Course No.：11188180
Title：Computer Aided Design Training
Class Hours/Week:Full time for 3 weeks Credit：3
Category：Speciality
Prerequisites：Mathematical analysis or Calculus, Fundamental of programming design&practice Analog electronics technology, Digital electronics technology, Engineering graphing
Audience：Undergraduates
Teaching manner：In class instructions combined with experiments, taught by multimedia device.
Course objectives and basic requirements:
This is a practical training course for a period of three weeks in short semester. The course is designed to provide students with a good knowledge of CAD (Computer Aided Design) software and its application in engineering design. It is mainly structured around the computer aided scientific computing, electrical design automation and computer aided mechanical design. The corresponding online experiment is also included in its Lab Session. Students who complete the course should be able to demonstrate the elementary abilities of engineering design with the CAD tools
Course introduction:
3 CAD application tools and its application and design training are introduced: Scientific computing tool MATLab, electric design automation tool Protel and computer aided design tool AutoCAD. Practical labs and experiments are also included.
Syllabus and lecture schedule:
1．Scientific Computing and Modeling Tools Matlab
(1) Introducing of Matlab, installation and Development Environment features ( 1 lectures)
(2) Basic numerics & matrix operation, curve fitting, data analyse ( 2 lectures)
(3) Digital signal processing, integral and differential eaquation ( 2 lectures)
(4) Symbolic math; symbolic matrix and eaquation; 2D,3D graphics ( 2 lectures)
(5) Image processing ( 1 lectures)
(6) Modeling Tools – Simulink ( 2 lectures)
Lab Section
(1) Installation, Development Environment, Basic numerics operation ( 3 lectures)
(2) Matrix operation, polynomial operation, data analyse ( 3 lectures)
(3) Un-linear and differential eaquation, FFT ( 3 lectures)
(4) 2D,3D fitting and interpolation, 2D,3D plotting ( 3 lectures)
(5) Image processing ( 3 lectures)
2．Electrical Design Automation Tool - Protel
(1) Introducing of EDA , Installation and Development Environment features ( 2 lectures)
(2) Working in schematic documents, Editing design objects ( 3 lectures)
(3) Working in PCB documents ( 3 lectures)
(4) Working with simulations ( 2 lectures)
Lab Section
(1) Installation and Development Environment, Product design ( 3 lectures)
(2) Creating schematic documents, Editing objects ( 3 lectures)
(3) Electric circuit simulations ( 3 lectures)
(4) PCB design ( 3 lectures)
(5)PCB Check, Synchronizing schematic & PCB documents ( 3 lectures)
3．Application of Computer Aided Design on Mechanism
(1) General situation of CAD and brief introduction on AutoCAD. ( 2 lectures)
(2) Draw, edit, dimension, hatch, plot, view and block of 2D drawing. ( 2 lectures)
(3) Modeling and edit of 3D surface drawing and 3D solid . ( 2 lectures)
(4) Design center of AutoCAD , application for Internet , user-defined AutoCAD
and particular analysis of all-around example. (2 lectures)
(5) Introduce of second empolder tool of fourth era -ActiveX Automation programme
system. ( 2 lectures)
Lab Section
(1) Installing of AutoCAD software. ( 2 lectures)
(2) Exact draw using all kinds of 2D drawing commands. ( 2 lectures)
(3) Drawing of 3D surface and solid. ( 4 lectures)
(4) Draw all kinds of 2D and 3D graphics. ( 3 lectures)
(5) Programming of ActiveX Automation. ( 4 lectures)
Lectures Schedule
Short semester, 3 weeks, 15 Office days, Class: 2 lectures/day; Lab: 3 lectures/day
Test and Grading Criteria：
The final grad is depend on 3 parts from experiment reports
Scientific Computing and Modeling 35%
Electrical Design Automation 30%
Application of Computer Aided Design on Mechanism 35%
Any innovation will be encouraged and be evaluated extra grad.
Suggested textbooks or references:
(1) Zhou Jinping: MATLAB 6 Practise and Improvement,China Electric Power Press.
(2) Chen Aidi: Protel 99 Training Textbook，Posts & Telecom Press.2000
(3) Liu Reixin: AutoCAD 2002 Textbook for Chinese Ed.，Mechanical Industry Press. 2004
(4) Other Textbooks for download.
