1. 2009 Edition
2009
Academic Guidebook for
International Undergraduate Program 2008-2011
Academic Guidebook for International Undergraduate Program - Faculty of Engineering University of Indonesia
Faculty of engineering
University of Indonesia
3. The Committee
Chair : Dean of Engineering
Prof. Dr. Ir. Bambang Sugiarto, M.Eng.
Advisory Committee : Dr. Ir. Muhamad Anis, M.Met.
Prof. Dr. Ir. Irwan Katili
Wiwik Rahayu, Dr, Ir, MT
Dr.Ir.Harinaldi,M.Eng.
Dr.Ir. Gandjar Kiswanto, MEng
Dr.Ir.M. Asvial, M.Eng
Dr. Ir. Dodi Sudiana, MEng
Prof. Dr.Ing. Ir. Bambang Suharno
Dr.Ir. Winarto, MSc
Ir. Kemas Ridwan Kurniawan, MSc, Ph.D
Ir. Herlily, M.Urb. Des
Prof.Dr. Ir. DEA Widodo Wahyu P.
Ir. Sutrasno Kartohardjono MSc, PhD
T. Yuri M. Zagloel, Dr, Ir, M.Eng.Sc
Fauzia Dianawati, Ir., M.Si
Prof. Dr. Ir. N.R. Poespawati, M.T.
Steering Committee : Dr. Ir. Dedi Priadi, DEA
Dr. Ir. Sigit Pranowo Hadiwardoyo, DEA
Dr. Ir. Bondan T. Sofyan, M.Si
Editor : Lanny Delima Bestari, AMd
Pijar Suciati, S.Sos
Cover Design : Pijar Suciati, S.Sos
Published by:
Faculty of Engineering For more Information:
University of Indonesia Pusat Administrasi Fakultas (PAF)
Kampus Baru UI, Depok 16424
Kampus Baru UI, Depok 16424 Tel. (021) 7863311, 78887861, 78888076
Tel. (021) 7863503-05, 727 0011 Fax. (021) 7863507
Fax. (021) 727 0050 http://www.eng.ui.ac.id
Email: humas@eng.ui.ac.id
http://www.eng.ui.ac.id/
4. WELCOME TO FTUI
The Faculty of Engineering extends a warmest welcome to all new students of the International
Undergraduate Program (Double Degree Program). This program offers world-class experience at
two leading institutions, the University of Indonesian and Queensland University of Technology
(QUT) or Monash University. The graduates will be eligible for two equivalent degrees, Sarjana
Teknik and Bachelor of Engineering within four years of study. This guidebook is intended to
be used during the first two years of study at the Faculty of Engineering. Curriculum, syllabus
and academic staff are listed, as well as all support provided for you. Please take the most
advantages of this book and make sure that you know all rules and regulations so that you may
finish your first two years at UI and transfer to Australia on time.
If you have any question please do not hesitate to contact the relevant person at FTUI including
your academic advisor and your lecturers. Have a rewarding two years of study at FTUI and best
wishes for your study!
Depok, August 2009
Faculty of Engineering – University of Indonesia
Dean,
Prof. Dr. Ir. Bambang Sugiarto, M.Eng.
NIP. 131 597 860
-i-
5. CONTENTS
Foreword i
Contents ii
Terminology iii
1. General Information 1
2. Academic System & Regulations 8
3. Departments
3.1. Department of Civil Engineering 14
3.2. Department of Mechanical Engineering 30
3.3. Department of Electical Engineering 40
3.4. Department of Metallurgy & Materials Engineering 49
3.5. Department of Architecture 64
3.6. Department of Chemical Engineering 75
4. Syllabus of Subjects by Faculty 86
5. Email Lists 91
FTUI Map
- ii -
6. Terminology
FRS : Formulir Rencana Study (Course Plan Form)
FTUI : Fakultas Teknik Universitas Indonesia (Faculty of Engineering
University of Indonesia)
GPA : Grade Point Average
IPK : Indeks Prestasi Kumulatif (Cumulative Grade Point Average)
IPS : Indeks Prestasi Semester (GPA for a Particular Semester)
PA : Pembimbing Akademik (Academic Advisor)
PAF : Pusat Administrasi Fakultas (Faculty Administration Centre)
PKM : Pusat Kesehatan Masyarakat (Student Health Care)
PUSKOM : Pusat Komputer (Computer Center)
P3T2 : Panitia Penyelesaian Pelanggaran Tata Tertib (Offence
Settlement Committee)
SKS : Satuan Kredit Semester (Semester Credit Unit)
S.T. : Sarjana Teknik (Bachelor of Engineering)
- iii -
7. 1. GENERAL INFORMATION
General Information
Thayeb as the Rector. Faculty of Engineering
was officially established on 17 July 1964,
consisting of Civil Engineering, Mechanical
Engineering, and Electrical Engineering De-
partments. The Department of Metallurgy
and the Department of Architecture were
opened in the following year. The Gas and
Petrochemical Engineering and the Industrial
Engineering Department were established, in
1985 and 1999, respectively.
