This document outlines the syllabus for the IT 405: Object-Oriented Software Construction course. It provides information about the course structure, instructors, learning objectives, topics to be covered, and assessment components. The course is a 4 credit class divided between conceptual learning and practical application. Students will learn object-oriented programming concepts in Java through lectures, assignments, and labs. Topics include abstraction, classes and objects, methods, constructors, object interaction, inheritance, polymorphism, collections, and more. Assessment will consider attitude, class participation, homework, and exams. The first session will cover modeling concepts and abstraction.

1. IT 405: Konstruksi Perangkat Lunak
Berorientasi Objek
Pengantar
Ayi Purbasari, ST., MT.
Unpas, 2014

2. Pengantar
Model ajar:
4 SKS
Kelas
Praktek
Pengajar:
Dosen
Asisten
Penilaian
Nilai kelas
dari dosen
Nilai
praktikum
dari asisten

3. Model Ajar 4 SKS
Pemahaman
Konsep dan
Praktek
1 sks konsep
2 sks praktek
1 sks
pembahasan/test

4. Para Pengajar dan Asisten
Ayi Purbasari
• Kelas B
• Koordinator
Ade Sukendar
• Kelas A
• Kelas D
Hendra Komara
• Kelas C
Wanda Gusdya
• Kelas E
• Kelas F
• Para Asisten

5. Referensi
Begining Java
Object: From
Concept to
Object – Part I
(ebook)
Buku
Slide
Modul
Materi

6. Tujuan Instruksional Umum
• Mampu memahami konsep konstruksi dan
pemrograman berorientasi objek
menggunakan teknologi Java.
• Java? Takut ketemu Java?

7. TIOBE Index for February 2014
http://www.tiobe.com/index.php/content/paperinfo/tpci/index.html

8. Silabus
• Abstraksi
• Kelas dan Objek
OO
• Metode
• Konstuktor
Object
Interaction • Asosiasi,
Agregasi, dan
Komposisi
• Inheritance
Relation
between objek
• Collection:
Array, ArrayLIst
Collection
• Polimorfisme
• Kelas Abstrak
danInterface
Final Concept

9. Komponen Penilaian
Sikap di kelas
• kehadiran
• keaktifan
• kemandirian
Penguasaan materi
• penyelesaian tugas kelas
• penyesaian tugas di
rumah
• ujian

10. SESI I: KONSEP MODEL DAN
ABSTRAKSI

11. Konstruksi Perangkat Lunak
Berorientasi Objek
Apa itu konstruksi?

12. Five Activities of a Generic
Process framework
Delivered to
the customer
who evaluates
the products
and provides
feedback
based on the
evaluation.
Deployment:
code
generation and
the testing.
Construction:
Create a
“sketch”, what
it looks like
architecturally,
how the
constituent
parts fit
together and
other
characteristics.
Modeling:
creates a
“map” defines
the work by
describing the
tasks, risks and
resources,
work products
and work
schedule.
Planning:
communicate
with customer
to understand
objectives and
gather
requirements
Communication:

13. Konstruksi Perangkat Lunak
Setelah
Pemodelan:
Harus
menguasai
UML,
terutama
kelas
diagram.
Koding (IT 405)
Testing (IT 852)

14. Why do we model ?
• “Modeling captures essential
parts of the system” James
Rumbaugh
• This picture is a good example
for this.
• Although a lot of important
details for the construction of
a real computer system are
missing, everybody will
understandthat
• This picture represents a
networked computer system.
• The above picture is a
model for a networked
computer system.

15. Why do we model visually ?
• “Graphics reveal data” -- Edward Tufte. The
Visual Display of Quantitative Information,
1983
• 1 bitmap = 1 megaword. -- Anonymous visual
modeler

16. Before UML
1 Oktober 2013 Software Engineering - Unpas 16

17. Unified Modeling Language
Diagram
Kelas

18. WHY IS UNDERSTANDING OBJECTS SO
CRITICAL TO BEING
A SUCCESSFUL OO PROGRAMMER?
(sesi membaca buku FROM CONCEPT TO OBJECT)

19. SESI II DAN III: PRAKTIKUM REVIEW
JAVA DASAR

20. SESI IV:
• Pembahasan Java Dasar
(dari modul)
• Pengumuman Tugas I:
membuat makalah 6
halaman tentang Java
(sejarah, aplikasi, dll)
dilengkapi dengan
contoh program kecil
dengan penggunaan if
dan for.
• Format tugas = format
makalah/paper

21. TERIMA KASIH