Microelectronics Education

In this book key contributions on developments and challenges in research and education on microelectronics, microsystems and related areas are published.

Topics of interest include, but are not limited to: emerging fields in design and technology, new concepts in teaching, multimedia in microelectronics, industrial roadmaps and microelectronic education, curricula, nanoelectronics teaching, long distance education.

The book is intended for academic education level and targets professors, researchers and PhDs involved in microelectronics and/or more generally, in electrical engineering, microsystems and material sciences.

The 2004 edition of European Workshop on Microelectronics Education (EWME) is particularly focused on the interface between microelectronics and bio-medical sciences.

Preface Bioengineering And Bioinspired Computing Oral Presentation Micro/Nanoelectronics For Life Systems; Kang S-M.S. Design And System-On-Chip Oral Presentations An Open System-On-Chip Platform For Education; Bouldin D-W. and Srivastava R-R. Market-Driven Design Project In Introductory VLSI Design; Brauer E-J. Concurrent Systems’ Hardware Design Using Petri Nets; Gomes L., Costa A. FPGAS In Microsystems Education; Pollitt-Smith H. and Xu S. The Platform As An Interface In A SOC Design Curriculum; Sander I., Jantsch A., Tenhunen H. A New System C-Based Foundation For The CE Curriculum; Shankar R., Jayadevappa S. Poster Presentations Teaching Custom And Automated Cell Design; Bouldin D-W., Tan C., Patel K-J. A DSP/FPGA/FPAA Based Approach For Electronic Embedded Instrumentation; Chiaberge M., Carabelli S., Rolando P, Damilano C, Ferrarese L, Garzella R., Gobetto L., Chiapusso L., Filippone F. Digital Hardware Verification Methods; Freytag G., Shankar R. From MSI Modules To Microprocessors: Filling The Gap With Programmable Logic Devices; Gomes L., Malo P, Costa A. Formal Specification For Hardware Verification; Shojal H., Navabi Z. An FPGA Board Used For Digital Logic Labs; Lee S. Design Of Prototyping Boards With XILINX FPGAS; Leyva G., Caffarena G., Carreras C., Nieto-Taladriz O. SW/HW Integration In Embedded Systems Development; Ra O., Strom T. Training For SOC Designers: Today’s Solutions For Tomorrow’s Problems? Stechele W., De Mey B. Self-Inspired Learning Assisted By EDA Tools In The Introductory Digital Design Course; Linghao S., Burian A., Takala J. Successfully Getting In Touch With Formal Description Languages; Waldhauer M., Lucke U., Tavangarian D. A Time And Cost Effective Multipurpose Lab Environment For Digital Design Courses; Yi K., Cho Y-S., Han V-S. Nanoworld Projects; Montes L., Brugieregarde L., Cardis D., Gaubert C.,Kamarinos G., Lartigue C., Pautrat J-L., Tardif C., Chicoineau L. International Education Oral Presentations Marketing And Quality Assurance In Research Oriented Microelectronics Study Programs; Soares Indrusiak L., Glesner M. Sharing Online Laboratories And Their Components; Jeppson K.O., Lundgren P., Del Alamo J.A., Hardison J.L, Zych D. Educational And Eurotraning Curriculum In Data Acquisition And Signal Processing For Smart Sensors; Yurish S.Y. Microsystems Oral Presentations Setting A Tutorial On Thermal Polysilicon-based Suspended Actuator Using Surface Microtechnology; Salaün A-C., Kotb H-E.M., Coulon N., Rogel R., Mohammed-Brahim T., Bonnaud O. Technology Of Electronic Devices - A Single Course; ISai G., Mouthaan T. Study Of A Microwave Coupled Lines Filter: From Clean Room Realization To Measurement and Back-Simulation; Lissorgues G. Home Appliance Systems And Domotics Course With Multimedia Support; Gomes L., Borza P., Costa A. Industry Relations Oral Presentations A Model For University-Industry Collaboration; Mc Neil J-A. An Education-Oriented Industry And University Collaboration: A Case Study of LG-HGU Model In Korea; Yi K., Jung K-H., Sung K.-Y, Lee D.-H. Multimedia And Innovative Teaching Methods Oral Presentations Multimedia Tool For Understanding And Explaining Microsystems; Fischer P., Ecabert M., Berger M., Mounier E., Botthof A. Overview Of E-Learning Environment For Web-Based Study Of Testing And Diagnostics Of Digital Systems; Jutman A., Ubar R., Wuttke H-D. A Portable Demonstration Set-Up For Antennas And Propagation Teaching; Mosig J., Zurcher J-F., Bruegger S. Touch-EE-To-Grasp-AI; Salomon R., Krumpholz B. Poster Presentations Programmable Logic And Weblabs; Zubia J.-G. Teaching The Systematic Analysis Of Electronic Devices With Animated Presentations; Schroeder D. Software For Analysis And Design Of Digital Systems