Gedung Dekanat FTUI
1.1. University of Indonesia 1.3. FTUI Now
As one of the oldest universities in Indonesia, FTUI currently flourishes into a modern and
the University of Indonesia (UI) is pride for respected engineering education institution
reputation established by outstanding activi- in University of Indonesia with a vision to
ties in 12 faculties, one graduate school and become a world-class engineering education.
qualified graduates who have been very influ- To achieve its vision, FTUI declares its mission
ential in the history of the country. Since the statements:
establishment in 1950, UI continues to grow • Preparing its graduates to become life-
and flourish. Today UI remains a dynamic long learners, to be able to adapt to the
center of excellence for research and learn- working environment, and to acquire
ing, attracting more than 30,000 students. decent personalities and leadership
qualities.
UI activities spread in its two campuses,
the main campus located in Depok and the • To be center of excellence for education
Salemba campus in Jakarta. and research activities, to serve
stakeholders’ needs through facilitation
of conducive academic environment.
1.2. History of FTUI • To be a leading institution that responds
The history of Faculty of Engineering of to local, national and global societal
University of Indonesia (FTUI) began when a needs.
number of young engineers associated with Faculty of Engineering is the largest Faculty
PII (Indonesian Engineer Association) were with approximately four thousand students
asked by the first Indonesian President, Soek- and close to two hundred and fifty academic
arno, to renovate main streets in Jakarta. staff. More than sixty percent of the aca-
At that time Jakarta was preparing for a demic staff graduated from overseas institu-
big international sports event, the Ganefo. tions with Ph.D./Masters degrees.
Headed by Ir. Bratanata, Ir. Roosseno, Ir.
Sutami, and Ir. A.R. Soehoed, the project
FTUI consists of seven Departments and
was completed on time. After accomplish-
twelve Study Programs. A Department man-
ing the street renovation project, the young
ages academic resources to implement study
engineers brought a brilliant idea to the
plan based on a relevant curriculum, while,
President: “Why not establish an engineering
a Study Program is a coherent study plan
faculty in Jakarta as an alternative to that in
based on a certain curriculum so that learn-
Bandung”. The President undoubtedly agreed
ers attain a sufficient level of knowledge,
with the idea and appointed Prof. Ir. Roosseno
skills, and attitudes as targeted by the Study
as the first Dean of the Faculty of Engineering
Program. The existing Departments and Study
in the University of Indonesia with dr. Syarief
1
8. Programs are: QUT or Monash University (except chemical
Department of Civil Engineering consists of engineering). At the completion of their
Civil Engineering and Enviromental Engineer- studies in Australia, students will be awarded
ing Study Program. a Bachelor of Engineering degree from the
Australian University and a Sarjana Teknik
Department of Mechanical Engineering con-
degree when they return to FTUI and fulfill
sists of Mechanical Engineering and Naval
certain requirements. Chemical engineer-
Engineering Study Program.
ing students are required to finish their last
Department of Electrical Engineering con- semester at UI before they are awarded both
sists of Electrical Engineering and Computer the B.E. and the S.T. degrees.
Engineering Study Program.
Queensland University of Technology
Department/Study Program of Metallurgical (QUT)
and Material Engineering Department QUT is one of Australia’s largest universities
Department of Architecture, consists of offering a great choice of undergraduate
Architecture an Interior Architecture Study courses than most other universities. As a
Program university for the real world, QUT focuses
Department of Chemical Engineering, con- on preparing students for professional prac-
sists of Chemical Engineering and Bioprocess tices with a balance of theory and practical
Engineering Study Program education. The Faculty of Built Environment
and Engineering is one of the largest facul-
Department/Study Program of Industrial
ties in QUT and enrolls about 4000 students
Engineering
in a broad range of undergraduate and post
There is also the Opto-Electrotechniques and graduate courses. The Faculty promotes
Laser Application Study Program that accepts practical teachings with industry representa-
only graduate students. tives and professionals contributing to course
development and leadership in applied re-
search that directly benefits industry and the
1.4. International Undergra- professions. Using innovative teaching and
duate Program in Engi learning methods, the Faculty provides op-
neering (Double-Degree) portunities to develop sound communication
skills, technical abilities, and management
The international undergraduate programs in skills. Further details can be found in QUT
engineering (double-degree program) were website.
established between FTUI and the following
Australian higher education institutions:
Monash University
Faculty of Built Environment and Engineer- Monash University is the largest of Australia’s
ing, Queensland University of Technology 38 universities, which some 45,000 students
(QUT), Australia, in 2001 and 5,500 staff and one of the Groups
Department of Materials Engineering, of Eight, Australia’s leading universities.
