|
Date begin
|
Title
|
| 1st CLEAN Workshop | 1 |
| 3G/DVB-H Mobile TV | 1 |
| Accessing the Nanoscale: Scanning Probe Techniques and their Applications | 5 |
| Adhesive Technologies in Microelectronics | 1 |
| Advanced Analog IC Design | 5 |
| Advanced Analog Implementation flow | 1 |
| Advanced Analogue IC Design | 2 |
| Advanced Analogue IC Design - Part I | 1 |
| Advanced course in RF Design | 1 |
| Advanced Digital IC Design | 2 |
| Advanced EMC: Fullwave Modelling for EMC and Signal Integrity | 1 |
| Advanced High-Speed Signal Propagation | 4 |
| Advanced MEMS Technology | 2 |
| Advanced Microsystems | 4 |
| Advanced Nanotechnology: Materials, Processes, Structures & Applications | 1 |
| Allegro AMS Simulator Advanced Analysis | 6 |
| Allegro Design Entry HDL | 6 |
| Allegro Design Entry HDL Front-to-Back Flow-v16.01 | 5 |
| Allegro Design Reuse | 10 |
| Allegro High Speed Constraint Management | 12 |
| Allegro PCB Designer | 18 |
| Allegro PCB Editor | 16 |
| Allegro PCB Editor Advanced Techniques-v16.0 | 5 |
| Allegro ® PCB Editor | 1 |
| Altera Apex/Quartus Application Workshop | 2 |
| Altera FLEX Application Workshop | 2 |
| Analog and RF Design in Nanoscale CMOS | 1 |
| Analog Modeling and Simulation with SPICE | 8 |
| Analog Modeling and Simulation with SPICE by Andrei Vladimirescu | 5 |
| Analog Modeling with Verilog® -A | 21 |
| Analogue Design with Mask Programmable Component Arrays | 1 |
| An Introduction to High-Speed PCB Design Workshop | 7 |
| Anodic Bonding | 2 |
| Applied Electromechanics for MEMS | 2 |
| Applying Knowledge Management: Principles and Practices | 1 |
| ASIC Hardware Implementation | 17 |
| ASIC Low Power Digital Design | 1 |
| Assay Miniaturization: From Well Plates to Microfluidics | 1 |
| Axes of Rotation | 1 |
| Basics and Design of High Density Packaging | 1 |
| Basics of Design PART I | 1 |
| Basics of Design PART II | 1 |
| Basics of Microelectronics Packaging | 1 |
| Behavioral Modeling with Verilog-AMS | 10 |
| Bipolar Device Physics | 1 |
| Building Applications with Tcl/Tk | 8 |
| Cadence Design Framework II | 7 |
| CAD Tools for Analogue and Mixed Signal Integrated Circuits and Systems | 1 |
| CAD Tools for MEMS | 7 |
| Cantilever based Sensors for Nanoscience | 2 |
| C for Real-Time Developers | 3 |
| C++ for Real-Time Developers | 2 |
| Characterization and Modification of Micro- and Nano-structures | 6 |
| Characterization of Thin Films by X-ray Diffraction & Fluorescence | 1 |
| Chemo- and Biosensors | 1 |
| C++ Introduction for SystemC Users | 6 |
| Circuit Challenges in Nanometer-Scale CMOS | 1 |
| Circuit Design for Digital Communications | 1 |
| Circuit Design for Wireless Communications | 3 |
| CMOS Advanced Analog IC Design | 4 |
| CMOS Advanced Digital IC Design | 4 |
| CMOS Analog IC Design | 1 |
| CMOS Analogue IC Design | 2 |
| CMOS Based Microsystems | 1 |
| CMOS/BiCMOS Analog IC Design | 4 |
| CMOS Digital IC Design | 1 |
| CMOS IC Design for Robustness | 1 |
| CMOS Image Devices | 4 |
| CMOS Image Sensors | 10 |
| CMOS Practical Aspects in Analog & Mixed-Mode ICs | 2 |
| CMOS Practical Aspects in Mixed-Mode ICs | 1 |
| Code Division Multiple Access (CDMA) and MCM technologies in 3rd Generation Mobile Communications | 1 |
| Combined X-ray and Laser Interferometry: a key to atomic scale displacements | 1 |
| Compliant Mechanisms for High-Precision Positioning | 1 |
