Laboratories and Professors
Electronics and Photonics
The research and education area of the Integrated Systems Laboratory (IIS) is microelectronics, optoelectronics and nanotechnologies in general as an interdisciplinary field between electrical engineering and physics. The scientific work includes analysis, design and test of integrated circuits, theory, numerical modeling and physical characterization of semiconductor technologies and devices, and furthermore analysis and simulations of bio-electromagnetic systems.
Professors:
Prof. Luca Benini, digital circuits and systems
Prof. Taekwang Jang, energy efficient circuits and systems
Prof. Mathieu Luisier, computer-based modelling of nanostructures
Prof. Christoph Studer, integrated information processing
Prof. Hua Wang, electronics
Researchers at the Institute for Electronics study energy-related devices including solar cells, batteries, LEDs, and photonic crystals with the aim of improving their performance. Their goal is to implement optical and electronic techniques to better understand material and device properties. They apply what they learn from these advanced analytical methods to engineer novel nanomaterials and design next generation device architectures.
Professors:
Prof. Vanessa Wood, materials and device engineering
Prof. Maksym Yarema, nanoscale memory devices
The Millimeter-Wave Electronics group, headed by Prof. C. Bolognesi, is an independent laboratory of the Electrical Engineering Department D-ITET. It was formerly affiliated with IEF (Institut für Feldtheorie und Höchstfrequenztechnik), with which it still shares part of the infrastructure.
The research activities of MWE members focus on III-V compound semiconductor devices and processes from modern sub-terahertz applications to all-electronic terahertz sources.
Professor:
Prof. Colombo Bolognesi, high-speed electronics
The research activities of IEF members are very diverse and interdisciplinary and range from computational methods in electromagnetics and optics down to the nanometer scale, from antenna design to front-end development in RF and fiber optics, from bio-electromagnetics and sensors to industrial microwaves, and from III-V compound semiconductor devices and processes for modern sub-terahertz applications to all-electronic terahertz sources.
Professors:
Prof. Jürg Leuthold, photonics and communication
We study and explore the interaction of light with nanostructured materials. We are particularly interested in controlling and enhancing the light-matter interaction with suitably engineered nanostructures, such as optical antennas or resonators. The manipulation of optical fields at the nanometer scale is important for enhancing the performance and efficiency of photodetectors, light emitting devices and optical sensors.
Professor:
Prof. Lukas Novotny, photonics
external pagewww.empa.chcall_made
Empa is an interdisciplinary research and services institution for material sciences and technology development within the external pageETH Domaincall_made. Empa’s research and development activities are oriented to meeting the requirements of industry and the needs of our society, and link together applications-oriented research and the practical implementation of new ideas, science and industry, and science and society.
Professors:
Adj. Prof. Daniele Passerone, atomistic simulations
Adj. Prof. Ayodhya N. Tiwari, thin films and photovoltaics
Information and Communication
The laboratory integrates the following research sections:
- Digital Systems and Design Automation
The current research focuses on methods to enable generating good-quality hardware designs from high-level programming languages.
- Computer Engineering
The research and teaching activities concentrate on design, engineering methodologies, and tools for networked embedded systems and software. - Computer Security
The research interests revolve around understanding the attack surface of modern computing systems using novel analysis techniques and the design and implementation of secure systems when appropriate.
- Networked Systems
The research interests are centered around complex network management problems, with the larger goal of making current and future networks easier to design, understand and operate. - Distributed Computing
The research interests are a variety of algorithmic and systems aspects in computer science and information technology, currently in particular physical algorithms, wireless networks, multi-core systems, mobile systems, and social networking.