Monash University, Australia, in 2001 Monash University’s contribution to global
research and education is resulting in inter-
Department of Chemical Engineering,
national partnership and alliances that are
Faculty of Engineering, Monash University,
steady growing its Research and Develop-
Australia, in 2002.
ment (R&D) base, industrial links and inter-
The international undergraduate program national recognition. Faculty of Engineering
(“International Class”) promotes high-qual- has outstanding records in industry interac-
ity engineering education through interna- tion demonstrated by its participation in 9
tional collaboration where students study Cooperative Research Centers, and numerous
at two institutions, the first two years at industry partnerships. Monash University of-
FTUI followed by two years of study at fers an opportunity to establish a research or
2
9. commercialization office in an internationally A broad technical education and develops
recognized Center of Excellence, and access student fundamental skills in metallurgy and
to the brightest and best undergraduate and material engineering.
postgraduate students, as well as access to
General Information
world class R&D. Further details can be found
Sarjana Teknik Kimia and Bachelor of Engi-
in Monash University’s website.
neering (Chemical)
A high-quality basic education in chemical
Double Degree Options
engineering fundamentals to develop the
Sarjana Teknik Sipil / Bachelor of Engineer-
skill required to apply these fundamentals
ing (Civil)
to chemical engineering, processes and
Civil engineering centers on planning, de- system whilst fostering student’s personal
sign, construction and maintenance of the development.
World’s infrastructure. Student can major in
environmental engineering in the final year.
Civil engineers are employed by governments Sarjana Arsitektur and Bachelor of Design
and private companies to engage in planning, (Architecture)
designing, constructing, and maintaining Provides graduates who has strong basic
structures and facilities including large build- knowledge of architecture and its applica-
ings, roads, bridges, railways, dams, water tion, with ability of applying responsif and
supply and sewerage systems. environmentally friendly architecture design
method. They are employed in construction
industries as architecs, interior design-
Sarjana Teknik Mesin / Bachelor of Engineer-
ers, or supervisors in building construction
ing (Mechanical)
project.
Mechanical Engineering focuses on mechan-
ics, design, materials, manufacturing, ther-
mofluids, tribology and engineering manage-
ment. Many graduates find employment as
1.5.Other Academic Programs
designers, consultants or project managers in at FTUI
industries associated with the use of natural Undergraduate Program: Regular Class
resources, including defense, power genera- and Extension Class; Professional Program
tion, sugar refining, oil refineries, mining and
manufacturing plants.
FTUI has been running undergraduate pro-
grams since 1964 starting with civil, mechani-
Sarjana Teknik Elektro / Bachelor of Engi- cal and electrical engineering departments.
neering (Electrical and Computer) In 1985, the Faculty established the depart-
This option provides a broad technical edu- ment of gas and petrochemical engineering
cation and develops students’ fundamental (now chemical engineering) and in 1999
skills in electrical, electronics and computer established the department of industrial
engineering. Electrical and computer engi- engineering. In 2000, FTUI opened the naval
neers design, install and maintain electri- engineering study program as part of the me-
cal, electronic, telecommunications and chanical engineering department. The total
computing systems on behalf of government length of study is between 8 to 12 semesters
electricity boards, and large manufacturing to accommodate the total academic load of
and engineering companies. 144-145 credit hours scheduled to be com-
pleted in 8 semesters awarded with Sarjana
Teknik (S.T.) degree or Sarjana Arsitektur
Sarjana Teknik Metalurgi dan Material / (S.Ars.) for Architecture Study Program.
Bachelor of Engineering (Metallurgical and The undergraduate student body is currently
Material) more than 4,000 students.
3
10. In 2009, Professional Program for Achitect is Cooperation: Prof. Dr. Ir. Anondo W.,
opened. This Program is designed for 1 year M.Eng.
for graduates of Department of Architecture, 6. Associate Dean for Human Resources,
Interior Architecture from all universities in Facilities & General Affairs: Dr. Ing. Nan-
Indonesia and overseas. dy Putra
9. Associate Dean for Commercial Ven-
ture:
Graduate Program Ir. Hendri D.S. Budiono, M.Eng.