| Computer-Aided Design Techniques for Low-Power Digital Systems | 1 |
| Controlling LEAkage power in NanoCMOS SoCs | 1 |
| Controlling leakage power in nanometer CMOS:Technology meets design | 1 |
| Converged Multimedia Networks | 1 |
| Courses for Chip and Wire Bonding | 3 |
| Critical Process Cleaning and Cleaning Validation | 1 |
| Crossing the Chasm - Market Development for High Technology Start-up Companies | 4 |
| Crossing the Chasm - Marketing for High Tech Companies | 3 |
| Cryptographic Engineering | 3 |
| C++ Workshop | 5 |
| Delta-Sigma Converters: Design and Applications | 1 |
| Delta Sigma Converters for Telecom | 1 |
| Design and Complex Characterization of High Performance PCB Structures | 1 |
| Design and Modeling of CMOS Integrated PLLs and Frequency Synthesizers | 1 |
| Design and Test of ASICs | 1 |
| Design for Electromagnetic Compatibility | 1 |
| Design for EMC | 3 |
| Design for Hostile Environment: Automotive & Industrial | 1 |
| Design for Manufacturing | 3 |
| Design for Testability Strategies for System-on-Chip and System-in-Package Technologies | 1 |
| Design Framework II | 4 |
| Designing with Altera APEX | 2 |
| Designing with Altera FLEX or APEX technologies | 4 |
| Designing with Altera Stratix | 2 |
| Designing with VHDL | 2 |
| Designing with Xilinx | 9 |
| Design Introduction Course onmicroBUILDER’s microsystems manufacturing services | 2 |
| Design, Metrology and Error Compensation for Precision Tools | 1 |
| Design of low-power digital circuits: Techniques and tools | 1 |
| Design, Prototyping and Fabrication Services for Lab-on-a-Chip Devices | 1 |
| Design Techniques and Tools for Low-Power Digital Systems | 4 |
| Design Tools: PART I | 1 |
| Design Tools: PART II | 1 |
| Developing for Embedded Linux | 1 |
| Developing Linux Device Drivers | 1 |
| Digital Design with Field Programmable Gate Arrays | 2 |
| Digital Design with Mask Programmable Gate Arrays | 1 |
| Digital Signal Processing | 6 |
| Digital Signal Processing Implementation | 3 |
| Digital Signal Processing Implementation - Algorithms to Optimisation | 2 |
| Digital Signal Processing - Theory and Application | 1 |
| Dry Etching - Techniques and Applications | 7 |
| DSP and Communication Processor Design | 3 |
| DSP for FPGA | 1 |
| DSP Theory, Architectures & Algorithms | 1 |
| Effective Project Management - for Engineers, Scientists & Staff in Hi-Tech Companies | 1 |
| Effective Project Management for Engineers, Scientists & Staff in Hi-Tech Companies | 3 |
| Electrical Modelling of Devices | 1 |
| Electromagnetic Compatibility Engineering: EMC Design and EMI Mitigation | 2 |
| Electromagnetic Compatibility Engineering: International EMC Stds, Measurements, and the EU Approach | 1 |
| Electronic Product Design and Retrofit for EMC | 2 |
| Electronics Reliability Methodology | 1 |
| Electron Microscopy | 1 |
| Electrowetting Technology and its Applications | 1 |
| Embedded Programmable System Design | 1 |
| EMC Compliance Fundamentals | 1 |
| EMC Design and EMI Mitigation | 1 |
| EMC Lab Techniques for Designers | 1 |
| Encapsulation and Underfill for Advanced Packaging | 1 |
| Encapsulation of Electronic Devices and Components | 3 |
| Encounter RTL Compiler | 1 |
| Encounter Test | 1 |
| Encounter Test JumpStart | 1 |
| Essential C++/SystemC Workshop | 1 |
| Essential High-speed PCB Design for Signal Integrity | 20 |
