Speaker: Aziz Zenasni, Director of Innovation, Luxembourg Institute of science and technology Algiers, June 2018

1. BEYONG LOOKING AT SMART CITIES,
ENVISION RESILIENT CITIES
Aziz Zenasni
Director of Innovation
Luxembourg Institute of Science and Technology

3. CITY AS AN ORGANIC SYSTEM
PRODUCTS
SERVICES
COMPANIES
PEOPLE
VEGETATION
BUILDINGS
INFRASTRUCTURE
ENERGY
HOUSING
RESOURCES
FOOD
HEALTHCARE
JOBSEDUCATION

4. FUTURE CHALLENGES OF THE CITY
•Migration
•Economic development
Growing
Urbanisation
Climate
change
•Drought
•Flood
•Earthquake
•Wildfire
•Energy consumption
•Resource consumption
•deforestation
•GHG
Environment
footprint
•Demographic growth
•Personal income
SUSTAINABILTY
RISKS
GROWTH

5. >75%
>400
- 10
X 10
OUR WORLD IN 2050 ?
Source: UN, OECD, EY report
GROWTH

6. Source: EMDAT-CRED, Brussels
Source: Reuters (Jakarta flood event Jan 2018)
FUTURE DISASTERS CANNOT BE PREDICTED
RISKS

7. RISKS

8. + 9 %
14 %
3 %
8 % 2 %
SUSTAINABILTY

9. Energy
Natural resources
Urban management
Living & Healthcare
Governance
Mobility
SMART
SUSTAINABLE
Smart Grids, IoE, energy efficiency
T&P management, RT tracking, V2V com,
easy payment
EV, Autonomous driving, Car-sharing
Multimodal transport
Fitness trackers, smart home,
Smart nutrition, Smart hospital & emergency
Renewable energies, Prosumers
Smart water, Smart agriculture Drinking water, depollution
Circular approach
Open data, e- ID, public services Inclusivness & collaboration
Elderly assistance,
Education, Smart diagnosis,
Circular approach,
user centred design, security,
Circular approach, user centred design,
security,
RESILIENT
A smart and sustainable city that can
absorb, adapt, transform and prepare in the context of increasing impact of natural and man-
made changes (environment footprint and Growth) and disasters (industrial and natural)

10. ENERGY
Renewables energies
Production
Recovery
Distribution
Storage
Smart metering
MOBILITY
Transport
Logistics
Driverless solutions
Lean approach
materials
Green mobility
BUILDINGS
Housing
Materials
Lean approach
Energy efficiency
renovation
BIM
FOOD
Smart agriculture
Lean distribution
Production pattern
Consumption pattern
INDUSTRY
Digitalisation
Skills training
Business models
Additive
manufacturing
Biobased materials
FINANCE
Fintech
Green finance
crowdfunding
Innovative finance
SMART ECONOMY
Digital for sustainability (Post Carbon economy) ; Digital &Ethics (Open sources, data protection, privacy, digital preservation)
CIRCULAR ECONOMY
Optimisation of resources and materials flows system; Resources efficiency – sharing economy
PROSUMERS & SOCIAL MODEL
New business models, sharing economy, crowd economy, Work organisation, skills, social and economic inclusion

11. Data analytics
Collection and
analysing Data
from multiple
databases
Collection and
analysing geospatial
data from social
media
Building/City
information Models
(BIM, CIM)
Geospatial
data
platform
integration
Modelling
and
optimisation
algorithms
for
simulation
Artificial
Intelligence
Advanced
visualisation
Techniques
Natural user
interface
Techno-market
assessment
Sustainability tools
based on life cycle
analysis approach
for technologies
and sustainable
cities
Design of
technology-based
solutions to
respond to decision
making
Development of
the solution
Test, measure,
learn
Implementation
of the solutions
User-centred approach
Collaborative decision
Business intelligence
Product development
Governance
Analytics
Collaboration
Assessment
Development
OUR APPROACH IN DEVELOPPING FUTURE CITY

12. Interoperable Decision
Support Platform
Multisource data
collection and analytics
Visualisation,
Communication and
exploitation platform

13. > Communications for crisis management (emergency.lu)
> Planification for humanitarian aid
> Floods management
> Land & forest monitoring
> Change detection
> Transport management (dangerous goods)
> Atmosphere parameters monitoring
> Biodiversity monitoring
NATURAL RISK MANAGEMENT

14. LUXEMBOURG PARIS VALENCIA VERONA
REFURBISHMENT CONVERSION RENOVATION ENLARGEMENT
GREEN LOGISTICS
ALGORITHMS DEVELOPMENT FOR OPTIMISATION AND
FORECASTING OF SUPPLY CHAIN MANAGEMENT OF
FREIGHT TRANSPORT
- Regulation
- Planning and cost
- Population density
- Raw materials consumption
- Traffic congestion and accidents
- Environmental footprint (noise, pollution)

15. WATER MANAGEMENT

16. URBAN PLANNING
Computational Design
and BIM for data-
driven city planning
Use case: Refugees
camps design in
collaboration with
Croix-Rouge

17. Prospective sustainability analysis
towards circular economy
Quantifying the sustainability of policies
and business decisions
Sustainable design of products
and technologies
Quantiying the lifecycle sustainability of
innovative products and technologies
Prospective risk assessment of
emerging substances
Science based assessment tools of toxicity
of emerging chemicals, nanomaterials
Policy
Industry
Technology
ECO-SUSTAINABILITY
Building SME (Materials, processes…)
CONNECTINGMultimodal mobility
EDA
Urban Planning
(refurbishment)
Pesticides & Nanoparticules
(Agrofarming)
Heat
Management
OPTIheat

18. WASTE MANAGEMENT
Real-time connectivity (ENERGY, TIME)
Material tracking and supply planification (ENERGY, TIME, MATERIALS, CO2)
Digital Lean Management (TIME, ENERGY, MATERIALS)
Collaborative planning (TIME)
30% time
delivery

19. Smart City is a strategy, Resilient City is a necessity
• Vision
• Governance
• Data
• Transparency
Resilient City relies on 4 pillars