1. Transitions Towards Smart Sustainable
Cities
Project examples, ICT, Stakeholders, Climate Action
Guest lecture in AAR4821 – Sustainable Facilities
Management
Dirk Ahlers
Smart Sustainable Cities Group, Department of
Architecture and Planning, NTNU
https://www.ntnu.edu/employees/dirk.ahlers
https://www.ntnu.edu/smartcities
2. 2
What is a Smart City?
• Technology?
• ICT?
• Data?
• Smarter Planning?
• Smarter Operation?
• Smarter Organization?
• Smarter People?
3. 3
UN 2030 Agenda for Sustainable
Development
[http://www.un.org/sustainabledevelopment/sustainable-development-goals/
http://www.undp.org/content/undp/en/home/sustainable-development-goals/goal-11-
sustainable-cities-and-communities.html]
5. 5
Smart City Evolution
City Evolution, City Systems Evolution
Technological
constraints
and
opportunities
City needs
and strategy
External and
internal
constraints,
options,
changes
[adapted from ITU-T, Setting the framework for an ICT architecture of a smart sustainable city (SSC-0345), 2015]
System & Architecture
Evolution and
Adaptation,
Development and
Maintenance
Urban Renewal, City
Development, City
Redevelopment, Urban
Innovation
Smart City Co-Evolution
City ICT
6. 6
Smart City Stakeholders, context,
partnerships
Smart City
Company
1
Real
Estate
Company
4
Company
...
Academia
Municipality
National
Actors
City
networks
European
Actors
Company
3
Citizens
Technological solutions do
not operate in a vacuum. Civil
Society
7. 7
Quadruple Helix Innovation Model
• Method used in Innovation,
Urban Planning/Development,
Citizen engagement
• Co-Creation and Open
Innovation
• Involvement and collaboration
of relevant actors
• Structural changes beyond
any one segment
• Smart city means involvement
of all stakeholders in urban
innovation, knowledge
sharing, collaboration
Participatory
Innovation
Industry
Academia
Civil Society
Government
[EU Digital Single Market: Open Innovation2.0 https://ec.europa.eu/digital-single-market/en/open-innovation-20]
14. 14
What we do
• Smart City development and research projects
• Interdisciplinary, spanning multiple departments and faculties
• Labs, workshops, equipment, testbeds, networks, living labs
• Support for projects, prototyping, students, theses, …
• Work in the context of
– Smart Cities
– Urban Computing
– Mobility Analysis
– Smart Mobility
– Visual Analytics
– Campus Analytics
15. 15
Examples
• +CityxChange – Smart Cities & Communities Lighthouse project
• Campus mobility
• Outdoor/indoor air quality
• Smart Hospitals (EBIM), logistics and optimization
• ZEB
• ZEN
• Smart Grids, Smart Metering, Smart Charging, energy use
• Internet of Things/Everything
• Big Data and Machine Learning
• Smart Parking, MaaS, smart transport planning, green transportation
• Water, waste, utilities, building stock measurements
16. 16
Example: Campus Guide: MazeMap
• Startup out of a Common project between Trådløse
Trondheim A/S, Information department NTNU,
Studieavdelingen, NTNU IT, NTNU Videre and IME NTNU
• Cisco WLAN-positioning on Campus and in the City
[http://mazemap.com/]
17. 17
“Campus Analytics”
• Range of applications on WiFi network
– WLAN indoor coverage on campus
• ‘Campus Analytics’
– Mobility data with high spatial and temporal
resolution
– Passive location sensing
– Device positions as proxy for people’s
locations
– Abstraction and processing layers
• Data cleaning/preprocessing
• Movement Extraction
• Building-graph extraction
• Visualization
[Visualizing a City Within a City — Mapping Mobility Within a University Campus. Dirk Ahlers, Kristoffer Aulie,
Jeppe Eriksen, and John Krogstie. Conference on Big Data and Analytics for Smart Cities. 2016.]
18. 18
Estimates are useful
[A mobile service using anonymous location-based data: finding reading rooms. Shang Gao, John Krogstie,
Trond Thingstad, Hoang Tran. International Journal of Information and Learning Technology, 32(1). 2015.]
19. 19
Applications
• Awareness and planning
support of building use
• Real-time availability of
rooms and facilities
• Connection to larger
mobility
• Bottlenecks
• Sustainable campus
• Scaling out
• Applications
• Sort of lab: Self-contained
campus is functionally
closed
23. Limerick · Trondheim · Alba Iulia · Písek · Sestao · Smolyan · Võru
+CityxChange
SCC1 Lighthouse Project for the
Development of Positive Energy Blocks
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 824260.
http://cityxchange.eu/
28. Structure for urban
innovation spaces
• Activate the innovation potential &
innovation ecosystem of a city
• City as a living lab
• Innovation Playgrounds
• Innovation Labs & Citizen
Observatories
• Physical & virtual
• City & Areas & Labs
Example: Trondheim
31. Bold City Vision Framework
City Strategy Transitions
[D3.1 Framework for Bold City Vision, Guidelines, and Incentive Schemes,
https://cityxchange.eu/knowledge-base/framework-for-bold-city-vision-guidelines-and-incentive-
schemes/ ]
33. 33
Known problem. Time is running out.
We need radical fast change from business as
usual!
[IPCC Report, Climate Change 2021, Summary for Policymakers, IPCC AR6 WGI, https://www.ipcc.ch/report/ar6/wg1/ ]
[https://www.esrl.noaa.gov/gmd/ccgg/trends/]
34. 34
How it can be solved is clear; the difficulty is to persuade
the human race to acquiesce in its own survival.
I cannot believe that this task is impossible.
Bertrand Russell: "The Atomic Bomb and the Prevention of War", Bulletin of
the Atomic Scientists, October 1946.
36. 36
Covid-19 brings a new focus on livability
Eden, Janine and Jim from New York City, Street Seating (50076249568), CC BY 2.0
Fabian Deter, Pop-up Radweg auf dem Kottbusser Damm in Berlin, CC BY-SA 4.0
37. 37
Takeaways
• Smart City is a multi-stakeholder transition process
• Make cities more livable, sustainable, understandable
• ICT is one (part of the) solution
• Address the climate crisis, make radical change
• “Do cool stuff that matters”
Smart Cities,
Sustainability,
Climate Action