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Course Detail

EE6306 Digital Integrated Circuit Design
Objectives
The objective of this course is to provide students with a basic understanding of the integrated-circuit (IC) devices, namely the bipolar transistor and MOSFET. Some second order transistors’ effects will be discussed. The basic silicon devices processes, the working principle of CMOS logic circuits (both static and dynamic) as well as the consideration for power will all be covered. Following the basic devices, the BiCMOS devices that is used in niche areas of digital IC design, will be discussed. The issues of low voltage and low power, as well as the sensitivity analyses of BiCMOS digital circuits will all be presented. The layout design rules is also covered in the course before introducing the Sub-System Design in Digital Circuits.

In the Design Methodologies topic, the concepts on design flow, design analysis, verification,
different implementation approaches, design synthesis and test methods are discussed. The objective is to provide the students with clear concepts on these topics.

All of these topics serves as important background to our present day devices and help to form a strong foundation for the learning of future newly developed semiconductor devices and their applications. Finally, this course together with the Analog IC Design course provide a comprehensive study of integrated circuit design for graduate students.
Outline
- Review of Integrated Circuit Fundamentals
- Layout and Design Issues
- CMOS Digital Circuits
- BiCMOS Digital Circuits
- Sub-System Design in Digital Circuits
- Design Methodologies
Who Should Attend
This course is aimed for graduate participants and/or practicing engineers working in electric power distribution related fields.
Eligibility Criteria
At least 21 years of age
Have 2 years of full-time work experience in electric power distribution related fields, or have fully discharged full-time NS liability, or are currently employed on a full-time basis.
At least a Bachelor's degree in Physics or in Electrical and/or Electronic Engineering.
Details
Date(s): 12 Aug 2019 to 06 Dec 2019
Time: Refer to Class and Exam Schedules
Venue: LT22
Closing Date of Registration: 18 Nov 2018
Course Fee Payable:(Inclusive of GST) Refer to the course fee table

Subsidy/Funding
MOE (SBMC) No
E2I No
SSG Yes
Academic Units (AU)
Number of AU: 3
Online Registration
Closed
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Method of Payment
  1. Online Credit/Debit Card Payment (VISA and Mastercard only)
  2. Cash/Cheque/NETS payment at One-Stop@SAC (NTU Main Campus)
Withdrawal & Refund Policy
Once payment is made, applicant is committed to the completion of course. Course fee refunds will not be considered.
Terms and Conditions
  1. Course is subject to a minimum participation number before commencement.
  2. Course is subject to a first-come-first-serve basis.
  3. Registration is non-transferable.
  4. Student must meet all eligibility criteria for admission.
  5. Student is required to complete all assessments for each course.
  6. PaCE College reserves the right to change or cancel any course or lecturer due to unforeseen circumstances.
  7. All details are correct at time of dissemination.
Privacy Clauses
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  1. To process your application.
  2. For course administration and billing.
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  5. To issue certificate to the course participants.
  6. For marketing of courses to participants via E-newsletter.
  7. To understand and study the profile of its course participants for NTU’s policy making and planning.
  8. To deal with any matter related to the course.
Full Data Protection and Privacy Statement : CLICK HERE
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