| Essential VHDL and Synthesis for Altera FLEX Technology | 1 |
| Essential VHDL and Synthesis for Xilinx Virtex Technology | 1 |
| European Microelectronics Technology Network for Industry Competitiveness | 2 |
| Existing and New MEMS Emerging Markets | 3 |
| Failure Analysis and Prevention in Electronic Circuits | 3 |
| Failure Analysis and Prevention in Electronic Circuits (Design Troubleshooting for the Lab and Field | 1 |
| Failure Analysis and Prevention in Electronic Circuits (Design Troubleshooting for the Lab & Field) | 1 |
| Failure Analysis and Prevention in Electronic Circuits for Digital and Analogue Designers | 1 |
| First Encounter XL | 2 |
| Flip Chip & CSP Technology | 2 |
| Flip Chip & CSP Technology for Electronic and MEMS Devices | 2 |
| Foundation in Microsystems & Nanotechnology | 1 |
| From Micro to Nano: Potentials and Risks | 1 |
| Fullwave Modeling for EMC and Signal Integrity | 1 |
| Fullwave Modelling for EMC and Signal Integrity | 1 |
| Functional Materials | 1 |
| Fundamental Analogue IC Design | 3 |
| Fundamentals of Real-Time Operating Systems | 1 |
| Fundamentals of Thermomechanical Reliability of Microelectronic Packages | 1 |
| Further Verification with Verilog | 9 |
| Further Verification with VHDL | 18 |
| Future microelectronics system design (SoC) | 1 |
| Getting Started with Altera APEX/Quartus Workshop | 3 |
| Glass Microfabrication | 8 |
| Glass microfabrication and replication | 1 |
| Graphical User Interface (GUI) Design with Tcl/Tk | 2 |
| (GUI) Design with Tcl/Tk | 5 |
| Handling and Assembly of MOEMS | 1 |
| Hands on Bio-MEMS | 2 |
| Hands on MEMS | 5 |
| Hardware Implementation | 4 |
| High Density Packaging and ASIC`s - Synergies in Miniaturization | 1 |
| High Frequency Measurements | 2 |
| High Frequency Measurements in Signal Integrity, Design, and Troubleshooting | 2 |
| High-Performance Data Converters | 1 |
| High-Speed Data Converters | 4 |
| High-Speed Data Converters for Communications | 1 |
| High Speed Design, Partitioning, Integration, Architecture and EMC | 1 |
| High-Speed Devices and Circuits for Analog Applications beyond 3 GHz | 2 |
| High-Speed Digital Communications | 1 |
| High Speed Digital Design | 2 |
| High-Speed Digital Design | 2 |
| High-Speed Digital Design: Workshop in Black Magic | 1 |
| High-speed PCB Design | 3 |
| High Speed PCB Design | 41 |
| High-Speed PCB Design: Principles, Materials and EMI | 1 |
| HSDPA/HSUPA (high speed downlink/uplink packet access) | 1 |
| IC Design for Automotive Environments | 1 |
| IC Design for Optical Communication Systems | 1 |
| IMEC : RF-SiP design and RF system integration | 1 |
| IMS / SIP | 1 |
| Incisive Comprehensive Coverage | 1 |
| Incisive Simulation | 2 |
| Integrated Optics | 6 |
| Intelligent Signal Processing | 2 |
| International EMC Standards, Measurements and the European Union Approach | 2 |
| Introduction Course on microBUILDER’s microsystems manufacturing services | 1 |
| Introduction to Analogue Signal Processing and Op-amp Design | 1 |
| Introduction to Carbon Nano Tubes | 3 |
| Introduction to Direct Chip Attach Technologies | 2 |
| Introduction to Electronics | 1 |
| Introduction to High Speed PCB and Minimising EMI | 1 |
| Introduction to High Speed PCB Design | 14 |
| Introduction to High Speed PCB Design Workshop | 11 |
| Introduction to Microelectronics Packaging and Chip Scale Packaging | 2 |
| Introduction to Microsystems | 1 |
