Draw10W Course Syllabus

7/21/2019 Draw10W Course Syllabus

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Course Code: DRAW10W Course Title: ENGINEERING DRAWING

Course

Description:

This course introduces the graphic language, its importance and relevance in engineering and other related fields. Topics included are p ractices

and techniques o f graphic communication, study and app lication of drafting instruments , lettering, sca le and units of measure, descriptive

geometry, orthographic views and principles of projection, auxiliary views, sectional views, isometric and other pictorial drawings, dimensioning

and t heir applications in the preparation of engineering working drawings , ass embly and exploded drawings and detailed drawings. Credit

Unit(s): 1 unit.

Status: Revised Date Effective: S.Y. 2013-2014 / 2 Date Revised: S.Y. 2014-2015 / 1

Pre-requisite: Co-requisite: Credits: 1

Prepared By: BEGASO, BAYANI (FRANCISCO)

VISION

Description

The Mapa Ins titute of Technology s hall be a global center of excellence in education by providing instructions that are current in content and s tate-of-the-art

in delivery; by engaging in cutting-edge, high-impact research; and by aggress ively taking on present -day global concerns.

MISSION

Description

a The Mapa Institute of Technology disseminates, generates, preserves and applies knowledge in various fields of study.

bThe Institute, us ing the most effective and efficient means, provides its students with highly relevant professional and advanced education in preparation for

and furtherance o f global practice.

c The Institute engages in research with high socio-economic impact and reports on the results of such inquiries.

dThe Institute brings to bear humanitys vast sto re of knowledge on the problems o f industry and community in order to make the Philippines and the world a

bet ter place.

PROGRAM EDUCATIONAL OBJECTIVES

Description a b c d1 To enable our graduates to practice as successful engineers for the advancement of the society. X X X X

2 To promote professionalism in the engineering practice X X X X

STUDENT OUTCOMES

Description 1 2

a An ability to apply knowledge of mathematics, science, and engineering X X

b An ability to des ign and conduct experiments , as well as to ana lyze and interpret data X X

c An ability to design a system, component, or process to meet desired needs X X

d An ability to function on multi-disciplinary teams X X

e An ability to identify, formulate, and solve engineering problems X Xf An understanding of professional and ethical responsibility X X


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g An ability to communicate effectively X X

h The broad education necessary to understand the impact of engineering solutions in a global and societal context X X

i A recognition of the need for, and an ability to engage in life-long learning X X

j A knowledge of con temporary issues X X

k An ability to use the techniques, skills, and modern engineering tools necessary for engineering practice. X X

COURSE OUTCOMES

Description a b c d e f g h i j k 1 Identify and comprehend the principles, theories, standards requirements in engineering industry. I I R R R I R I R R R

2 Acquire the importance and uses of technical drawing knowledge and skills as applied in the various field of engineering. D R R R I R D

3Read, draw, and implement legible and accurate engineering blueprints for both 2-Dimensional and 3-Dimensional

projects .I D D R R D I R D I

4 Develop an appreciation of lifelong learning and desirable work ethics in the various field of engineering. I D D R I R R R I I D

COURSE COVERAGE

Week

RangeCO# Topic TLA AT

1 CO1

Orientation

1.Listing of s tudents .

2.Discus sion of course description, course outline,

meeting hours , grading sys tem, assignment and rules

and regulations.

3.Discussion of materials and required drawing

instruments.

4.Discus sion on the importance and relevance of

Drawing in Engineering and other related fields.

5.LMS (edmodo)

Group discus sion(1. Discuss ion2. Ass ignment

3. Seatwork

4. Assign Seat

5. Registration of students to e-group

(www.edmodo.com))

Assignment

2CO1, CO2,

CO4

Engineering Lettering

-Definition, order of strokes, types, s lant and vertical

single stroke gothic letters.

-Drafting Instruments and its p roper use and care.

-Lines

-Drafting Standards, etc.

Drafting(Engineering Lettering Exercises-Definition

-Order of strokes, types, s lant, vertical single strokes

gothic letters,guide lines, etc.

-Lines

-drafting standards.)

Assignment 2

Plate No. 1 Instrumental Figures and Geometrical

Construction

-The importance and proper use of and care of drafting

instruments.

-Instructions on guides and sample models.

Drafting(Instrumental figures

-The proper use of instruments in cons tructing

figures.

-Discuss ion on scale and units o f measure.

Geometrical Construction

Plate


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3CO1, CO2,

CO3, CO4

-Demonst ration on the us e of drafting instruments.

-Discus sion o f terms in graphic geometry, straight

lines, parallel, perpendiculars, tangent lines, circles,

curves, bisectors, trisectors etc.

-Measurements.

- Demons tration on the us e of drafting instruments to

solve problems.

- Discus sion of terms in graphic geometry, straight

lnes, parallels, perpendiculars, tangen ts, tangent point,

tangent lines, circles, curves , bisectors, trisectors.

- Methods of contruction geometrical shape.)

Practicals(Review instructions.

discuss plate 1.)

4CO1, CO2,

CO3, CO4

Orthographic Projection

-Alphabet of lines definition and functions.

-Orthographic p rojection definition, steps,

arrangement of six views, principal views, and

projection o f auxiliary views.

Discus sion(Orthographic projection-Definition

-Arrangement o f 6-views

-Three principlas views

-projection o f auxiliary views)

Drafting(Orthographic drawing problems

-Matching corners

-Supply missing lines and views.

-Multiview problems.)

