ultimately our vision is about using science to make a difference in the world
DESCRIPTION
GRAND CHALLENGE. GRAND CHALLENGE. Ultimately our vision is about using science to make a difference in the world. GRAND CHALLENGE. GRAND CHALLENGE. GRAND CHALLENGE. GRAND CHALLENGE. Our Driving forces : ENTREPRENEURSHIP ・ INNOVATION ・ SUSTAINABLE FUTURE. - PowerPoint PPT PresentationTRANSCRIPT
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Ultimately our vision is about using
science to make a difference in the
world.
GRAND
CHALLENGE
GRAND
CHALLENGE
GRAND
CHALLENGE
GRAND
CHALLENGE
GRAND
CHALLENGE
GRAND
CHALLENGE
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Our Driving forces:
ENTREPRENEURSHIP ・ INNOVATION ・ SUSTAINABLE FUTURE
BASIC SCIENCES
(The roots of scientific understanding)
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Built Environment
Information & Communication Technology
Materials Science
Life Science
ProductionNanoscience & Nanotechnology
Transport Energy
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[Chalmers’ terminology]; an area of interaction between
research, innovation and education at Chalmers resulting
in scientific excellence and
a potential to improve sustainability.
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• International alliances • Impact on society• Interaction across the knowledge
triangle• Meetings across boundaries• Visibility and focus
SCIENTIFIC EXCELLENCE
VISION FOR EXCELLENCE
BUILT ENVIRONMENT
INFORMATION & COMMUNICATION TECHNOLOGY
MATERIALS SCIENCE
LIFE SCIENCE
PRODUCTION
NANOSCIENCE & NANOTECHNOLOGY TRANSPORT
ENERGY
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INTERACTION ACROSS THE KNOWLEDGE TRIANGLEThis form of interaction provides Chalmers with a vital and continuous supply of knowledge, competence and partners.
RESEARCH EDUCATION
INNOVATION
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The Chalmers model is a powerful instrument facilitating both operational and strategic working processes. This freedom enables each Area of Advance to perform to its greatest potential.
STRATEGIC
STEERING
FIEL
DS O
F ED
UCAT
ION
AR
EA O
F A
DVA
NC
E
DEPARTMENTS ・ A&S
A UNIQUE MODEL
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Each Area of Advance is an open meeting place where various parties can work together for a common solution – crossing the boundaries of academia, industry and society.
MEETINGS ACROSS BOUNDARIES
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With excellence in research and education as our currency, the Areas of Advance reinforce the university’s collaboration with partners all over the world. Attracting further opportunities to excel.
INTERNATIONAL INTEGRATION
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Competence
Each area provides a hub of competence to achieve a common goal.
HOW THIS WORKS:
Department
Department Competence
Department Department
Competence
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Projects
Projects
AN AREA OF ADVANCE OVERVIEW
Projects
Projects
Projects
Projects
Projects
Excellence profile
Active field
Active field
Active field
Excellence profile
Active field
Active field
Excellence profile
Active field
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LEADERS
Vice President,
Areas of Advance
Anne-Marie Hermansson
Nanoscience &
Nanotechnology
Jari Kinaret
Information &
Communication
Technology
Jan Grahn
Transport
Anna Dubois
Materials Science
Krister Holmberg
Life Science
Jens Nielsen
Production
Rickard Söderberg
Energy
Thore Berntsson
Built Enviroment
Nina Ryd
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BUILT ENVIRONMENT OVERVIEW
BASIC SCIENCE
INFRASTRUCTURE STRATEGIC PLANNING AND PROCESSES
ENERGY IN BUILDINGS SMARTGEOMETRY HEALTH IMPACT
Infrastructure for sustainable
mobility & transport
Infrastructure for water and energy supply
Management and organization of large infrastructure projects
Indoor climate
Energy use and technology integration
in buildings
The building as a system
Value driven design and briefing
Project management
Regional and Urban planning
Building physics
Advance construction
Parametric Design Multi-scale modeling Demography
EXCELLENCE PROFILES
AC
TIVE
FIE
LDS
EMERGING PROFILES
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Built Environment has links to several of the other Areas of Advance, in particular Energy, Production, and Transport. A prime example is the profile Energy in Built Buildings which is shared with the Area of Advance - Energy. Another example is the initiative of Future Urban Transport taken by the Area of Advance -Transport.