| Introduction to Perl | 6 |
| Introduction to PERL | 30 |
| Introduction to PERL
Designing with Xilinx Virtex | 4 |
| Introduction to Property Specification Language (PSL) | 1 |
| Introduction to Semiconductors | 1 |
| Introduction To Voice Over IP (VoIP) | 1 |
| Introductory Course on microBUILDER’s microsystems manufacturing services | 1 |
| Introductory Course on usage of L-Edit software and SensoNor technologies | 1 |
| Ions Beam Characterisation techniques :SIMS, RBS, FIB | 1 |
| IST-Business: TRAIN-IT® | 14 |
| Java Workshop | 4 |
| Killer Applications in Medical MEMS - Micro and Nanotechnology-based Product Developments | 1 |
| Labs-on-Chip Technologies: Basics and Applications | 2 |
| Laser Diode Microsystems | 2 |
| Laser Microengineering - Techniques and Applications | 1 |
| Laser Micromachining | 4 |
| Leakage Aware Design for Next Generation`s SoCs | 1 |
| Leakage Aware Design of Nanometer CMOS Circuits | 3 |
| Leakage currents and static power consumption in nanometer CMOS circuits | 1 |
| Leakage Power Aware Design in Nanometric CMOS | 1 |
| Lithography and Electroplating for Microfabrication | 2 |
| Low-Noise Analog IC Design | 4 |
| Low-Noise, Low-Offset Analog IC Design | 1 |
| Low-noise Low-power Analog IC Design | 1 |
| Low-Power Design of Digital Circuits and Systems:From Specification to Implementation | 1 |
| Low Power Design Workshop | 4 |
| Low Power Digital Design | 10 |
| Low-power issues in VLSI testing and design for testability | 1 |
| Low-Power, Low-Voltage Analog IC Design | 3 |
| Low-Voltage Analog CMOS IC Design | 2 |
| Low-Voltage, Low-Power Analog CMOS IC Design | 3 |
| Low-Voltage, Low-Power Analog IC Design | 1 |
| Managing and Specifying ASIC Projects | 2 |
| Managing and Specifying Microcontroller Projects | 2 |
| Manufacturing Processes | 3 |
| Manufacturing Processes for Micromechanical Components | 1 |
| Market Success of 3G and Wireless Mobile Services | 1 |
| Materials for Microdevices and Microsystems: Fabrication and Integration. | 1 |
| Materials for Microstructures | 2 |
| Mechanical Microsensors | 6 |
| MEMSCAP : MUMPS (Multi-User MEMS) processes | 2 |
| MEMS Design and INTEGRAMplus Silicon MEMS Prototyping Services | 1 |
| MEMS Design and INTEGRAM Prototyping Services | 1 |
| Micro Actuators | 2 |
| Microcontroller Programming in ANSI C | 3 |
| Microcontrollers - Introduction | 2 |
| Micro Devices for Fluidic Handling | 5 |
| Microelectronic Sensors and Actuators with Biomedical Applications | 1 |
| Microelectronics for Industry | 3 |
| Microelectronics for Industry: How to make your company more competitive | 1 |
| Microelectronics & Microengineering | 1 |
| Microelectronics Packaging | 2 |
| Microfabrication Processes | 4 |
| Microfluidic Application Platforms | 3 |
| Microfluidics for Labs-on-Chip | 5 |
| Microfluidics: Pipetting, Dispensing and Microarrays | 11 |
| Micro-Optics | 7 |
| Micropositioning | 12 |
| Microreactors | 4 |
| Microsensor Packaging | 8 |
| Microstructuring of Quarz | 1 |
| Microsystems Design | 3 |
| Microsystems in Biomedical Engineering | 11 |
| Microsystems in Biomedical Engineering and Medical Products | 2 |
| Microsystems in Industrial Process Control & Environmental Monitoring | 2 |
| Microsystems in the Industrial & Environmental Sector | 1 |
| Microsystems Technology I | 1 |
| Microsystems Technology II | 1 |
| Microsystems Technology II | 1 |
