Syllabus
Course Description: Engineering drawing is the language of the engineers and technicians. Therefore, it is the intent of this course to equip students with the fundamentals of this unique language and to give them the skills necessary to prepare complete, concise, and accurate communications through engineering drawings using Inventor Professional.
Course Objective: The aim of this course is to introduce students the basic concepts and the use of engineering drawing in the design and manufacturing field. The students acquaint with the basic knowledge and skills in engineering drawings and the capability to read and interpret blue prints for manufacturing. The students can also develop an understanding of 2D and 3D computer aided drafting with the requirements of good engineering drawings and be able to apply them to their work.
It is essential to know the technical drawing rules before starting CADCAM programs. Using computers at the beginning of the engineering education will help the students visualize engineering components. Appropriate sketching exercises will be done during practice hours by using paper and a package program namely Inventor Professional. The CAD software should be perceived by the student as a tool for producing engineering drawings. However, it should be strongly felt that students should design shapes that suited the purpose and manufacturing methods rather than being driven by the software capabilities. Note that ME 113 is not Inventor course but an engineering drawing course.
Course Material: Text Book is “Fundamentals of Graphics Communication, Bertoline & Wiebe, 6^{th} Edition, McGrawHill International Edition.”
Lecture notes are to be provided via the web site of the course (possibly before the lecture hour) as pdf files. These files will include PowerPoint slides presented in the class. Study sets will be posted on course’s web site at the end of each chapter. It is strictly recommended that the students review the topics by working on these study sets given for student’s benefit.
Examinations: There will be 2 midterm examinations, 1 final examination, and 3 quizzes. The examinations and the quizzes will be computer based and students are asked to prepare a given drawing using paper or Inventor. These exams basically aim to evaluate the engineering drawing knowledge of the student, not only the Inventor usage. Quizzes will be scheduled before each examination. Thus, the quizzes can be perceived as exercises covering the topics so far.
Practice hours: Last two hours of the class are appointed to recitation of the subjects covered during the first two hours. The students will work on examples during the recitations in order to be equipped for preparing engineering drawings by computer means. The students are expected to complete the exercises during the recitation period. Completion of the exercises is to be checked and this will add points to the overall grade of the student.
Term project: There will be a term project covering the fundamental issues of engineering drawing. In this project the students are expected to prepare engineering drawings of either a real engineering part or a part whose isometric view is presented as a printed material.
Attendance: According to the university regulations, students must attend at least 70 % of the lecture hours and 80 % of the recitation/laboratory hours. Otherwise, the student gets NA (Not attended) from the course. Valid excuses are exempt from computation of these percentages.
Apart from the university regulations, it is of student’s benefit to attend all of the lecture and recitation/laboratory hours. In fact, the students are expected to attend all of the sessions throughout the semester, since the sessions follow a series of applications.
Grading: Overall final grade will be over 1000 points. Weight of each grading item will be as below.
MT1 exam grade over 150
MT2 exam grade over 200
Final exam grade over 300
Quiz grades over 150 (3 x 50)
+ Practice hour performance over 200
Final grade over 1000
All the announcements, including the examination dates will be posted on the course web site.
Reference Books:
1. Mastering Autodesk Inventor 2015 and Autodesk Inventor LT 2015: Autodesk Official Press, Curtis Waguespack, ISBN: 9781118862131
2. Engineering Drawing and Graphic TechnologyInternational Edition, Thomas E. French, Charles J. Vierck, Robert J. Foster, McGrawHill, Inc.1993 ISBN 0070223475
3. Engineering Drawing and DesignSixth Edition, C. Jensen, J.D. Helsel, D.R. Short, McGrawHill, 2002, ISBN 0078213436 (T 353 J47 2002)
4. Technical DrawingFourteenth Edition, F. E. Giesecke, A. Mitchell, H. C. Spencer, I.L. Hill, J.T. Dygdon, J.E., Novak, PrenticeHall, Inc., 2012, ISBN 0131784463 (T 353 T43 2003)
5. Mechanical Engineering DrawingSelf Taught, Jashua Rose, http://www.gutenberg.org/files/23319/23319h/23319h.htm
Tentative weekly course schedule:
Chapter 
Week 
Subject 

1 
Introduction to Graphics Communication 
1 
Introduction to Engineering Drawing 

2 
Sketching 

3 
Engineering Geometry 
2 
Geometrical ConstructionCoordinate Systems/Basic Entities 

3 
Geometrical ConstructionDrawing Simple Geometric Objects/Editing 

4 
Modeling Fundamentals 
4 
Introduction to Solid Modeling 

5 
Multiviews and Visualization 
5 
Projection Theory/Projection of Principal Views from 3D Models 

6 
Orthographic ProjectionVisualizing Solids and Multiview Drawings 

6 
Auxiliary Views 

7 
Orthographic ProjectionProjection of the 3rd Principal View From Other Two Principal Views/Auxiliary Views 

7 
Pictorial Projections 
8,9 
Isometric Drawing 

8 
Section Views 
10,11 
Section Views 

9 
Dimensioning and Tolerancing Practices 
12 
Dimensioning 

11 
Working Drawings and Assemblies 
13 
Introduction to Assembly Drawing 

14 
Presentation Techniques of Engineering Drawings –Printing, Title Blocks 