School of Electrical Engineering

School of Electrical Engineering

EE facts and figures in brief 358 employees: 31 professors, 70 teachers 12 departments and 2 strategic research centres 1, 200 students: 730 Master s students, 270 BSc students, 200 Doctoral students 5 master s programmes 2 Erasmus Mundus programmes 2 EIT master s programmes 1 doctoral programme KTH School of Electrical Engineering www.ee.kth.se

Our dynamic laboratories Automatic Control Communication Networks Communicaton Theory Electric Power Systems Electric Energy Conversion Electromagnetic Engineering Fusion Plasma Physics Industrial Information and Control Systems Microsystem Technology Signal Processing Sound and Image Processing Space and Plasma Physics KTH School of Electrical Engineering www.ee.kth.se 3

Income Figures for 2010 KTH School of Electrical Engineering www.ee.kth.se

Research in figures 25 % of KTH s total EU funding 33 % of KTH s total funding from the Swedish Research Council Researchers are active in 80 EU projects Operations: 85% research, 15% education KTH School of Electrical Engineering www.ee.kth.se

Education

From bachelor to master s degree KTH School of Electrical Engineering www.ee.kth.se

Student projects Improving society long before graduation

Engineering practice from year one First year students during the electro project using a bicycle to run TV and measure body efficiency here reaching 22 %. Electrical Engineering students running tests in the Electrical Power Lab at the School of Electrical Engineering. KTH School of Electrical Engineering www.ee.kth.se

Elektroprojekt I & II Elektroproject I Year 1 Steganalys Wireless networking and Androids - Analysis of signalstrength measurements Direction-of-Arrival Estimation Hur gör man en amperemeter i rymden Kraftförsörjningssystem för en satellit Plasmadiagnostik med elektrostatiska prober i Extrap T2R Styrbart permanentmagnetbaserat fästdon för mekaniska manöverarmar Team 1 - Segway_race_12 Team 2 - Segway_race_12 Vindkraft KTH School of Electrical Engineering

Electroproject II Project course year II Design and build a speaker using a given magnet The main courses targeted is: Electromagnetic Field Theory, Wave Propagation and Antennas, Signals and Systems part I & II, and Electrical Measurements. KTH School of Electrical Engineering

Bachelor thesis projects In swedish. 7 olika kontext. Dessa är: A. Projekt månbas B. Räddningspersonal i kris/katastrof kommunikation och lokalisering C. Framtidens energibärare D. The smart building E. Sondraketexperiment F. Förstudie av vindkraftparken Udden G. Networked secure remote navigation KTH School of Electrical Engineering

Educational programmes Electrical Engineering programme (5 years) Electrical Engineering programme (3 years) Six master s programmes (2 years) Electrical power engineering Electro physics Network services and systems Nuclear Fusion science and engineering physics (Erasmus mundus programme) Smart Electrical Networks and Systems SENSE (EIT) Systems, control and robotics Wireless systems Doctoral programme in Electrical Engineering (5 years) KTH School of Electrical Engineering www.ee.kth.se

1,200 students 43 nationalities Bachelor students 23 % (270) Master students 60 % (730)- with a bachelor from : - KTH 47 % (340) - Other universities 38 % (280) - Exchange students 12 % (90) - Double degree students 3 % (20) Doctoral students 17 % (200) KTH School of Electrical Engineering www.ee.kth.se

Master's Programme Systems, Control and Robotics Started 2007 Theme: Analysis, design and control of complex technical systems - Robotics provides one example (of many) such systems Academic as well as industrial careers Bridges two schools - EES : systems and control theoretic aspects - CSC : perception and the robotics application (CAS) Similar to the Embedded Control track of TEBSM Admitted 2011: 24 (7 E, 11 F, 2 D, 4 intl (1 paying))

Systems, Control & Robotics Three tracks - Robotics, and Autonomous System - Electrical systems - Networked Control Systems - Systems and Control Theory KTH School of Electrical Engineering

Some examples of embedded systems at School of Electrical Engineering

The Microsystem Technology Laboratory Vi jobbar ju med MEMS och teknologi för att kombinera elektronik och MEMS eller flera lager elektronik på chip och i skräddarsydd kapsling. Det här är helt klart relevant för inbyggda system. Vi erbjuder också kurser om MEMS för studenter från bland annat programmet inbyggda system.