ENERGY
TRANSPORT
BUILT
ENVIRONMENT
PRODUCTION
INFORMATION
AND
COMMUNICATION
TECHNOLOGY
LIFE SCIENCE
MATERIALS
SCIENCE
NANOSCIENCE
AND NANO-
TECHNOLOGY
LINKS TO OTHERAREAS OF ADVANCE
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HEAT AND POWER GENERATION
COMBUSTION AND GASIFICATION
MATERIALS FOR ENERGY
CONVERSION/ APPLICATION
TRANSPORT SYSTEMS AND
INFRASTRUCTURE
BUILDINGS – ENERGY USE AND
EFFICIENCY
INDUSTRY – ENERGY USE AND
EFFICIENCY
ENERGYSYSTEMS
Smart Grids
Wind Power
Energy Storage
Solar Heating and
heat pump
Technologies
Nuclear Physics &
Chemistry
Fusion
Biomass gasification
Carbon capture
technologies
Combustion and
corrosion using
biomass and
waste fuels
Materials for energy
conversion
Materials for energy
storage
Materials for energy
production
and transfer
Combustion engines
research
Renewable fuels
Electric and hybrid
vehicles
Sustainable transport
solutions
Construction and
management processes
Energy use and
technology integration
in buildings
The building as a
system
Process technologies
Industrial biorefineries
Energy efficiency
and process integration
Global sustainable
systems and bridging
technologies
Technology impact
assessment and
innovating processes
Local and regional
energy systems
planning
EXCELLENCE PROFILES
ENERGY OVERVIEW
BASIC SCIENCE
AC
TIVE
FIE
LDS
Applied Mechanics Applied Mathematics
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TRANSPORT
MATERIALS
SCIENCE
ENERGY
NANO SCIENCE
AND
NANO-
TECHNOLOGY
INFORMATION
AND
COMMUNICATION
TECHNOLOGY
LIFE SCIENCE
Co-operation in Swedish Hybrid Vehicle Centre - efficient engines, new power trains and technology for electric vehicles
Alternative fuels with regard to production and use
Basic photovoltaic research for efficient technology and materials
Research on high temperature corrosion for efficient energy production and industrial processes.
Efficient batteries/energy storage and solar cells
Catalysis and catalysts for sustainable energy systems
Development of sustainable energy efficient products and production systems for manufacturing and process industry
Energy efficiency and energy technologies in buildingsLINKS TO OTHER
AREAS OF ADVANCE
Biofuels and biochemicals
PRODUCTION
BUILT
ENVIRONMENT
Energy efficient wireless communication
Smart Grids
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Applied chemistryApplied mathematicsBasic science
SYNTHETIC
BIOLOGY
FERMENTATION
TECHNOLOGY
MATHEMATICAL
BIOLOGY
FOOD AND
NUTRITIONBIOENGINEERING
Metabolic Engineering
Macromolecular Interactions
Food Availability
Synthetic Organelles Evolution
Bioinformatics
Metabolic Models
Enzyme Technology
Biopharmaceuticals
Biofuels andBiochemicals
Nutrition
Food Processing and Bioavailability
Bioactive Foods
Tissue Engineering
Medical Technology
Pathway Modeling
LIFE SCIENCE OVERVIEW
BASIC SCIENCE
EXCELLENCE PROFILES
AC
TIVE
FIE
LDS
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ENERGY
MATERIAL
LIFE SCIENCE
BUILT
ENVIRONMENT
INFORMATION
AND
COMMUNICATION
TECHNOLOGY
PRODUCTION
TRANSPORT
NANOSCIENCE
AND NANO-
TECHNOLOGY
Biofuels and biochemicals
Macromolecular Interactions
Synthetic Organelles
Medical Technology
Tissue Engineering
LINKS TO OTHERAREAS OF ADVANCE
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EXCELLENCE PROFILES
ANTENNA SYSTEMS
MICROWAVE TECHNOLOGIES PHOTONICS COMMUNICATION
SYSTEMS
PARALLEL & DISTRIBUTED
SYSTEMS
SOFTWARE ENGINEERING
& TECHNOLOGY
Space & defence & security
Energy & environment
Infotainment,media
Life science
Telecommunications
INFORMATION AND COMMUNICATION TECHNOLOGY OVERVIEW
BASIC SCIENCE
AC
TIVE
FIE
LDS
Transport & vehicles
Infotainment,media
Component suppliers
Software tools & production
Component suppliers
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LINKS TO OTHERAREAS OF ADVANCE
ENERGY ENERGY
MATERIALS
SCIENCE INFORMATION
AND
COMMUNICATION
TECHNOLOGYTRANSPORT
NANOSCIENCE
AND
NANO-
TECHNOLOGY BUILT ENVIRONMENT
PRODUCTION
LIFESCIENCE
Bottom-up nanoelectronics
