1. CEI: Developer Of EnSight, EnSight Gold, Harpoon, EnLiten And EnVideo Develops and supplies software tools for visualizing complex datasets. Including the EnSight visulization Category Science Technology Software for Engineering Companies...... computational engineering International (CEI) develops, markets and supports softwarefor visualizing engineering and scientific data. copyright © 2003 CEI. http://www.ceintl.com/

CFD Structural Analysis Crash/Impact Defense ... Embraer licenses EnSight Sign up for our email newsletter Computational Engineering International (CEI) develops, markets and supports software for visualizing engineering and scientific data.

2. HUT / LCE Homepage Lab at Helsinki University of Technology. Includes contact information, research project presentations, list of publications and teaching activities. http://www.lce.hut.fi/

Suomeksi Site Map Introduction Current News ... Open Positions Research Centre for Computational Science and Engineering in Laboratory of Computational Engineering at Helsinki University of Technology was selected as the Academy of Finland 's centre of excellence for years 2000-2005. BioIT ComMIT Postal Address: P.O.Box 9203, FIN-02015 HUT, FINLAND Visiting Address: Innopoli 2, Tekniikantie 14, Espoo Tel: Fax: Internal Web Last Update 19.02.2003 by www@lce.hut.fi URL: http://www.lce.hut.fi/

3. TUD : Willkommen - Computational Engineering Studienprogramm zum Bachelorof-Science in computational engineering besteht aus sechs Semestern. http://www.tu-darmstadt.de/ce

Willkommen Computational Engineering Startseite Englische Seiten Willkommen beim neuen fächerübergreifenden Studiengang an der Technischen Universität Darmstadt! Computational Engineering Kontaktadressen Kurzbeschreibung wichtiger Fakten: Da eine ausreichende Kenntnis der englischen Sprache Voraussetzung für die Teilnahme an diesem Studiengang ist, sind alle weiteren Seiten ausschließlich auf Englisch verfügbar. Sie sind herzlich eingeladen, die vollständigen englischen Seiten zu besuchen. C. U. Scholler

4. Master Course: Computational Engineering Master Course computational engineering at the Ruhr-University of Bochum The Master of Science Programme computational engineering. is a joint initiative of the Departments of http://www.ruhr-uni-bochum.de/comp-eng

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5. SINTEF Applied Mathematics, Computational Engineering SINTEF Applied Mathematics. computational engineering. N7034 TRONDHEIM. tel +47 73 59 30 48 http://www.sima.sintef.no/

6. San Diego Supercomputer CenterHighlights Its Partnerships, Research Projects And Im BachelorProgramm computational engineering wird in den ersten Semerstern überwiegend auf Deutsch unterrichtet Es http://www.sdsc.edu/

7. ERC Computational Engineering Academic Programs Center at Mississippi State University. Includes description of research program and graduate courses.Category Science Technology computational engineering......computational engineering (CmE) encompasses the design, development, and applicationof systems for the solution of physical problems in engineering and science http://www.erc.msstate.edu/compu_eng/

Image1 = new Image(600,145) Image1.src = "/common/images/Header_ERC-Main.jpg" Image2 = new Image(600,145) Image2.src = "/common/images/Header_ERC-about.jpg" Image3 = new Image(600,145) Image3.src = "/common/images/Header_ERC-learning.jpg" Image4 = new Image(600,145) Image4.src = "/common/images/Header_ERC-service.jpg" Image5 = new Image(600,145) Image5.src = "/common/images/Header_ERC-research.jpg" Image6 = new Image(600,145) Image6.src = "/common/images/Header_ERC-search.jpg" Facilities Contact Faculty Courses ... Application Forms Why Computational Engineering? Emergence of high-performance computing has created a third mode of scientific investigation. Computational simulation now joins theoretical analysis and physical experimentation as tools for discovering new knowledge. This development has created the need for new curricula to meet the nation's demand for scientists and engineers with the broad understanding necessary to develop and apply these new investigative tools to scientific research and engineering design.

