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8/3/2019 Syllabus ACT 101A Technical Drawing
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Republic of the PhilippinesBATANGAS STATE UNIVERSITY ARASOF-NasugbuCollege of Engineering and Computing Sciences
Nasugbu, Batangas
COURSE SYLLABUS IN ACT 101A
TECHNICAL DRAWING
First Semester, Academic Year 2011 2012
Course : Bachelor of Science in Computer EngineeringIII
Instructor : Albert S. MercadoContact No. : 09152522383Time, Days and
Room Assignment :Consultation Hour/s :
University Vision
A university which shapes a global Filipino imbued with moral couragenurtured through values and excellent education.
University Mission
Batangas State University is committed to implement its mandates of
quality and excellence, relevance and responsiveness, access and equity, andefficiency and effectiveness through instruction, research, extension andproduction to meet the growing needs of the country and the world for globallycompetitive and morally upright professionals, scientists, technologists,technicians, skilled workers and entrepreneurs.
University Core Values
Peace and Spirituality
Commitment to Excellent Service
Human Dignity and Empowerment
Transparency, Honesty and Accountability
Team Work and Harmony
Concern for the Environment
Goals of the College of Engineering and Computing Sciences
The College of Engineering and Computing Sciences aims:
to strengthen the students technical background in computingsciences, software, engineering and information system;
to develop and use variety of systems and software applications;
to imbue students the value of professionalism and ethicalresponsibility; and
to produce graduates that are responsive to the needs of the industryand society.
Objectives of the College of Engineering and Computing Sciences
8/3/2019 Syllabus ACT 101A Technical Drawing
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The College of Engineering and Computing Science embraces its objectiveof providing the students with a firm foundation and expertise in informationtechnology to produce professionals that are responsive to the needs of theindustry and the society.
to equip the students with a strong technical background in computingsciences, software, engineering and information system
to be able to develop and use variety of systems and softwareapplications
to integrate professionalisms and ethical responsibilities as they enter theworld of work
provide the students with a firm foundation and expertise in informationtechnology and management
to produce graduates that are responsive to the needs of the industry andsociety
Course Code and Title
ACT 101A - Technical Drawing
Course Description
The course deals with the practices and techniques of graphical communication;
application of drafting instruments, scales, and units of measure; descriptivegeometry; orthographic projections; auxiliary views; dimensioning; sectional
views; pictorial drawings; requirements of engineering working drawings; andassembly and exploded detailed drawings.
Course Objectives
At the end of the semester, the students should be able to:
1. Perform freehand lettering in a vertical and slant lettering;2. Learn how to use and manipulate of drawing instruments;3. Construct a drawing based on the principles of geometry which is a
branch of mathematics dealing with lines, angles, surface and solids;4. Draw the orthographic projection of a given object; and5. Apply the dimensioning techniques in a given drawing.
Credit: 3 units
Course Outline / Schedule
Week Course OutlineSuggestedActivities
EvaluativeTechniques and
Measures
1
Class orientation and discussion ofsyllabus and its relation to thedepartment and universitysvision, mission and goals.
General overview of the course
Lecture /Discussion
Preparation ofActivities
Application
Recitation /AttendanceAssignments
Quizzes
2 Introductory concepts onelectronic communicationsystems
Standard-MakingOrganizations
Electromagnetic Spectrum
Lecture /
DiscussionPreparation of
ActivitiesApplication
Recitation /AttendanceAssignments
Quizzes
8/3/2019 Syllabus ACT 101A Technical Drawing
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Week Course OutlineSuggestedActivities
EvaluativeTechniques and
Measures
3
Transmission Media
Decibel notation andcalculations
Noise
Correlated andUncorrelated Noise
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
4
Noise voltages and power
Noise Classification
Miscellaneous Noise
Noise Measurements andCalculations
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
5 Preliminary Examination
6
Amplitude Modulation andSingle-Sideband Modulation
AM Principles
Single sidebandcommunication
Frequency Conversion
Lecture /
DiscussionPreparation of
ActivitiesApplication
Recitation /Attendance
AssignmentsQuizzes
7
Frequency Modulation
FM Principles
Phase Modulation
FM vs AM
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
8
Radio Transmitters
Intro to Tx
Linear Amplifiers, Class CAmplifiers and FrequencyMultipliers
Speech Processing
Lecture /Discussion
Preparation ofActivities
Application
Recitation /
AttendanceAssignmentsQuizzes
9 Communication Receivers
The Superheterodyne Rx
Noise
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
10Midterm
Examination
11
Multiplexing
Intro
Freq Division Multiplexing
Time Division Multiplexing
Time Division Multiplexing
Pulse code modulation
Lecture /Discussion
Preparation ofActivities
Application
Recitation /AttendanceAssignments
Quizzes
12
Antennas and TransmissionLines
Transmission Lines
Antenna Fundamentals
Radio-Freq WavePropagation
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
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13
Microwave Techniques
Microwave in Perspective
Transmission Lines,Waveguides, & Cavityresonators
Microwavesemiconductors
Microwave tubes
Microwave antennas
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
Assignments
Quizzes
14 Semifinal Examination
Intro to SatelliteCommunication
Satellite Orbits
Satellite Comm Systems
Satellite Subsystems
Earth Stations
Applications Overview
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
15-17
Fiber optic Communications
Light waveCommunications systems
How fiber-optic cableswork
Fiber optic cables
Optical transmitters andreceivers
Modern CommunicationsApplications
Facsimile
Cellular Radio Systems Radar
Television
Lecture /Discussion
Preparation ofActivities
Application
Recitation /Attendance
AssignmentsQuizzes
18 Final Examination
Basic Reference and Suggested Readings
Textbook:Frenzel, Louis E., Communication Electronics, 2nd edition,
Mcmillan/McGraw-Hill, 1994
Supplementary Readings:Wayne Tomasi, Electronics Communications Systems Fundamentalsthrough Advanced, 2nd edition, Prentice Hall, 1995
Miller, Gary M., Modern Electronic Communication, 4th edition, PrenticeHall, 1993
Course Requirements and Policies
The first ten (10) minutes of each recitation day will be spent for thefollowing: Checking of attendance, a brief review of the previous lesson,and motivation relative to the topic/subject for the day by the instructor.
The next two (2) hrs and thirty five (35) minutes will be utilized for thepresentation and discussion of the lesson and the last fifteen (15)
minutes for the evaluation either in oral or written form. A students finalgrade for the class recitation will be based on the points/scores in classrecitations during the entire semester. To obtain a high grade, thestudent must be active and dynamic in class recitations. Often andunreasonable absences from class will result in demerits / negativepoints.
The university rule on class attendance will be strictly enforced in thecourse.
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There will be four (4) major examinations in the entire semester. Astudent who fails to take the examination will automatically get a score of0% for that examination unless he or she can provide a valid reason forhis/her absence.
Each student will be required to submit an output before the midterm andfinal examinations.
Grading System
Major Examinations 60%Class Standing 40%
Quizzes / Outputs 50%Recitation and Attendance 30%Projects 20%
_______________________________________________100%
The final grade will be based on the following scale:
Numerical Percentage1.00 98 1001.25 94 971.50 90 931.75 88 892.00 85 872.25 83 842.50 80 822.75 78 793.00 75 774.00 70 745.00 below 70
Prepared and submitted by:
ALBERT S. MERCADO, BSECEInstructor I
Noted by:
LORISSA JOANA E. BUENAS, MSITAssociate DeanCollege of Engineering and ComputingSciences