Smart buildings with ICTPackaging and productionfor electronics & photonics
New materials for electronics and photonics
Smart grid Green wirelessEnergy-efficient computing infrastructuresLow-power electronic components and design
eHealth
Antennas for medical diagnostics and treatment
Sensors, communications, and signal processing for vehicles and transportation
Safety critical automotive software
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SUSTAINABLE VEHICLES AND FUELS
TRANSPORT EFFICIENCY & CUSTOMER ADAPTED
LOGISTICSTRAFFIC SAFETY
Efficient powertrains
Vehicle concept development
Vehicle operation and control
Demand for transport services
Interplay and interfaces
Supply of transport services
Traffic analysis
Accident prevention
Injury prevention
TRANSPORT OVERVIEW
BASIC SCIENCE
EXCELLENCE PROFILES
AC
TIVE
FIE
LDS
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ENERGY
TRANSPORT
PRODUCTION
LIFE SCIENCE
MATERIALS
SCIENCE
NANOSCIENCE
AND NANO-
TECHNOLOGY
Sustainable Vehicles and Fuels
Production Logistics/Demand for transport services
Intelligent transport systems
Future Urban Transport
LINKS TO OTHERAREAS OF ADVANCE
ENERGY
INFORMATION
AND
COMMUNICATION
TECHNOLOGY
BUILT
ENVIRONMENT
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BASIC SCIENCE
MATERIALS FOR HEALTH
SUSTAINABLE MATERIALS
MATERIALS FOR ENERGY
APPLICATIONS
EXPERIMENTAL METHODS
THEORY AND MODELLING
Tissue and cellengineering
Materials forpharmaceuticals and
personal care
Materials forbiosensing
Energy conversion
Energy storage
Energy supply andenergy transfer
Reduction ofenvironmental impact
through materials research
Recycling and long term behavior
of materials
Materials fromrenewable raw
materials
Infrastructure fornew materials
synthesis
Instrumentation projects at
large scale facilities
Advanced characterization tools
and methods
Multi-scale modeling Ab-initio modelling
MATERIALS SCIENCE OVERVIEW
EXCELLENCE PROFILES
AC
TIVE
FIE
LDS
Materials forfood technology
Multi-scale modeling Nano-scale modelling
Multi-scale modeling
Macro/meso scalemodelling
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MATERIALS
BUILT
ENVIRONMENT
INFORMATION
AND
COMMUNICATION
TECHNOLOGY
NANOSCIENCE
AND NANO-
TECHNOLOGY
Materials for Energy Applications
ENERGY
LINKS TO OTHERAREAS OF ADVANCE
LIFE SCIENCE
TRANSPORT
PRODUCTION
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NANOPHYSICS NANOCHEMISTRYNANOBIOPHYSICS
Quantum nanodevices
Nanoelectronics
Molecular nanoelectronics
Nanosensors
Nanofluidics
Nanomaterials
Molecular nanoelectronics
Nanoimaging
Nanoelectromechanics
Nanocatalysis
Nanomaterials
Nanooptics
NANOSCIENCE AND NANOTECHNOLOGY OVERVIEW
EXCELLENCE PROFILES
BASIC SCIENCE
AC
TIVE
FIE
LDS
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INFORMATION
AND
COMMUNICATION
TECHNOLOGY
MATERIAL
NANOSCIENCE
AND NANO-
TECHNOLOGY
BUILT
ENVIRONMENT
TRANSPORT
PRODUCTION
LIFE SCIENCE
ENERGY
Nanoelectronics
Nanocatalysis
Nanosensors
Nanomaterials
LINKS TO OTHERAREAS OF ADVANCE
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SUSTAINABLE MANUFACTURING
PROCESSES
SUSTAINABLE PRODUCT
DEVELOPMENT
SUSTAINABLE PRODUCTION
SYSTEMS
Components manufacture
Process modelling and materials behaviour
Micro-fabrication Virtual production systems
Production system performance
Human and automation optimisation
Virtual assembly and disassembly simulation and
planning methods
Environment strategic product and production development
and recycling
Sustainable product lifecycle platforms
Virtual robust design and simulation
PRODUCTION OVERVIEW
BASIC SCIENCE
EXCELLENCE PROFILES
AC
TIVE
FIE
LDS
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LINKS TO OTHERAREAS OF ADVANCE
Our research is fundamentally based on science in mathematics, physics and/or chemistry and reaches across other Chalmers Areas of Advance:
ENERGY
TRANSPORT
BUILT
ENVIRONMENT
INFORMATION
AND
COMMUNICATION
TECHNOLOGY
LIFE SCIENCE
MATERIALS
SCIENCE
NANOSCIENCE
AND NANO-
TECHNOLOGY
PRODUCTION