District
 
Sign into this site View your email  
  • Home
  • NEWS
  • ACADEMICS
  • ATHLETICS
  • CLUBS
  • MUSIC
  • ORGANIZATIONS
  • OUR SCHOOL
  • TEACHERS
  • Calendar
 

 

 

 

Course Syllabus

Course TEC557-Advanced CADD                                                               James B. Chronister

This course is important because of the creation of advanced Computer-Aided Drafting and Design (CADD) applications. Because of the structure of TEC552, TEC554 and TEC556, students may not get the opportunity to develop highly detailed projects of their exact interest and detail. TEC557 is designed to allow the students to integrate all their drawing knowledge into a large scale project of their choosing and develop multimedia portfolios to display the work. It is recommended that students choose a project that can include components from all programs in use in the lab.

It is required that students have completed at least 2 other drafting courses before enrolling in TEC 557.

Our involvement and participation in course TEC557 will provide us with the following experiences:

*    Exposure to detailed portfolio creation for short-term and year-long projects.

*    Develop planning skills for long-term projects.

*    Review and enhancement of 2D AutoCAD drawing skills.

*    Review and enhancement of 3D SolidWorks drawing skills.

*    Review and enhancement of architectural drawing skills using SoftPlan.

*    Develop renderings, animations and game logic from 3D models.

*    Create large projects from multiple CADD resources and research.

Grading Policy/Evaluation:

Students will be graded on equal parts of tests/quizzes, projects and computer applications. Because most of our work must be accomplished in the classroom, daily attendance and participation is extremely important. Daily participation grades will count for 25% of the marking period grade.

 

Advanced CADD (TEC557)

Course Outline

Quarter 1

1. Course introduction

2. Discuss project possibilities

3. Portfolio process

        3.1 Title page

        3.2 Design brief and specifications

        3.3 Research and investigation questions

        3.4 Possible and chosen solutions

        3.5 Models

        3.6 Conclusions

4. Two-dimensional AutoCAD project and portfolio

        4.1 Review of basic commands and operations

        4.2 2D part of year long project development

        4.3 Create portfolios related to project

5. Three-dimensional SolidWorks project and portfolio

        5.1 Review of basic commands and operations

        5.2 3D part of year long project development

        5.3 Create portfolios related to project

Quarter 2

6. SoftPlan architectural design project and portfolio   

        6.1 Review of basic commands and operations

        6.2 Develop structures for year long project development

        6.3 Create portfolios related to project

7. Blender project and portfolio

        7.1 Review of animation and rendering basics

        7.2 Develop production logos for year long project

        7.3 Create portfolios related to project

Quarter 3

8. Continuation of long term project and planning

9. Create portfolios of project progress

Quarter 4

10. Continuation of long term project and planning

11. Development of project presentation

        11.1 Use of Adobe Premiere to create video portion of portfolios

        11.2 Develop physical models of projects

        11.3 Compile written data for final project portfolio

12. Project presentations