Assignment 3

5 CO1, CO2,CO3, CO4

Plate No. 2 Orthographic Projection (Part 1)

1. Alphabet of lines.

2. Three principla views.

3. Auxiliary View.

Drafting(-Alphabet of lines

-Three principla views.

-Auxiliary v iews.)

Plate 2

6CO1, CO2,

CO3, CO4

Plate No. 2 (Part 2)

Fundamentals, concepts and principles of

dimensioning, dimension s tyles, and proper

placement, extension line, leader lines , numerical

values, notes and specifications.

Drafting(Fundamentals, concepts and p rinciples of

dimensioning, dimension sty les, and p roper

placement, extension line, leader lines, numerical

values, notes and specifications.)

Assignment 4

7CO1, CO2,

CO3, CO4

Plate No.3 Isometric Drawing with Sectioning

Isometric Drawing with Sect ional View

Drafting(-Discus sion on difeerent types of pictorial

drawing.-Principles and concepts of isometric drawing.

-Projections and methods of const ruction isometric

view and sectional view.

-Methods of cons tructing isometric c ircles (Ellipse))

Assignment 5

Plate 3

8CO1, CO2,

CO3, CO4

Plate No.4 Detail Drawing

-

Drafting(-Discus sion on the detailed drawing parts,

bill of materials, specifications , etc.)

Plate 4

9CO1, CO2,

CO3, CO4

Plate No. 5 Working Drawing (Final Plate

Assessment)

Discussion on Working Drawing, Exploded & DetailedDrawings, Bill of Materials, Specifications, etc

Drafting(Discuss ion and drawing of a scale drawing, a

blueprint, replication and other pertinen t data and

drawings needed for the construction or manufacture

of machine.)

Plate 5


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10 CO4Portfolio Evaluation

Compilation of exercises and plates.

Individual Presentation(Evaluation and submission of

portfolio.)

11 CO4

Grades Computation and encoding.

End of the quarter

LIFE-LONG LEARNING OPPORTUNITIES

Description

Continuously developed drafting s kills in the various as pects of Engineering.

Acknowledgement of cu rrent engineering technologies in the Engineering practice

CONTRIBUTION OF COURSE TO MEETING THE PROFESSIONAL COMPONENT

Description Weight (% )

Engineering topics 40

general education component 60

TEXTBOOKS

Description

Open Source References

COURSE EVALUATION

Course Outcome AT AT Description Remarks Weight (% ) Min. Ave (% )

CO 1 A Assignment 1.5 70.00

CO 1 A 2 Assignment 1.5 70.00



CO 1 A 5 Assignment 1.5 70.00CO 1 Pl Plate 3 70.00

CO 1 Pl 2 Plate 3 70.00

CO 1 Pl 3 Plate 3 70.00

CO 1 Pl 4 Plate 3 70.00

CO 1 Pl 5 Plate 5.5 70.00





CO 2 Pl Plate 3 70.00

CO 2 Pl 2 Plate 3 70.00


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CO 2 Pl 3 Plate 3 70.00

CO 2 Pl 4 Plate 3 70.00

CO 2 Pl 5 Plate 5.5 70.00





CO 3 Pl 2 Plate 3 70.00CO 3 Pl 3 Plate 3 70.00

CO 3 Pl 4 Plate 3 70.00

CO 3 Pl 5 Plate 5.5 70.00






CO 4 Pl 2 Plate 3 70.00

CO 4 Pl 3 Plate 3 70.00

CO 4 Pl 4 Plate 3 70.00

CO 4 Pl 5 Plate 5.5 70.00

GRADING SYSTEM

Min Grade Max Grade Grade

0.00 69.99 5.00

70.00 72.99 3.00

73.00 75.99 2.7576.00 78.99 2.50

79.00 81.99 2.25

82.00 85.99 2.00

86.00 89.99 1.75

90.00 93.99 1.50

94.00 97.99 1.25

98.00 100.00 1.00

OTHER COURSE POLICIES


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Title Description

Attendance

According to CHED policy, total number of absences by the s tudents s hould not be more than 20% of the total

number of meetings. Students incurring more than 2 unexcused absences automatically gets a failing grade

regardless of class standing.

Academic Dishones ty is a form of misconduct

that id sub ject to disciplinary action under the

Student Code of Conduct and includes thefollowing:

1. Plagiarism: any attempt to knowingly or deliberately pass off the work of someone else as your own. 2.

Cheating: any attempt to ga in an unfair advantage over one's fellow students . 3. Fabrication: any att empt to

present information tha t is not true when the author knows the information presen ted is false. 4. Fraud: any

attempt to deceive an NAU instructor of administrative o fficer. 5. Facilitating A cademic Dishones ty: any

attempt to ass ist an act of academic dishonesty by another individual.

Language of Ins truction Lectures , dis cus sions and documentations will be in Englis h

Consultation ScheduleConsulation schedules with the p rofessor may be viewed at the MAS Faculty room. It is recommended that the

student first s et an appointment to con firm the inst ructor's availability.

OTHER REFERENCES

Type Description

Others Open Source References

COURSE MATERIALS

Description

Course goals and instructional objectives Course Outline Project Guidelines

COMMITTEE MEMBERS

Members

BEGASO, BAYANI (FRANCISCO)

ESCAMILLA, SWAYLENE (CHIN)

IGNACIO, MA. BRENDA (ADRIAS)

JUAN, JOSE ARNEL (P)

Approver

Name

CINCO, ARNOLD (P.)

Date Printed: Thursday, July 10, 2014 8:55:12 PM

Draw10W Course Syllabus

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