Transcript Digital
VLSI Curriculum Workshop David Blaauw University of Michigan Introduction Self-introduction Name, school, location Background, area of specialty Interaction encouraged throughout the 2 days! Ann Arbor, Michigan University of Michigan EECS Statistics US News Ranking EE #5 CS #8 Undergrad Computing #6 6 US National Academy of Engineering Members Plus 2 emeritus Faculty 92 FTE Tenure Track Faculty Positions 20 Research Scientists 5 Lecturers 1308 Declared Undergraduate Students 462 EE, 384 Comp Eng., 261 CS (CoE), 201 CS (LS&A) 700 Graduate Students Degrees/yr 400 Undergrad 160 Masters 65 Ph.D. $20M Academic Budget $45M Total External Research Expenditures What to expect from the workshop Present Michigan’s philosophy for VLSI design curriculum VLSI class overviews at Michigan Detailed descriptions of core classes Computer-Aided Design (CAD) tool infrastructure Agenda Introduction Goals Background of VLSI curriculum project with Intel The US system Brief course overviews CAD tools/flows as part of curriculum Detailed course descriptions Background Intel/Michigan VLSI curriculum Background Courses Math & Physics Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog Digital Technology CAD Architecture /Test Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing Aside : The US system Presentation How does it work at your school? Analog Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing Digital Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing Technology Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing CAD Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing Architecture/Test Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing CAD Platform Tools sets Design kits CAD support Computer Aided Design CAD at Michigan Detailed Outlines Core VLSI courses EECS EECS EECS EECS EECS 427 627 312 523 522 VLSI Design I VLSI Design II Digital Integrated Circuits Digital Integrated Technology Analog Integrated Circuits Detailed outlines Digital EECS 270 Introduction to Logic Design EECS 215 Introduction to Circuits Analog EECS 311 Electronic Circuits Computer / Test Semiconductor EECS 320 Semiconductor Devices EECS 370 Computer Organization EECS 312 Digital Integrated Circuit Design CAD EECS 413 Analog Integrated Circuits I EECS 423 Solid State Device Laboratory EECS 478 Logic Synthesis & Optimization EECS 522 Analog Integrated Circuits II EECS 523 Digital Integrated Circuits Technology EECS 527 Layout Synthesis & Optimization EECS 427 VLSI Design I EECS 470 Computer Architecture EECS 627 VLSI Design II EECS 579 Digital Systems Testing