School of Industrial and Management - ITM ITM characteristics Very attractive education with roughly ¼ of all KTH education Research and research education with high impact on industry and society Jan Wikander Dean of School The sustainability challenges are always in focus Taking the lead in innovation and entrepreneurship Research areas & departments Some ITM statistics (2012) Material science and engineering Machine design Production engineering Energy technology Industrial engineering and management mechanical engineering (Campus Södertälje) Employees: 520 Professors: 52 Associate professors: 44 Assistant professors: 4 Researchers: 31 PhD students: ~200 (fully active)
5-year MSc programs 2-year MSc programs Design and product realization Energy and environment Industrial and management Mechanical engineering design and engineering BSc level in Swedish MSc level in English Academic year 2013/14: 39% of admitted students are female Economics of Innovation and Growth Science Design Industrial Management Integrated Product Design Production and Management Sustainable Energy A few examples of ITM Research centers Example of center performance (within Material ) The Swedish Faculty for Design Research and Research Education D! Quoting 2011 VINNOVA evaluation report of HERO-M: Centre of Excellence for Innovation Studies CESIS Competence Center Gas Exchange CCGEx Design and Management of Manufacturing Systems DMMS Innovative Centre for Embedded Systems ICES Product innovation Program PIE-p VinnExcellence center for Hierarchic engineering of industrial materials HERO-M CESIS CCGEx The Centre is achieving excellent research results. Indeed it is in a world-leading position for development of the science-based engineering tools and their transition to industry. No other group around the world has done this so well For the kind of things it is doing, the Centre is world leading, not just in science but also in the transition of its key findings to industry R&D in Refrigerator and Heat Pump EFFSYS
ITM School Board Material Head of department Professor Du Sichen Process / Process design Process Metallurgy Pär Jönsson Micro Modelling Du Sichen Energy and Furnace Weihong Yang Casting of Metals Michael Vynnycky Structure / design MSE Leading Computational Thermodynamics Malin Selleby Physical Metallurgy John Ågren Physics Levente Vitos Multiscale Modelling Natalia Skorodumova Property / function Mechanical Metallurgy Stefan Jonsson Pavel Korzhavyi Physics Liubov Belova New professors Multi length scale engineering approach Atomic level simulation Continuum models Fundamental models Phenomenological models design Malin Selleby 2012 Lyuba Belova 2013 Annika Borgenstam 2014 Natalia Skorodumova 2011 Ab-initio TEM SEM LOM Phase field FEM
AMP during 2000-2014 Design Performance Physics P. Korzhavyi 2012- Structure Properties B. Johansson Process L. Vitos 2013- N. Skorodumova 2013- Physics Multiscale Modelling New discoveries New possibilities Development time for new materials can be decreased from 10-20 years to 3-4 years. Genome databases ICME - Integrated Computational models Energy Head of department Professor Software platform for materials by design supported by ICME design method
The Vision of Dept Energy To contribute to a sustainable future by inspired teaching and world class research in innovative energy technologies and energy systems. Internationalmaster programs 2-year MSc programs: SEE: Sustainable Energy ISEE: Innovative and Sustainable Energy (Nordic MSc) *SELECT: Environomical Pathways to Sustainable Energy Systems (InnoEnergy, Mundus) *THRUST: Turbomachinery Aeromechanics University Training (Mundus) ME3: Management and of Environment and Energy (Mundus) RENE: Renewable Energy (InnoEnergy) *coordinator Energy Systems Analysis within KTH Architecture and Built Environment Biotechnology Computer Electrical Sciences desa: unit of Energy Systems Analysis Mathematical, technology, environmental, economic modelling of the energy and resources systems to support decision makers. Information and Chemical Industrial and Management and health Education and Communicatio n in Eng Science Energy (EGI) thermodynamics and refrigeration (ETT) Per Lundqvist Heat and power technology (EKV) Torsten Fransson Energy and Climate Studies (ECS) Semida Silveira Energy Systems Analysis (ESA)
Energy and Climate Studies within KTH Architecture and Built Environment Biotechnology Computer Electrical Sciences Research themes at ECS Information and Chemical Industrial and Management and health Education and Communicatio n in Eng Science Bioenergy systems Energy (EGI) Energy access Energy systems efficiency Urban sustainability Semida Silveira thermodynamics and refrigeration (ETT) Per Lundqvist Heat and power technology (EKV) Torsten Fransson Energy and Climate Studies (ECS) Semida Silveira Energy Systems Analysis (ESA) Energy and climate policy Heat and Power HPT Focus Areas Torsten Fransson Architecture and Built Environment Information and thermodynamics and refrigeration (ETT) Per Lundqvist Biotechnology Chemical Heat and power technology (EKV) Torsten Fransson Computer Industrial and Management Energy (EGI) Electrical Energy and Climate Studies (ECS) Semida Silveira and health Sciences Energy Systems Analysis (ESA) Education and Communicatio n in Eng Science Polygeneration (Assoc. Prof. Anders Malmquist) Turbomachinery (Prof. Torsten Fransson) Fuel Cell (Docent Bin Zhu) Biofuels & Thermochemical Conversion (Prof. Andrew Martin) Thermal Energy Storage (Assoc. Prof. Viktoria Martin) Concentrating Solar Power (Assoc. Prof. Björn Laumert) Life-long Learning (Prof. Torsten Fransson)
Outstanding Lab Facilities (ca 700 m 2 ) Thermodynamics and Refrigeration Turbine flutter test facility Architecture and Built Environment Biotechnology Computer Electrical Sciences Information and Chemical Industrial and Management and health Education and Communicatio n in Eng Science Energy (EGI) 3D coolant flow and velocity measurements Rotating test Time-resolved 3D Laser velocimetry turbine Per Lundqvist thermodynamics and refrigeration (ETT) Per Lundqvist Heat and power technology (EKV) Torsten Fransson Energy and Climate Studies (ECS) Semida Silveira Energy Systems Analysis (ESA) Björn Palm Research areas: KTH ROYAL INSTITUTE OF TECHNOLOGY KTH ITRL- KTH Integrated Transport Research Lab Heat pumping technologies: - Refrigeration systems, Heat pumps, AC systems Heating and ventilation - Indoor climate, Green buildings, Smart Buildings and Cities System simulation - Simulation of supermarkets, buildings, neighborhoods Renewable energy - Integration of PV in built environment, system studies. Heat transfer - Compact heat exchangers, Cooling of electronics, Two-phase flow
KTH faculty 400+ Transport Researchers Vision: European Centre for Integrated Research and Demonstration of Sustainable Transport Systems Services Infrastructure Vehicle concepts Vehicle Faculty funds for transport research Infrastructure ITS Schools, Departments, Research groups Policies & Frameworks Policies Society Thank You!