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設計自動化一

2026-02-20-2035-12-30

國立清華大學半導體研究學院李炯霆

關鍵字：演算法 (algorithms) 佈局 (placement) 路由 (routing) 邏輯合成 (logic optimization) 技術映射 (technology mapping)

♠	在進入這堂課程選讀之前，請先裝備好你的「新手大禮包」：
	邏輯設計的盾、資料結構的劍，還有電晶體的小知識！備齊裝備，我們就出發！
	♠ 邏輯設計與資料結構（及基本電晶體設計） logic design & data structures (& basic transistor design)

指定用書
Required Textbook

♠	S. H. Gerez , Algorithms for VLSI Design Automation , John Wiley & Sons, 1999
♠	W. Chang, K. T. Cheng, L. T. Wang (editors): Electronic Design Automation: Synthesis,
	Verification, and Test Elservier , 2009
	〡雖無新版，但該書完整涵蓋從 ESL 到實體設計的 EDA 全流程，仍是專家眼中最具價值的經典教科書

課程簡述
Brief course description


	清華大學半導體研究學院特聘教授李炯霆，憑藉曾任新思科技（Synopsys）副總裁及思源科技（SpringSoft）研發副總的資深資歷，深植其在 EDA 領域的領袖地位。李教授專精於「設計自動化」實務教學，核心授課範疇橫跨 EDA 演算法及 3DIC 精密佈局技術；李教授將分享多年 EDA 工具開發經驗，期盼藉由教學串連產學，縮減理論與實務的距離。
	Jeong-Tyng Li, NTHU Distinguished Professor and former Vice President of Synopsys, is a leading authority in the EDA industry. His expertise spans EDA algorithms and 3DIC layout, with a curriculum focused on practical design automation. By integrating foresight in AI chip design and logic synthesis into his teaching, By integrating his experience in leading several EDA tool development into his teaching, Professor Li acts as a strategic link between industry and academia, effectively narrowing the gap between theoretical research and industrial practice.

課程目標
Course Objectives

♠	Understand what EDA is all about very broad area
♠	Many important algorithms used in EDA tools are explained
♠	Learn problem formulation and solving
♠	Motivate interests (this semester is more for digital SOC design)
	〡Many software talents are needed in EDA
♠	Have fun
♠	Please utilize me (even off campus)

課程大綱
Course Outline

♠	Introduction to EDA; Technology nodes; Basic CMOS design (1 week)
♠	Physical design: compaction, floorplan, placement, routing (6 week)
	〡Gordian placer example
♠	Mid term quiz (in 2 nd half of April)
♠	Timing, delay calculation, clock tree synthesis, simulation (2 week)
♠	Logic synthesis, optimization, technology mapping (2 weeks)
♠	Program demo/presentation (1 weeks)
♠	Design rules, nanometer design (if we have time)
♠	This semester is more for digital design; But testing is not covered. In general, if you are interested in studying EDA area, welcome to talk to me.
	本學期的重點側重於數位設計，暫不涵蓋測試領域。總體而言，若你對 EDA（電子設計自動化）領域感興趣，歡迎來找我面談。

評分標準
Grading
〡Information current as of January 15, 2026.

18 %	homework
	〡Discussion encouraged, but solutions are written down separately (i.e., individual work)
	〡 Likely 3 assignments
60 %	programs & demo/presentation (team work of <=2 persons)
	〡Likely 4 programs, including a global router
15 %	mid term quiz (open notes)
7 %	for class participation (e.g., asking questions, demo, helping, …)
	♠ Note : final grade is based on grading on a curve !
	最終成績將採相對分數（常模參照）評定 !