city to the actual tools for planning interventions.
-Sustainable Urban Mobility Plans (outlines of the institute and national overview of the state of implementation)
-relationships between PUMS and other programming tools available to local administrations
-Smart cities
Successful tools for the transformation of city mobility
Mobility data
- Economy and mobility: how much the transformations of our mobility systems cost and how they are financed
- The governance of mobility demand
- The process of planning mobility and city infrastructure through.
Practioner's Guest Lecture
Week 7
Energy infrastructures are fundamental to the functioning of modern society, encompassing electrical grids, generation plants, and infrastructures for renewable energy, such as renewable energy communities. They face challenges such as energy efficiency and grid resilience, while new technologies and innovations are transforming the sector towards a more sustainable future.
Week 8
Sharing mobility. Sustainable mobility services, operators and regulations.
- Framework of sharing mobility
The types: - Carsharing - Bikesharing - Scooter-sharing - Scooter-sharing - Carpooling
-The management of sharing services by the Administrations between the public contracts code and "atypical" forms of authorization. The difficult search for identity for sharing mobility among services of public interest.
-Planning, tenders and controls
-The executive/implementation phase
Practioner's Guest Lecture
Week 9
Water and environmental infrastructures, with a focus on their importance, the technologies employed, and the challenges in the sustainable management of water resources and ecosystems. The lesson will examine case studies of innovative projects and strategies to address environmental challenges.
Week 10
The legislation and public policy of sustainable mobility
- The most recent reforms of the Highway Code
- The current debate: towards a new regulation
Practioner's Guest Lecture
Week 11
ocial infrastructures are essential structures and services that support the well-being and quality of life of people within a community. They include schools, hospitals, libraries, sports facilities, social care centers and housing. These infrastructures are fundamental for promoting education, health, safety, social inclusion, and community cohesion.
Week 12
Mobility as a service thanks to technology. Mobility as a Service (MaaS):
- MaaS as an intermediate stage in the evolution of mobility under the impetus of digital platforms. State of the art and development prospects
- MaaS operators
- Collaboration and synergies with cities
- PNRR and regional funding
The figure of the Mobility manager and the Home-Work Travel Plan
-current legislation and the role of the Mobility Manager
-Home-work travel plan
-The design phases
-The benefits for the employee, the company and the community
Practitioner's Guest Lecture