研究生课程教学大纲 and junctionless nanoscale CMOS 3.Teaching Methods The course adopts a combination of multimedia and blackboard writing,and a combination of explanation and discussion. 4.Evaluation and Grading The course assessment method is examination,which adopts the open book written examination in class. Homework:Homework shall be arranged in batches according to the course progress,and each chapter shall not be less than once.Class assignments can also be used to count attendance. The assessment proportion of performance evaluation is: (1)Process assessment accounts for 20%,including: Attendance:5%.classroom interaction:5%.usual homework:10% (2)The final examination accounts for 80%. 5.Teaching Materials &References (Including Author,Title,Publisher and Publishing Time) Textbook: 《纳米CMOS器件》，甘学温，黄如，刘晓彦，张兴著，科学出版社，2004年。 Reference: [1]Advance Theory of Semiconductor Devices),Karl Hess IEEE Press,1999. [2]《集成电路设计》，叶以正，来逢昌，清华大学出版社，2016年。 [3)《模拟电路版图的艺术》，Alan Hastings,电子工业出版社，2013年。 [4《微电子器件》，陈星弼、陈勇、刘继芝、任敏，电子工业出版社，2018年。 8研究生课程教学大纲 8 and junctionless nanoscale CMOS. 3. Teaching Methods The course adopts a combination of multimedia and blackboard writing, and a combination of explanation and discussion. 4. Evaluation and Grading The course assessment method is examination, which adopts the open book written examination in class. Homework: Homework shall be arranged in batches according to the course progress, and each chapter shall not be less than once. Class assignments can also be used to count attendance. The assessment proportion of performance evaluation is: (1) Process assessment accounts for 20%, including: Attendance: 5%, classroom interaction: 5%, usual homework: 10%. (2) The final examination accounts for 80%. 5. Teaching Materials &References (Including Author, Title, Publisher and Publishing Time) Textbook: 《纳米 CMOS 器件》，甘学温，黄如，刘晓彦，张兴著，科学出版社，2004 年。 Reference: [1]《Advance Theory of Semiconductor Devices》，Karl Hess ，IEEE Press, 1999. [2]《集成电路设计》，叶以正，来逢昌，清华大学出版社，2016 年。 [3]《模拟电路版图的艺术》，Alan Hastings，电子工业出版社，2013 年。 [4]《微电子器件》，陈星弼、陈勇、刘继芝、任敏，电子工业出版社，2018 年