8. ERC Computational Engineering Academic Programs Mississippi State's graduate program in computational engineering (CmE) is unique in its approach to meeting this need. http://www.erc.msstate.edu/education/compu_eng

Image1 = new Image(600,145) Image1.src = "/common/images/Header_ERC-Main.jpg" Image2 = new Image(600,145) Image2.src = "/common/images/Header_ERC-about.jpg" Image3 = new Image(600,145) Image3.src = "/common/images/Header_ERC-learning.jpg" Image4 = new Image(600,145) Image4.src = "/common/images/Header_ERC-service.jpg" Image5 = new Image(600,145) Image5.src = "/common/images/Header_ERC-research.jpg" Image6 = new Image(600,145) Image6.src = "/common/images/Header_ERC-search.jpg" Facilities Contact Faculty Courses ... Application Forms Why Computational Engineering? Emergence of high-performance computing has created a third mode of scientific investigation. Computational simulation now joins theoretical analysis and physical experimentation as tools for discovering new knowledge. This development has created the need for new curricula to meet the nation's demand for scientists and engineers with the broad understanding necessary to develop and apply these new investigative tools to scientific research and engineering design.

9. University Of Utah School Of Computing: Computational Engineering And Science De computational engineering and Science Degree Program. The computational engineeringand Science Degree Program web pages have moved to http//www.ces.utah.edu. http://www.cs.utah.edu/outreach/ces_program/

Computational Engineering and Science Degree Program The Computational Engineering and Science Degree Program web pages have moved to http://www.ces.utah.edu . Please update your bookmarks. Thank you. webmaster@cs.utah.edu

10. Dynamic Directory - Science - Technology - Computational Engineering Laboratory of computational engineering Lab at Helsinki University of Technology. http://www.maximumedge.com/cgi/dir/index.cgi/Science/Technology/Computational_En

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11. Computational Engineering And Science computational engineering and Science. The recently instituted Programin computational engineering and Science (CES) has served http://www.cs.utah.edu/research/genome/node24.html

Next: Program in Molecular Up: Relationships to Other Previous: Relationships to Other Computational Engineering and Science The recently instituted Program in Computational Engineering and Science (CES) has served as a model for the organization of the GS Program. Its similarities include its certificate basis, sponsorship by multiple departments (Computer Science and Mathematics in the case of CES), and emphasis on enrichment of existing degree programs. In contrast to the CES program, the GS program serves students within rather than external to the sponsoring departments, and serves only doctoral students. Hence there is no project component to the GS program - instead, this aspect is incorporated in the students' dissertations. The existence of the CES program is beneficial to the GS program through its offering of several directly relevant courses, notably CP SC 520-3 (see Section Gary Lindstrom Tue Oct 24 13:36:33 MDT 1995

12. Lab. Of Computational Engineering: Teaching of the subject and list of courses.Cognitive Technology Description of the subject and list of courses....... computational engineering http://www.lce.hut.fi/teaching/

Teaching Activities Suomeksi HUT Units LCE / Teaching Site Map Introduction Current News Contact Info ... Publications Teaching Open Positions S-114 Courses Homepages of the courses Current information about available courses. Course homepages are updated by the teachers. Descriptions of the courses Short descriptions of the courses which can also be found from HUT study programme. Includes links to homepages of the courses. Major Subjects Structure of the studies Laboratory's major subjects can be studied in Electrical and Communications Engineering degree programme. Computational Engineering Description of the subject and list of courses. Cognitive Technology Description of the subject and list of courses. Computational Systems Biology Description of the subject and list of courses. Language Technology Description of the subject and list of courses (Acoustics laboratory). More Information Most of the courses available are lectured in Finnish. Consequently, the information concerning these courses is given only in Finnish. In case of need for information about particular course, contact the lecturer of the course or student counsellor. Student Advising Department's information pages Student Counsellor Kaisa Tiippana Tel. (09) 451 5326

