TU München: Fakultäten. Institute of Automatic Control Engineering (LSR): Home. TUEIFEI: Masterstudiengang Elektrotechnik und Informationstechnik. Das Masterstudium ist eine wissenschaftlich orientierte Ausbildung auf einem international wettbewerbsfähigen Forschungsniveau. Es baut auf bestehenden Kenntnissen in Form von Bachelor, Diplom- oder gleichwertigen Abschlüssen auf. Ihnen bietet sich hier die Gelegenheit, als universitär ausgebildeter Ingenieur die persönliche Karriere weiter zu gestalten. Neue Entwicklungen wie Nanotechnologie, RFID-Systeme oder mobile Kommunikation bieten auch in Zukunft aufregende Herausforderungen.
Damit ist das Berufsfeld des Elektro-Ingenieurs eines der vielfältigsten und spannendsten des Wirtschaftslebens. Für die Zulassung zum Masterstudium ist ein Bachelor/Master/Diplom- oder vergleichbarer Hochschulabschluss in einer der folgenden Fachgebiete erforderlich: Elektrotechnik und Informationstechnik Informatik Physik Maschinenwesen oder vergleichbare Studiengänge Zusätzlich müssen alle Bewerber ein Eignungsverfahren durchlaufen. Auch fließt die erzielte Abschlussnote in die Bewertung mit ein. TUM - TU München: Startseite. EE Research. Multiobjective and probabilistic robust control, nonlinear systems, intelligent distributed control, adaptive control, active vision, and quantum control Constantino M. Lagoa, (Ph.D. University of Wisconsin – Madison) Professor of Electrical Engineering Robust control, controller design under risk specifications, system identification, robust and chance constrained optimization, control of computer networks and discrete event dynamical systems.
Jeffrey Schiano, (Ph.D. Associate Professor of Electrical Engineering Control systems, feedback control of quantum mechanical processes. Minghui Zhu (Ph.D. Dorothy Quiggle Assistant Professor of Electrical Engineering Systems and control, multi-agent networks, distributed algorithms, robotics Multi-agent Networks Laboratory. Research Topics — PSU CSE. Info Research plays an important role in graduate education in computer science and engineering at Penn State. A summary of some of the current research activities of the CSE graduate faculty follows. These research groups are not formal groups, but are described to aid prospective students. Researchers may work in several areas or may be engaged in research that does not fit into any group. Bioinformatics Design and construction of algorithms and software systems for analysis of biological sequence data, including genomic DNA sequences, expressed DNA sequences, and protein sequences. Computer Vision Computer vision systems bring together imaging devices, computers, mathematical formalisms and algorithms for solving applied problems in areas such as industrial inspection, medicine, document analysis, autonomous navigation, and remote sensing.
Databases Embedded and Hardware Systems Enterprise Computing and IT Infrastructure Management Network and Security Theoretical Computer Science. Electrical Engineering at Penn State. University Catalogs | Office of the Registrar. The University of Texas | Department of Electrical & Computer Engineering. Credit Value and Course Numbers < The University of Texas at Austin. The semester hour. The credit value of courses is expressed in semester hours.
Most courses are designed to require approximately three hours of work a week throughout the semester for each semester hour of credit given; that is, for each hour a class meets, an average of two additional hours of preparation is expected of the student. The time requirement in the laboratory, field, or studio varies with the nature of the subject and the aims of a course, so there is no fixed ratio of laboratory to class hours. Most courses meet three hours a week in the fall and spring semesters and have a credit value of three hours. In a six-week summer term, courses meet seven and a half hours a week for three semester hours of credit. Course numbers. Two courses that have the same abbreviation and the same last two digits may not both be counted for credit unless the digits are followed by a letter. Courses - ECE ILLINOIS | University of Illinois at Urbana-Champaign. Department of Electrical and Computer Engineering - ECE ILLINOIS | University of Illinois at Urbana-Champaign.
Research - Robots Using Tools: With New Grant, Researchers Aim to Create ‘MacGyver’ Robot. Posted Oct 09, 2012 | Atlanta, GA Robots are increasingly being used in place of humans to explore hazardous and difficult-to-access environments, but they aren’t yet able to interact with their environments as well as humans. If today’s most sophisticated robot was trapped in a burning room by a jammed door, it would probably not know how to locate and use objects in the room to climb over any debris, pry open the door, and escape the building. This image shows a laboratory simulation of a robot rescue capability that could result from research sponsored by the Office of Naval Research. Controlled by a human operator, a robot known as Golem Krang creates a bridge from a board to rescue a trapped human. (Georgia Tech Photo: Josh Meister) A research team led by Professor Mike Stilman at the Georgia Institute of Technology hopes to change that by giving robots the ability to use objects in their environments to accomplish high-level tasks.
Systems and Controls Technical Interest Group.