| Microsystems using Silicon on Insulator Technology | 5 |
| Minimising EMI through PCB Design | 15 |
| Minimising EMI through PCB Design and Material Selection | 43 |
| Minimising EMI through PCB Design Workshop | 23 |
| Miscellaneous Characterisation techniques in microelectronics :EPD, SAM, NAA & CPAA | 1 |
| Mixed Signal ASIC Design using the HIT-Kit with CADENCE Analog Artist | 1 |
| Mixed Signal ASIC Design using the HIT-Kit with MENTOR GRAPHICS | 2 |
| Mixed Signal Design with Cell Based Integrated Circuits | 2 |
| Mixed Signal Design with Mask Programmable Gate Arrays | 1 |
| Mobile Messaging | 2 |
| Model-based digital control of ultra precision systems | 1 |
| Modelling and Simulation of Micro Fluidic Systems | 7 |
| MOS Device Physics | 1 |
| Multiphysics Modeling with Femlab | 1 |
| Nano Encounter: Flat Implementation System | 1 |
| Nano - Engineering | 1 |
| Nanotechnology for Life Science | 3 |
| Nanotechnology I | 1 |
| Nanotechnology II | 2 |
| Nanotechnology - Imaging and Engineering at the Nanoscale | 2 |
| NeoCircuit Circuit Sizing and Optimization | 4 |
| NORMIC MPW Design Introduction Course | 2 |
| OFDM for Wireless Communications | 1 |
| Online Course Introduction to Electronics | 1 |
| Operational Amplifiers: Theory & Design | 1 |
| Optical Characterization in Microelectronics | 1 |
| Optical Measurement | 1 |
| Optical Measurements | 5 |
| Optical MEMS | 3 |
| OrCAD Capture | 11 |
| Orcad® Layout | 9 |
| OrCAD Layout | 12 |
| Overview of Digital Electronics | 3 |
| Overview of Electronics | 3 |
| Oxides for sub - 100nm Technologies | 1 |
| PCB Circuit Design for EMC | 3 |
| PCB Design for Real-world EMI Control | 1 |
| Perl programming | 4 |
| Perl Workshop | 15 |
| Photolithography for Microfabrication | 5 |
| Photon Detection and Counting Techniques | 3 |
| Photonic Microsystems | 2 |
| Photonics Reliability Assurance | 1 |
| Photostructuring of Glass | 4 |
| Piezoelectric and Pyroelectric Thin Films for Microsystems | 5 |
| Piezoelectric MEMS for RF and Ultrasonic Applications | 2 |
| PLLs and Clock & Data Recovery | 1 |
| PLLs and Clock Recovery | 6 |
| PLLs and Data & Clock Recovery | 1 |
| PLLs, Oscillators and Frequency Synthesizers | 1 |
| Polymer Based Actuators | 3 |
| Polymer Based Actuators as Artificial Muscles | 3 |
| Polymer Microfabrication | 14 |
| Polymer Optoelectronic Technologies and their Applications | 3 |
| Polymers for Electronics Packaging | 1 |
| Polymers for Wafer Level Packaging incl. Experiments and Conductive Adhesives | 1 |
| Porous Silicon | 4 |
| Porous Silicon for Design and Fabrication of Microsystems | 1 |
| Porous Silicon in Microsystems | 2 |
| Power-aware software development | 1 |
| Power Distribution Design | 1 |
| Power Management | 8 |
| Power modeling and estimation of digital circuits: Techniques and tools | 1 |
| Practical Antenna Design | 5 |
| Practical Approach to Delta-Sigma Converters | 1 |
| Practical Approach to Delta-Sigma Design | 4 |
| Practical Aspects in Analog & Mixed-Mode ICs | 1 |
| Practical Aspects in Mixed-Mode ICs | 3 |
| Practical RF / Microwave Design | 3 |
| Practical RF/Microwave Design | 4 |
| Precise Measurement of Form, Waviness and Roughness. | 1 |
| Preparation, Packaging and Labeling of Clinical Trial Materials | 1 |
| Principles and Applications of Boundary Scan: Board and System Test | 1 |
| Printed Circuit Board Design for Real-World EMI | 1 |