13. CS&E AT PURDUE: Frame Page "CS E at Purdue" Table of Contents CS E, The Computational Science and Engineering at Purdue University is an interdisciplinary graduate program, that started in the fall of 1995. It offers specializations in Computational Science and computational engineering through seventeen departments across http://www.cse.purdue.edu/cse-frame.html

14. Computational Engineering In EM/Acoustics At WPI computational engineering in Electromagnetics and Acoustics is a new graduatespecialization within the Department of Electrical and Computer Engineering http://www.ece.wpi.edu/research/em-acoustics/

A Graduate Specialization at the Leading Edge Master's and Ph.D. degree specializations in the department of Electrical and Computer Engineering at Worcester Polytechnic Institute. These illustrations are derived from current research in electromagnetics and acoustics at WPI. Left. Diameter variation of tube, subjected to a low-frequency pressure function. Right. Field plot of a coaxial to waveguide converter. Overview and Objectives Computational Engineering in Electromagnetics and Acoustics is a new graduate specialization within the Department of Electrical and Computer Engineering leading to either the M.S. or the Ph.D. degree. The program integrates acoustic and electromagnetic field analyses with modeling tools and circuit design techniques, enabling students to solve real-life problems, such as the design of magnets, microwave circuits, and ultrasound transducers. As industry seeks to efficiently design and optimize cost-effective electromechanical and microwave devices, and to develop ultrasound and EM equipment for improved nondestructive testing and medical imaging, it is making increased use of computer-aided electromagnetic and acoustic analysis methods. Well-designed computational software tools, which have the ability to predict and visualize complex electromagnetic and acoustic field behaviors, can reduce or eliminate many time-consuming and expensive trial-and-error experiments. WPI's ECE faculty recognizes the increasing importance of simulation tools based upon EM/acoustics principles, in addition to circuit computer-aided design (CAD) software, in the design of today's high-technology products. Consequently, the new graduate specialization in computational EM/acoustics engineering will offer highly integrated courses in such topics as fundamental EM/acoustics theories, numerical methods and industrial standard design procedures.

15. CEI: Developer Of EnSight, EnSight Gold, Harpoon, EnLiten And EnVideo Visualization, animation, and postprocessing software for FEA and CAE and CFD programs. Company and product information. Examples, training programs, support and contacts. http://www.ensight.com

CFD Structural Analysis Crash/Impact Defense ... Embraer licenses EnSight Sign up for our email newsletter Computational Engineering International (CEI) develops, markets and supports software for visualizing engineering and scientific data.

16. Computational Engineering In EM/Acoustics At WPI Computational acoustic and electromagnetic field modeling for medical diagnosticsand nondestructive evaluation; inverse methods; piezoelectric device http://www.ece.wpi.edu/research/em-acoustics/faculty.html

Kevin A. Clements Professor (Fellow IEEE); Ph.D., Polytechnic of Brooklyn, 1970. Application of control and estimation theory to electric power systems; reliability evaluation of electric power systems; matrix theories and optimization techniques. Jin-Fa Lee Assistant Professor (Member IEEE); Ph.D., Carnegie Mellon University, 1989. Numerical simulation and experimental design of microwave devices; EM wave scatterings; finite element methods for nonlinear optics; RF/microwave antenna desigs; EM wave propagation in plasma, CAD/CAE for electronic packaging. Reinhold Ludwig Professor (Senior Member IEEE); Ph.D. Colorado State, 1986. Computational acoustic and electromagnetic field modeling for medical diagnostics and nondestructive evaluation; inverse methods; piezoelectric device simulations; coil design for magnetic resonance imaging; ultrasonic traveling wave motors; nondestructive material characterization of powder metallurgy components. Denise Nicoletti Assistant Professor; Ph.D. Drexel University, 1991. Theoretical, numerical, and experimental explorations of the measurement of grain-size distributions in metals using ultrasonic attenuation; signal processing applications in nondestructive testing. Peder Pedersen Professor (Senior Member IEEE); Ph.D., University of Utah, 1976. Tissue characterization with ultrasound; flow measurement techniques; precise displacement and angular misalignment measurements; acoustic impedance profiling of layered media; inverse methods with ultrasound; characterization of electroacoustic devices; acoustic scattering characterization; transducer characterization of imaging systems; modeling of ultrasonic NDE systems.

