Km10702 Course Outlines 2016.docx

MECHANICAL ENGINEERING PROGRAM FACULTY OF ENGINEERING UNIVERSITI MALAYSIA SABAH

COURSE CODE

:

KM10702

COURSE NAME

:

ENGINEERING DRAWING

LECTURER

:

DR NOOR AJIAN MOHD LAIR

CREDIT HOURS

:

2 CREDIT HOURS (1 LECTURE AND 3 PRACTICAL HOURS)

PREREQUISITE

:

NONE

TEXTBOOK

:

MADSEN, DAVID A AND MADSEN, DAVID P. 2012. ENGINEERING DRAWING & DESIGN. INTERNATIONAL 5TH EDITION. DELMAR CENGAGE LEARNING. AUSTRALIA

REFERENCES

:

Venugopal K. 2004. Engineering Graphics. New Age International (P) Ltd. Publishers, New Delhi. Mohd.Ramzan Mainal, Badri Abdul Ghani, Yehya Samiari. Lukisan Kejuruteraan: Asas. Universiti Teknologi Malaysia. Jencen C., Helsel J. D. 2003. Engineering Drawing. McGraw Hill Bhatt N.D., Panchal W.M. 2003. Engineering Drawing. Charotar Publishing House. Anand, India. Boundy A. W. 2002. Engineering Drawing. McGraw Hill.

COURSE SYNOPSIS This course gives a basic knowledge to prepare drawings required for construction, production, process layout, fabrication, manufacturing etc. This course emphasizes on the graphical communication in design through an understanding and application of pictorial projection, orthographic projections and engineering drawing

COURSE OBJECTIVES 1. To understand the fundamental for constructing engineering drawings. 2. To develop an engineering drawing according to the standards. 3. To utilise the AutoCAD software as engineering drawing software. 1

COURSE OUTCOMES Course Outcomes (CO)

Relationship of Course Outcomes (CO) to Program Outcomes (PO) PO 1

CO1

CO2

CO3

CO4

(i)

Able to plan and prepare drawings as per the design standards Able to draw engineering drawing based on design specification Able to utilize the AutoCAD as engineering drawing software Able to work in team

PO 2

PO 3

PO 4

PO 5

PO 6

PO 7

PO 8

PO 9

PO 10

PO 11

PO 12

√

√

√ √

PO1: Engineering Knowledge - An ability to apply knowledge of mathematics, science and mechanical engineering principles in solving engineering problems;

(ii)

PO2: Problem Analysis - An ability to identify core problems, research relevant literature, formulate suitable methodology and perform necessary theoretical analysis for wide and complex mechanical engineering problems;

(iii)

PO3: Design/Development of Solutions - An ability to design and develop systems, components, or processes that meet requirements or solve specified engineering problems within constraints;

(iv)

PO4: Investigation - An ability to design, conduct, analyse and interpret experimental investigation for unstructured mechanical engineering problems that yield to valid conclusions;

(v)

PO5: Modern Tool Usage - An ability to use appropriate techniques, resources, and modern engineering tools necessary for engineering practice;

(vi)

PO6: The Engineer and Society - An ability to apply contextual information for assessment of safety and health, legal, cultural and societal issues and the consequent responsibilities relevant to professional engineering practice;

(vii)

PO7: Environment and Sustainability - An ability to provide knowledge-based assessment on the impact of engineering solutions in societal and environmental contexts and reasoning for the need for sustainable engineering solution;

(viii) PO8: Ethics - An ability to demonstrate awareness to professional ethics, responsibilities and norms of engineering practice and adhere to ethical principles; (ix)

PO9: Communication - An ability to comprehend and write reports and technical documentations as well as make effective presentations on complex engineering activities ;

(x)

PO10: Individual and Team Work - An ability to work independently and participate effectively as a member or leader in diverse teams;

(xi)

PO11: Life Long Learning - An ability to recognise the need for and engage in lifelong learning in the context of technological change;

(xii)

PO 12: Project Management and Finance - An ability to apply management principles and financial knowledge that lead to completion of projects .

