1. Assoc. Prof. Stoyan Bonev, PhD, Computer Science dept
Assoc. Prof. Stoyan Bonev, PhD, Computer Science dept. The American University in Bulgaria

2. AUBG, COS dept Academic Year: 2013/14 Semester: Spring
Major: Information Systems, Computer Science
Course Id: INF120
Course Title: Basics in Java Programming
Course Status: Elective 2

3. A Concise Course Presentation (Extract from Syllabus)
INF120 Basics in JAVA Programming AUBG, COS dept, Spring 2014
Lecture 00
Title:
A Concise Course Presentation
(Extract from Syllabus)

4. Lecture Contents: Semester Course Schedule The Lecturer
Course History/Chronicle
References
Course Contents
Declaration of Ethics

5. Semester Course Schedule
One INF120 section:
INF120a
Tuesday, :45 – 19:00
Thursday, :45 – 19:00
COS lab, MB 120

6. The Lecturer Lecturer: Assoc. Prof. Stoyan Bonev, PhD COS dept, AUBG
Office: 243
Tel.(ext.): 419
Office Hours: see list on office door

7. Course History/Chronicle
COS197a JAVA Programming,
Course offered to AUBG students for the first time
COS240 Object Oriented Languages (Java, C#)
Lectures planned to be provided by
Stoyan Bonev (Fall semester 2010/11 AY)
Course id, name and status:
INF120 Basics in JAVA Programming
Elective INF course

8. The Recommended Textbooks

9. The Recommended Textbooks
3. Introduction to JAVA Programming,
Brief version, Pearson IE, Prentice Hall, 9e, 2013
by Y. Daniel Liang
1. JAVA Programming,
From Problem Analysis to Program Design,
Course Technology, Cengage Learning, 4e, 2010
by D.S. Malik
2. JAVA Programming,
Course Technology, Cengage Learning, 5e, 2010
by Joyce Farrell

10. Recommended Textbooks
Y. Daniel Liang, Introduction to JAVA Programming, 9e, IE, Pearson, Prentice Hall, 2013.
Malik D. S., JAVA Programming, From Problem Analysis to Program Design, Course Technology, Cengage Learning, 4e, 2010.
Farrell Joyce, JAVA Programming, Course Technology, Cengage Learning, 5e, 2010.
Bruce Eckel, Thinking in JAVA, 4e, 2006.
Flanagan D., JAVA in a Nutshell, A Desktop Quick Reference, O’Reilly, 5e, 2005.
Lafore R., Data Structures & Algorithms in JAVA, SAMS , 2e, 2003.
Any book on JAVA available in the AUBG library.

11. Course Contents Computers, SDM, algorithms, Programs and Java
Structured Programming and Object Oriented Programming
Computer Programs
Console applications, Windows based applications, Applets
Java syntax
Data, expression, statement, method, object, class, program
Data structures
Primitive data types and user defined data types
Arrays
Files

12. Course Contents at a glanceNo
Topic
Sec 1
Basic Java Syntax
Sec 2
OOP Basics
Sec 3
Advanced Java Programming
Sec 4
Java Programs Classified
Sec 5
Java World

13. Course Contents – Sec 1 Sec 1 Basic Java Syntax
Elementary Programming. First Program in Java.
Primitive Data Types – literals, named constants, variables.
Expressions = Operands + Operators.
Executable Statements – assignment, decision, repetition.
The subroutine concept – Java methods.

14. Course Contents – Sec 2 Sec 2 OOP Basics
Data Encapsulation and Data Hiding. Value Types and Reference Types.
Inheritance and Polymorphism.
Abstract Classes and Interfaces.

15. Course Contents – Sec 3 Sec 3 Advanced Java Programming
One Dimensional Arrays and Multidimensional Arrays
Exception Handling.
GUI Components.
Event Driven Programming.
Advanced GUI Programming.
Graphics.
File Input/Output.
Iteration and Recursion.
Input Data Validation.
Operator Overloading.
Generic Programming.
Thread Programming.
Multimedia – audio and animation.
Data Base Programming.

16. Course Contents – Sec 4 Sec 4 Java Programs Classified
Console Applications.
Dialog Box Window Applications
GUI Applications.
Applets.

17. Course Contents- Sec 5 Sec 5 Java World JRE (JVM and API classes).
JRE (JVM and API classes).
JDK (javac, java, javadoc, jar, jdb, etc).
Java IDEs.

18. Course Contents in Details
INF120 Course syllabus and .ppt files of the course lectures are available for all INF120 students on H drive
Root: H:\Shared
SubFolder: INF120

19. Grading:. Final exam: 38%. Midterm exam: 30%. Home works: 16% (4x4%)
Grading: Final exam: 38% Midterm exam: 30% Home works: 16% (4x4%) Quizzes: 16% (4x4%) The students will get a score in the range for each of the components. The total score (computed with the above coefficients) will be used to form the final grade: For details see the syllabus.

20. Course Grading
Component: Final exam: 1x

21. Course Grading
Component: Final exam: 1x
Component: Midterm exam: 1x

22. Course Grading Component: Final exam: 1x Component: Midterm exam: 1x
Component: Home Works: 4x

23. Course Grading Component: Final exam: 1x Component: Midterm exam: 1x
Component: Home Works: 4x
Component: Quizzes: 4x

24. Attendance
Students are expected to attend all classes (lectures and exercises).
An attendance register will be taken at each class.
Students who miss three classes will be dropped from the course.
Mobile phones ringing in class disturb the whole class. Please switch off your mobile phone before each class.

25. Academic Honesty
Students are expected to demonstrate academic behavior in full capacity of the term.

26. Declaration of Ethics
This set of .PPT files presenting the INF120 course (including slides style and mostly contents) was created using the following sources:
Power Point presentation files provided for download through Center of engagement for modern learning CengageBrain (//login.cengage.com) and Course Compass
Java Source text files and corresponding bytecode files of demo desktop applications and applets from all chapters of recommended textbooks authored by D.S. Malik, Joyce Farrell, Y. Daniel Liang

27. Declaration of Ethics 2
File Download This work is provided solely for the use of instructors in teaching their courses and assessing student learning. Dissemination or sale of any part of this work (including on the WWW) will destroy the integrity of the work and is not permitted. The work and materials from this site should never be made available to students except by instructors using the accompanying text in their classes.

28. Thank You
For
Your Attention!
Any Questions?