Communication Networks Laboratory Vi undersöker användningen inom maskin-till-maskin kommunikation av ett kommunikationssystem som utvecklats vid KTH under sex år. Systemet möjliggör att mobila enheter kommunicerar direkt utan infrastruktur (men kan utökas med infrastruktur) och det bygger på principen "publish/subscribe". System kan användas för insamling och spridning av data i industriella, i gruvor, skogar och inom areala miljöer. KTH School of Electrical Engineering

The Automatic Control Laboratory performs, among others, basic research on Embedded Wireless Networked Systems The Laboratory is equipped with a large infrastructure for wireless networked embedded control - The infrastructure includes hardware equipment with hundreds wireless embedded nodes and software for the demonstration and development of protocols for the control of networks and protocols for the control over embedded networks. - Several implementation concerning Intelligent Transportation Systems, Smart Grids, Industrial and Building Automation have been carried out. - Examples include the demonstration of the formation control of several heavy-duty vehicles, the wireless closedloop control of unmanned ground and aerial vehicles.

The Automatic Control Laboratory performs, among others, basic research on Embedded Wireless Networked Systems - Experiments are currently being developed together with ABB, Fortum, and Ericsson within the Stockholm Royal Seaport Project. - The laboratory infrastructure is being integrated with the KTH campus-wide HVAC system to investigate novel control and fault detection embedded schemes for building automation. - The Laboratory is currently supported and used by several national and European projects such as EU FP7 projects Hydrobionets, FeedNetBack, NoE HYCON2, EIT ICT Labs, VINNOVA NECS, WiComPI projects, SSF and VR projects, including the KTH ACCESS Linnaeus Centre. The Laboratory provides the courses at the Master Level "EL2745 Principles of Wireless Sensor Networks" and "EL2450 Hybrid and Embedded Control Systems".

EL2745 Wireless Sensor and Actuator Networks Networks embedded nodes for of sensing, computing, transmitting and receiving, wirelessly networked for communication, control, and actuation purposes Characteristics of WSNs - Battery-operated nodes - Limited wireless communication - Mobility of nodes - No/limited central manager WSNs make Internet of Things possible Typical power consumption of a node

WSN embedded applications Industrial control Intelligent transportation systems Health care Smart buildings

Signal processing laboratory Thematic overview Signal processing for positioning Signal processing for for communications Signal processing with medical applications Signal processing in the RF band 20 0 Output signal y Power [dbm/hz] -20-40 -60-80 -100-120 -30-20 -10 0 10 20 30 Frequency relative to carrier [MHz] ÅÅÅÅ-MM-DD

Blue force tracking Relative Position Absolute Position

OpenShoe.org Foot-mounted INS for Every Foot Open source embedded foot-mounted Inertial Navigation System

Photo: Jann Lipka

E f o t n e m e v o m t e n l e p i c o ffi pe SOCIO-ECONOMIC CHALLENGES Towards Work Programme 2013 Theme 7 Transport

How can industry influence us? Our courses and program stucture changes slowly - Initiating new courses and recruit studenst takes time Thesis projects in one approach, to reach students at the end of thier either bachelor (first 3 years) or Master (5 years) - Bachelor can be more difficult, we have different contexts. This year Project courses we are still working with implementing project courses each year. - Embedded systems projects can be suitable - Industry could help suggesting projects, but TTT KTH School of Electrical Engineering

Development efforts at EE-school The 5 year program will be developed, and a new structure will be implemented HT 2013 - The groups first meeting will be in beginning of May - Datorteknik mandatory opens for more embedded systems projects - Still a strong base in math and fysics - Three core areas: Electric power engineering (including Smart Grids), Wireless systems and System Contol (including embedded systems) KTH School of Electrical Engineering