| Printed Circuit Board Design for Real-World EMI Control | 3 |
| Real-Time Software Design with UML | 2 |
| Reliability Analysis in Electronic Packaging: Methodologies and Tools. | 1 |
| Reliability and Test | 9 |
| Reliability Assurance in Electronics and Photonics – Photonics Reliability | 1 |
| Reliability Methodology and Electronics Reliability | 1 |
| Reliability of New Packaging Concepts | 1 |
| Review of Microfabrication Processes | 1 |
| RF Analog IC Design | 4 |
| RF Circuit Design for Wireless Communications | 1 |
| RF IC Design | 3 |
| RF MEMS | 4 |
| RF MEMS and NEMS | 1 |
| RF Power Amplifiers and Transceivers | 1 |
| RF-SiP design and RF system integration | 1 |
| RF Transceivers and Power Amplifiers | 3 |
| RF Transistor-Level Analog IC Design | 1 |
| Roadmaps In Microelectronics: Technology and Market Trends | 2 |
| Scanning Probe Microscopy | 2 |
| Selecting an MST Technology & Choosing Suppliers | 1 |
| SEMICONDUCTOR DEVICES PART I | 1 |
| SEMICONDUCTOR DEVICES PART II | 1 |
| Semiconductor Lasers | 4 |
| Semiconductor Processing Technology Course | 2 |
| SensoNor & Tronics : MEMS processes | 2 |
| Sensors and Actuators based on Microelectronics and MEMS Technology | 1 |
| Sensors in Biomedical Applications; Fundamentals, Technology and Applications | 1 |
| Sensors in Household Applications | 3 |
| Signal Integrity - For high performance DDR and DDR2 memories and multi-gigabit designs | 1 |
| Signal Integrity "Right by Design" | 2 |
| Silicon Carbide science and technology | 1 |
| Silicon Material | 1 |
| Silicon Micromachining | 7 |
| Silicon Radiation Sensors | 1 |
| SiP Digital Layout | 4 |
| SiP RF Architect | 3 |
| Six Steps to Market | 2 |
| Skill Language Programming | 10 |
| SKILL Language Programming | 3 |
| SKILL Programming for IC Layout Design | 5 |
| Smart Materials in Robotics and Microtechnology | 10 |
| Smart Sensor Systems | 1 |
| Smart Sensor Systems 2002 | 1 |
| Smart Sensor Systems 2004 | 1 |
| Smart Sensor Systems 2008 | 1 |
| Smart Sensor Systems Course | 1 |
| Smart Sensor Systems course 2006 | 1 |
| Smart Sensor Systems course 2007 | 1 |
| SOI CMOS technology, devices and circuits for low-power low-voltage analog and MW applications | 3 |
| SOI Devices and Circuit Design | 1 |
| Soldering Techniques for Electronics | 1 |
| Solid-State Imaging Devices | 1 |
| Specman Elite Advanced Verification | 7 |
| Specman Elite for Verification Environment Developers | 1 |
| Specman Elite for Verification Environment Users | 1 |
| SpecMan Elite Verification Environment | 11 |
| Speeding Up Product Development | 4 |
| Start-up Creation in the Field of Microsystems | 10 |
| Submicron Devices | 1 |
| Successful Change Management for Engineers, Scientists and other staff in hi-tech industries | 1 |
| Successful Change Management for Engineers, Scientists & Staff in Hi-Tech Companies | 2 |
| Successful Project Management for Engineers, Scientists & Staff in Hi-Tech Companies | 1 |
| Successful RF PCB Design | 4 |
| SystemC | 3 |
| SystemC: Digital Design and Verification | 1 |
| SystemC Fundamentals | 1 |
| SystemC Verification & Cadence Verification Extensions | 4 |
| SystemC Verification &Cadence Verification Extensions | 1 |
| SystemC workshop | 5 |
| SystemC Workshop | 8 |
| SystemC Workshop | 1 |
| System Level design for low-power | 1 |
| System-On-Chip | 2 |
| Systems Engineering - Fast Track | 1 |