17. Computational Engineering And Science Introduction, Courses, Admission Info, Faculty, Contacts. INTRODUCTION• COURSES • ADMISSION INFO • FACULTY • CONTACTS Department http://www.ces.utah.edu/

INTRODUCTION COURSES ADMISSION INFO FACULTY INTRODUCTION COURSES ADMISSION INFO FACULTY ... University of Utah

18. Computational Engineering And Science Program - Faculty Kai Martens, Cosmic ray physics. Richard Price, Professor Computational generalrelativity. Additional Faculty Omar Ghandi, Professor, Electrical Engineering. http://www.ces.utah.edu/ces_faculty.html

Back Next CES Faculty School of Computing John Carter , Assistant Professor: operating systems, parallel and distributed computing, computer networks, and computer architecture. Elaine Cohen , Professor: representational and algorithmic problems associated with geometric modeling, graphics, scientific visualization, physically based modeling, process planning, CAD/CAM and CAE. Charles Hansen , Associate Professor: scientific visualization and computer graphics. Thomas Henderson , Professor: computer vision, robotics, simulation. Christopher Johnson , Associate Professor, Director of Institute for Scientific Computing and Imaging: inverse and imaging problems, adaptive methods for partial differential equations, automatic mesh generation, large scale computational problems in medicine and biology, and scientific visualization. Robert Kessler , Associate Professor: programming languages, compilers and run-time systems for Lisp, C, and C++, operating systems, parallel programming and distributed computing. Gary Lindstrom , Professor: programming language design, specification, and implementation, with special emphasis on the programming aspects of parallel and distributed computers.

19. Education Center On Computational Science And Engineering Center at San Diego State University. Includes projects, faculty, staff and students involved, training Category Science Technology computational engineering......Located on the Campus of San Diego State University (SDSU), the Educational Centeron Computational Science and Engineering (EC/CSE or EdCenter) is comprised http://www.edcenter.sdsu.edu/

text only Search San Diego State Univ. with ht-Dig: Enter keywords: ECCSE Affiliations San Diego State University California State University System National Science Foundation The Education Center on Computational Science and Engineering The mission of the Education Center on Computational Science and Engineering (ECCSE) is to foster the incorporation of high performance research tools for scientific investigation into the undergraduate curriculum. Our main goal is to better prepare learners for post-Baccalaureate activities where collaborative interdisciplinary teams, sophisticated computer tools, and effective communication are part of the research and problem solving environment. The ECCSE Team of faculty, students, and staff accomplishes its mission through a variety of education outreach projects presentations , and training , with a focus on working with faculty within the system to support change in the undergraduate curriculum. The undergraduate curriculum impacts: Technical workforce preparation Preservice preparation of teachers Future researchers (view the EdCenter's complete Capability Statement This URL is http://www.edcenter.sdsu.edu/

20. Undergraduate Computational Engineering And Sciences Project Homepage The Undergraduate computational engineering and Sciences (UCES) Project.Overview The UCES Project promotes the emerging field of http://www.krellinst.org/UCES/

The Undergraduate Computational Engineering and Sciences (UCES) Project Overview: The UCES Project promotes the emerging field of computational science as an interdisciplinary approach to scientific analysis by identifying and supporting excellence in computational science education at the undergraduate level. Currently this support takes several forms: Constructing an educational archive: The primary emphasis is on collecting, developing, and distributing a set of educational materials in computational science suitable for undergraduates and advanced secondary school students. An extensive on-line archive of these materials is available. Awards: To recognize superior contributions to the field of computational science education, UCES sponsors awards for undergraduate students and faculty. NOTE : due to lack of funding, no awards will be made this fiscal year. Important News! In 1997 UCES was nominated for a Computerworld Smithsonian Award. More information: Participants FAQ (Frequently Asked Questions) Interested parties are encouraged to contact James Corones , Director of the Krell Institute, for further information.

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