Title：Computer Aided Design Training
Class Hours/Week:Full time for 3 weeks Credit：3
Category：Speciality
Prerequisites：Mathematical analysis or Calculus, Fundamental of programming design&practice Analog electronics technology, Digital electronics technology, Engineering graphing
Audience：Undergraduates
Teaching manner：In class instructions combined with experiments, taught by multimedia device.
Course objectives and basic requirements:
This is a practical training course for a period of three weeks in short semester. The course is designed to provide students with a good knowledge of CAD (Computer Aided Design) software and its application in engineering design. It is mainly structured around the computer aided scientific computing, electrical design automation and computer aided mechanical design. The corresponding online experiment is also included in its Lab Session. Students who complete the course should be able to demonstrate the elementary abilities of engineering design with the CAD tools
Course introduction:
3 CAD application tools and its application and design training are introduced: Scientific computing tool MATLab, electric design automation tool Protel and computer aided design tool AutoCAD. Practical labs and experiments are also included.
Syllabus and lecture schedule:
1．Scientific Computing and Modeling Tools Matlab
(1) Introducing of Matlab, installation and Development Environment features ( 1 lectures)
(2) Basic numerics & matrix operation, curve fitting, data analyse ( 2 lectures)
(3) Digital signal processing, integral and differential eaquation ( 2 lectures)
(4) Symbolic math; symbolic matrix and eaquation; 2D,3D graphics ( 2 lectures)
(5) Image processing ( 1 lectures)
(6) Modeling Tools – Simulink ( 2 lectures)
Lab Section
(1) Installation, Development Environment, Basic numerics operation ( 3 lectures)
(2) Matrix operation, polynomial operation, data analyse ( 3 lectures)
(3) Un-linear and differential eaquation, FFT ( 3 lectures)
(4) 2D,3D fitting and interpolation, 2D,3D plotting ( 3 lectures)
(5) Image processing ( 3 lectures)
2．Electrical Design Automation Tool - Protel
(1) Introducing of EDA , Installation and Development Environment features ( 2 lectures)
(2) Working in schematic documents, Editing design objects ( 3 lectures)
(3) Working in PCB documents ( 3 lectures)
(4) Working with simulations ( 2 lectures)
Lab Section
(1) Installation and Development Environment, Product design ( 3 lectures)
(2) Creating schematic documents, Editing objects ( 3 lectures)
(3) Electric circuit simulations ( 3 lectures)
(4) PCB design ( 3 lectures)
(5)PCB Check, Synchronizing schematic & PCB documents ( 3 lectures)
3．Application of Computer Aided Design on Mechanism
(1) General situation of CAD and brief introduction on AutoCAD. ( 2 lectures)
(2) Draw, edit, dimension, hatch, plot, view and block of 2D drawing. ( 2 lectures)
(3) Modeling and edit of 3D surface drawing and 3D solid . ( 2 lectures)
(4) Design center of AutoCAD , application for Internet , user-defined AutoCAD
and particular analysis of all-around example. (2 lectures)
(5) Introduce of second empolder tool of fourth era -ActiveX Automation programme
system. ( 2 lectures)
Lab Section
(1) Installing of AutoCAD software. ( 2 lectures)
(2) Exact draw using all kinds of 2D drawing commands. ( 2 lectures)
(3) Drawing of 3D surface and solid. ( 4 lectures)
(4) Draw all kinds of 2D and 3D graphics. ( 3 lectures)
(5) Programming of ActiveX Automation. ( 4 lectures)
Lectures Schedule
Short semester, 3 weeks, 15 Office days, Class: 2 lectures/day; Lab: 3 lectures/day
Test and Grading Criteria：
The final grad is depend on 3 parts from experiment reports
Scientific Computing and Modeling 35%
Electrical Design Automation 30%
Application of Computer Aided Design on Mechanism 35%
Any innovation will be encouraged and be evaluated extra grad.
Suggested textbooks or references:
(1) Zhou Jinping: MATLAB 6 Practise and Improvement,China Electric Power Press.
(2) Chen Aidi: Protel 99 Training Textbook，Posts & Telecom Press.2000
(3) Liu Reixin: AutoCAD 2002 Textbook for Chinese Ed.，Mechanical Industry Press. 2004
(4) Other Textbooks for download.