DEPARTEMEN PENDIDIKAN NASIONAL
UNIVERSITAS NEGERI YOGYAKARTA
Address : Karangmalang Yogyakarta – 55281 Phone. (0274) 586168 Psw. 318SYLLABUS
Faculty : MIPA
Study Program : Mathematics Education
Course & Code : Computer & Information Technology (MAT 303) Credit Hours : Theory : 2 sks Practice : 1 sks
Semester : I
Prerequisites & Code :
Lecturer : Kuswari Hernawati, M.Kom.
I. COURSE DESCRIPTION
II. COURSE BASIC COMPETENCY
III.ACTIVITY PLAN
Week Basic Competency Topics Teaching
Strategy
References
1 Explaining definition and branch of computer science
1. computer science definition
2. branch of computer science
3. Practice : Trying a computer application system, e.g expert system, Information System
Lecture, discussion, practice
A: 18 - 29 C:399-429
2 Explaining number system, computer data representation and calculating number system
1. Number system and its operation
2. Digital Data (bit, byte)
Lecture, discussion, practice
A : 36-82 C : 33 - 43 Computer and Information Technology describes computer science development, hardware and software development, branch of computer science, component of computer: input device, processing device, output device, and how these components work. In addition it also discuss information technology for instruction, e.g tutorial video, e-learning and mobile learning.
operation 3. Data representation. 4. Character Code
5. Practice: Using hardware and software to represent Number system and its operation
3 Explaining computer system 1. Computer data processing
2. Computer Hardware 3. Practice : Using software
computer activity monitoring.
4 Explaining Input device, Output Device, Input/Output device, storage device
1. Input device 2. Output Device 3. Input/Output device 4. Storage device
5. Practice : Introduction of Input, output and Input/ Output Device
Lecture, discussion, practice
B : 23-36
5 Explaining Hardware and software development
1. Hardware development 2. Software development 3. Practice: Introduction of
Hardware and software
Lecture, discussion, practice
B : 1 - 9 C : 9 - 23
6 Explaining computer Software &
software classification 1. Definition2. Software Classification : System Software
Application Software 3. Practice: Word processor
Lecture, discussion, practice
B : 9 – 13 E : 86
7 Explaining and practicing Operating System
1. Structure 2. Command 3. Type
4. Practice: using some operating system
Lecture, discussion, practice
A:119-155 B :39– 67 C :319-347 127-131 E: 117-150 8 Explaining and practicing
Application Software
1. Office Software 2. graphics Software 3. Mathematics Software 4. Practice : office
software, introduction to graphics software and Mathematics Software
Lecture, discussion, practice
B:147-224 E : 87 - 96
9 MIDTERM
10 Explaining basics of computer networking
1. Definition
2. Network methods 3. Network Topology 4. Practice: Introduction
of computer networking
Lecture, discussion, practice
command &
administration tool, card network setting
11 Explaining and practicing
internet and its applications 1. Definition of internet 2. History &
development 3. Application 4. Internet Security 5. Practice : Internet &
application
Lecture, discussion, practice
A:173-192 B:101-120 B:227-228 C:459-468
12 Explaining intranet & extranet 1. Intranet 2. Extranet
3. Practice: Share folder, window messenger
Lecture, discussion, practice
C:456-457 E:103-112
13 Explaining dan using Information Technology for instruction
1. Definition of
Information Technology 2. Information Technology
Hardware
3. Type of learning based Information Technology 4. Practice: Using
instructional CD
Lecture, discussion, practice
E:11-12
14 Explaining and practicing
E-learning 1. Definition2. Types of e-learning 3. Benefit of
e-learning
4. Practice : using LMS program
Lecture, discussion, practice
D:1-23
15 Explaining and using Mobile
Learning 1. Introduction of mobile learning 2. Mobile learning
technology 3. Mobile learning
development program
4. Practice :using mobile learning program packet
Lecture, discussion, practice
F: 7 - 18 F: 131-143
IV. REFERENCES
IV. EVALUATION
No. Component Weight (%)
1. Tasks 15%
2. Performance in the class 25%
3. Midterm 20%
4. Final Test 20%
5. Practice 20%
Total 100%
A. Brookshear, J. Glenn (2007) ,Computer Science, An Overview, New York : Pearson Addison Wesley
B. Khanna, Rajiv (2008), Basics of computer Science, New Delhi , New Age International (P) Ltd., Publishers
C. Dale, Nell and Lewis, John(2002), Computer science illuminated, United States of America : Jones and Bartlett Publishers, Inc.
D. Solomon Negash, Michael E. Whitman, Amy B. Woszczynski , Ken Hoganson, Herbert Mattord (2008), Handbook of Distance Learning for Real-Time and Asynchronous Information Technology Education, United States of America : Information Science Reference
E. Custom guide(2008), Computer Basics: Student Edition Complete, Minneapolis, USA, Custom Guide Inc