Professors:
Prof. Lana Josipović, digital systems and design automation
Prof. Kaveh Razavi, computer security
Prof. Laurent Vanbever, networked systems
Prof. Roger Wattenhofer, distributed computing
The ISI focusses on research and education in the following areas:
- Information theory, error correcting codes, and their application in communication systems
- Model based detection/estimation in communications and other application areas
- Signal processing with analog circuits
Professors:
Prof. Amos Lapidoth, information theory
Prof. Hans-Andrea Loeliger, His group is active in all three areas
The Computer Vision Laboratory, ETH Zurich, works on the computer-based interpretation of 2D and 3D image data sets from conventional and non-conventional image sources.
The lab performs research in the fields of Medical Image Analysis and Visualization, Object Recognition, Gesture Analysis, Tracking, and Scene Understanding and Modeling.
Professors:
Prof. Luc Van Gool, visual communications
Prof. Ender Konukoglu, biomedical image computing
Prof. Fisher Yu, embodied perceptual systems
Energy
The scientific field of the Power Systems Laboratory comprises analysis and design of electric and integrated energy systems including their planning, design and operation.
The research focus of the High Voltage Laboratory is the area of technologies for a furture sustainable electric energy supply, in particular electric energy transmission.
Professors:
Prof. Christian Franck, high voltage engineering
Prof. Gabriela Hug, electric power systems
The research at the Laboratory for High Power Electronic Systems (HPE) focusses on high power converter systems including operation at medium voltages required for example in future energy distribution for renewable energy sources or in traction applications. A further research focus is on solid state pulse modulator systems for medical applications or accelerators (PSI, CERN).
Professor:
Prof. Jürgen Biela, high power electronics systems
The research at the Power Electronic Systems Laboratory (PES) addresses challenges that have a fundamental or generic nature. The focus is on ultra-high switching frequency and highly compact PWM converter systems where the considerations are on a system-oriented basis and proposed concepts should allow a translation into future innovative industrial products. Converter topologies, modulation schemes, control, and EMI are seen as coupled issues rather than treated in a sequential manner. Circuit-oriented simulation and finite-element-based analysis of the electromagnetic and thermal behavior are integrated into the research and design process.
Professor:
Prof. Johann W. Kolar, power electronic systems
external pagehttp://www.empa.ch/econversioncall_made
Empa's laboratory for Energy Conversion and Storage investigates novel materials and concepts for sustainable energy conversion and storage with a focus on next-generation batteries and on synthetic fuels.
Professor:
Adj. Prof. Corsin Battaglia, energy conversion and storage
Biomedical Engineering and Neuroinformatics
external pagewww.ini.ethz.chcall_made
The Institute of Neuroinformatics (INI) was established at the University and ETH Zurich at the end of 1995. The mission of the Institute is to discover the key principles by which brains work and to implement these in artificial systems that interact intelligently with the real world.
Professors:
Prof. Benjamin F. Grewe, systems and circuits neuroinformatics
Prof. Richard Hahnloser, systems neuroscience
Prof. Giacomo Indiveri, neuromorphic cognitive systems
Prof. Valerio Mante, neural computation and cognition
Prof. Mehmet Fatih Yanik, neurotechnology
Adj. Prof. Tobias Delbrück, neuromorphic event-based sensory processing
Biomedical Engineering is an interdisciplinary area that combines the expertise of natural sciences and engineering with medicine and biology so as to achieve progresses in healthcare and research. It involves the application of engineering, science and technology to problems arising in medicine and biology. Interacting with medicine and biology, all intersections of engineering and natural sciences (electrical, mechanical, material engineering, informatics, physics, chemistry etc) represent potential areas of biomedical engineering.
Professors:
Prof. Sebastian Kozerke, Biomedical imaging
Prof. Morteza Aramesh, Single molecule and single cell biophysics
Prof. Klaas Prüssmann, Bioimaging
Prof. Daniel Razansky, Biomedical imaging
Prof. Marco Stampanoni, X-ray imaging and microscopy
Prof. Klaas Enno Stephan, Translational neuromodelling and computational psychiatry
Prof. János Vörös, Biosensors and bioelectronics
Tit. Prof. Tomaso Zambelli, Biosensors and bioelectronics