| Systems Engineering - Fast Track - Insights, Methods and Tools | 1 |
| SystemVerilog Assertions (SVA) | 8 |
| SystemVerilog Design and Verification | 16 |
| SystemVerilog for Design and Verification | 3 |
| SystemVerilog for Verification | 1 |
| TCL Scripting | 5 |
| TCL Scripting for EDA | 8 |
| TCL Scripting for EDA Workshop | 24 |
| Techniques for Designing Testable Devices | 1 |
| Techniques for Designing Testable ICs: Internal Scan, BIST, Boundary Scan and SOC Techniques | 1 |
| Testing and Trouble-Shooting of High-Performance Data Converters | 1 |
| Testing Embedded Memories | 1 |
| Testing High-Performance Data Converters | 1 |
| The Commercial Impact of Microtechnology in Medical & Biomedical Applications | 5 |
| The Economics of MST | 6 |
| The Mobile Internet | 1 |
| Transistor-Level Analog IC Design | 9 |
| Troubleshooting, Verification and High Frequency Measurements in SI & Design | 1 |
| Troubleshooting, Verification, and High Frequency Measurements in SI & Design | 1 |
| Troubleshooting, Verification, and High Frequency Measurements in Signal Integrity & Design | 3 |
| Two Parts on Optical Communications | 1 |
| Ultra precision displacement measuring systems: Linear and Angular | 1 |
| Ultra Precision Grinding. | 1 |
| Ultraprecision Manufacturing Processes | 1 |
| UMTS - Protocol Architecture | 1 |
| UMTS: System Design and Operation (including HSDPA) | 1 |
| UMTS: System Design and Operation (including HSDPA/HSUPA) | 1 |
| Underpinnings of the MOS Transistor and CMOS Technology in the 21st Century | 2 |
| Understanding High Frequency PCB Design - High Speed, RF and EMI (Part 1) | 1 |
| Understanding High Frequency PCB Design - High Speed, RF and EMI (Part 2) | 1 |
| University Network for the Silicon Industry - Doping Strategies & Thermal Processing | 1 |
| University Network for the Silicon Industry - Introduction to IC Technology | 1 |
| University Network for the Silicon Industry - Layer Deposition & Diffusion | 1 |
| University Network for the Silicon Industry - Statistics for Semiconductor Manufacturing | 1 |
| Verification with PSL | 34 |
| Verification with Verilog | 8 |
| Verification with Verilog | 4 |
| Verification with VHDL | 23 |
| Verification with VHDL Application Workshop | 4 |
| Verilog Applications Workshop | 11 |
| Verilog Application Workshop | 104 |
| Verilog for VHDL Engineers | 12 |
| Verilog for VHDL Engineers | 2 |
| VHDL Applications Workshop | 33 |
| VHDL Application Workshop | 151 |
| VHDL Design - Introduction | 1 |
| VHDL for Verilog Engineers | 12 |
| VHDL Verification Methodology | 4 |
| Virtual Prototyping of Mechatronical Microdevices and Systems | 1 |
| Virtuoso AMS Designer | 31 |
| Virtuoso Analog Design Environment | 35 |
| Virtuoso Analog Modeling with Verilog® -A | 7 |
| Virtuoso Aptivia Specification-Driven Environment | 4 |
| Virtuoso Design Entry and Basic Simulation V6.1.1 | 5 |
| Virtuoso Layout Editor | 2 |
| Virtuoso Spectre® Circuit Simulator | 17 |
| Virtuoso Spectre® RF Tools | 8 |
| Virtuoso UltraSim Full-Chip Simulator | 6 |
| Virtuoso-XL Layout Editor | 1 |
| Wafer Bonding | 7 |
| WiMAX | 1 |
| Wire Bonding for Microelectronics | 1 |
| Wireless Communications and Future Applications | 2 |
| Workshops on Microelectronics Packaging and Production | 1 |
| Xilinx FPGA Application Workshop | 1 |
| Xilinx Virtex Application Workshop | 3 |
| Xilinx Virtex Technology | 3 |