2

EVALUATION SYSTEM Assessment Methods Percentage CO1 CO2 CO3 CO4 CO5 1. Mid term I 25% X X X 2. Mid Term II 25% X X X 3. Notes* (Notebook) 10% X X X 4. Lab Works 10% X X X 5. Assignments 15% X X X 6. Group project - Report 10% X X X X 7. Teamwork-Peer Assessment 5% X TOTAL 100% *Students are required to prepare your own notes based on textbook and references from library. Your notebook will be graded. Lecture slides will not be provided. *Each student is required to prepare one USB pen drive for saving lab works, assignments and test answers. This USB pen drive must not be used for other courses. *Lab Works are to be completed during the lab hours and need to be submitted at the end of lab sessions. All Lab works must be save properly in the USB pen drive. *Assignments are required to be submitted at the beginning of the following lectures (assignment on week 1 is due at the beginning of lecture on week 2 etc.). All softcopy of the assignments must be save in the USB pen drive. *Marks will be deducted for every late submission.

COURSE SCHEDULE WEEKS TOPICS 1

Introduction to engineering drawing, drafting tools (Madsen and Madsen (2012) Chapter 1 & 2)

2

Computer Aided Design and Drafting (CADD) (Madsen and Madsen (2012) Chapter 3)

3

Manufacturing Materials and Processes (Madsen

PRACTICAL SESSION VENUE HK08 CAD LAB, FKJ  Lab Utilization and Safety Briefing  Briefing on Studio and CAD activities throughout the semester  drafting tools and papers HK08 CAD Lab, FKJ  Introduction to AutoCAD  Development of Engineering Drawing Template (AutoCAD)  Development of Basic Lines and Object HK08 CAD Lab, FKJ  Development of Object

LAB WORKS None

ASSIGNMENTS

Lab Work No.1

Assign No 2

Lab Work No.2

Assign No 3

Assign No 1.

3

4

5

6

and Madsen (2012) Chapter 4) Sketching Applications (Madsen and Madsen (2012) Chapter 5) Lines and Lettering (Madsen and Madsen (2012) Chapter 6) Drafting Geometry (Madsen and Madsen (2012) Chapter 7)

 Saving and Printing of Drawing HK08 Studio 2, FKJ  Development of Engineering Drawing Template (Manual)  Free Hand Sketching HK08 CAD Lab, FKJ  Development of Object  Lines and Lettering HK08 Studio 2, FKJ  Lines and Lettering  Geometry Construction

7

Lab Work No.3

Assign No 4

Lab Work No.4

Assign No 5

Lab Work No.5

Assign No 6

Please also submit your notebook and USB Pen drive for grading Lab Work Assign No 7 No.6

Mid Term I :

HK08 CAD Lab, FKJ

8

Multi and Auxiliary Views (Madsen and Madsen (2012) Chapter 8 & 9)

HK08 CAD Lab, FKJ  Multi and Auxiliary Views

9

Dimensioning and Tolerance (Madsen and Madsen (2012) Chapter 10) Fasteners and Springs (Madsen and Madsen (2012) Chapter 11)

HK08 CAD Lab, FKJ  Dimensioning and Tolerance

Lab Work No.7

Assign No 8

HK08 CAD Lab, FKJ  Fasteners and Springs

Lab Work No.8

Assign No 9

Dateline for Group Project Report Sections, Revolutions and Conventional Breaks (Madsen and Madsen (2012) Chapter 12) Geometric Dimensioning and Tolerancing (Madsen and Madsen (2012) Chapter 13) Technical Illustration-Isometric view (Madsen and Madsen (2012) Chapter 14)

Friday before 5 pm my office HK08 CAD Lab, FKJ  Sections, Revolutions and Conventional Breaks

Lab Work No.9

Assign No 10

HK08 CAD Lab, FKJ  Geometric Dimensioning and Tolerancing

Lab Work No.10

Assign No 11

HK08 CAD Lab, FKJ  Development of Isometric view

Lab Work No.11

Assign No 12

10

11

12

13

14 Mid Term II:

HK08 CAD Lab, FKJ

Please also submit your notebook and USB Pen drive for grading 4

1.

5