FTUI started the Master Program in 1992 with 10. Head of Salemba Office: Dr. Ir. Mahmud
civil, mechanical, electrical and metallurgi- Sudribandriyo, M.Sc.
cal engineering study programs. Chemical
engineering, industrial engineering, and ar- Departments
chitecture study programs followed in 2000. The following are list of Head of Department,
In the same year, the Opto-Electrotechniques and Secretary of Department:
and Laser Application Study Program joined Civil Engineering: Prof. Dr. Ir. Irwan Katili,
the Faculty of Engineering. There are around DEA.; Wiwik Rahayu, Dr, Ir, MT
400 Masters level graduate students at Mechanical Engineering: Dr.Ir.Harinaldi,M.
FTUI. FTUI also offers doctoral degree pro- Eng; Dr.Ir. Gandjar Kiswanto, MEng
gram, which at the present, are offered by Electrical Engineering: Dr.Ir.M. Asvial, M.Eng;
Civil Engineering, Electrical Engineering, and Dr. Ir. Dodi Sudiana, MEng
Opto-Electrotechniques and Laser Applica- Metallurgical & Material Engineering: Prof.
tion, Mechanical Engineering, Metallurgy and Dr.Ing. Ir. Bambang Suharno; Dr. Ir. Wi-
Materials Engineering Chemical Engineering narto, MSc
and Architecture study programs. Currently, Architecture: Kemas Ridwan Kurniawan, ST,
around one hundred doctoral students reg- MSc. Ph.D.; Ir. Herlily, M.Urb. Des
istered at FTUI. Chemical Engineering: Prof. Dr. Ir. Widodo
Wahyu Purwanto, DEA.; Ir. Sutrasno Kar-
tohardjono MSc, PhD
Industrial Engineering: Dr. Ir. T. Yuri M. Za-
1.6. UI and FTUI Administration gloel, M.Eng.Sc; Fauzia Dianawati, Ir.,
UI M.Si
1. Rector: Prof. Dr. Gumilar R. Somantri,
derSoz. Full Time Professors
2. Deputy Rector for Academic and Student Prof. Dr. Ir. Budi Susilo Soepandji
Affairs: Dr.Ir.Muhammad Anis. M.Met Prof. Dr. Ir. Sutanto Soehodo, M. Eng
3. Deputy Rector for Human Resources , Prof. Dr. Ir. Sulistyoweni W., Dipl. SE. SKM.
Finance and General Administration Af- Prof. Dr. Ir. Tommy Ilyas, M.Eng
fairs: Drs. Ak. Tafsir Nurchamid, M.Si Prof. Dr. Ir. Irwan Katili, DEA
4. Deputy Rector for Research, Develop- Prof. Dr. Ir. I Made Kartika, Dipl. Ing.
ment and Industrial Cooperation: Su- Prof. Dr. Ir. Bambang Suryawan, MT
nardji, SE, MM Prof. Dr. Ir. Raldi Artono Koestoer
Prof. Dr. Ir. Bambang Sugiarto, M.Eng
FTUI
Prof. Dr. Ir. Yanuar, M.Eng
1. Dean of Engineering: Prof. Dr. Ir. Bam-
Prof. Dr. Ir. Tresna P. Soemardi
bang Sugiarto, M.Eng.
Prof. Dr. Ir. Budiarso, M.Eng
2. Vice Dean for Academic Affairs: Dr. Ir.
Prof. Dr. Ir. Yulianto S. Nugroho, M.Sc
Dedi Priadi, DEA.
Prof. Dr. Ir. Djoko Hartanto, M.Sc
3. Secretary of Faculty and Head of
Prof. Dr. Ir. Dadang Gunawan, M.Eng
FTUI Administration Center: Dr. Ir. Sigit
Prof. Dr. Ir. Bagio Budiardjo, M.Sc
Pranowo Hadiwardojo, DEA
Prof. Dr. Ir. Eko Tjipto Rahardjo, M.Sc
4. Associate Dean for Academic and Re-
Prof. Dr. Ir. Harry Sudibyo
search: Dr. Ir. Bondan T. Sofyan, M.Si.
Prof. Ir. Rinaldy Dalimi, M.Sc., Ph.D
5. Associate Dean for Student, Alumni and
Prof. Dr. Ir. Rudy Setiabudy, DEA
4
11. Prof. Dr. Ir. Iwa Garniwa, MK., MT Graduation
Prof. Dr. Ir. Nji Raden Poespawati,MT
Prof. Dr. Ir. Riri Fitri Sari, M.Sc.MM *)
Subject to change
Prof. Dr. Benyamin Kusumoputro, M.Eng
Short Semester
General Information
Prof. Dr. Ir. Kalamullah Ramli, M.Eng
Prof. Dr. Ir. Eddy S. Siradj, M.Sc Currently short semester is not available for
Prof. Dr. Ir. Johny Wahyuadi Mudaryoto International Program.
Prof. Dr. Ir. Anne Zulfia, M.Sc
Prof. Dr.-Ing. Ir. Bambang Suharno
Prof. Ir. Gunawan Tjahjono, M. Arch., Ph. D.
Prof. Ir. Triatno Yudo Harjoko, M.Sc., Ph.D 1.8. Facilities
Prof. Dr. Ir. Abimanyu Takdir Alamsyah, MS
Prof. Dr. Ir. Widodo Wahyu P, DEA FTUI Administration Center (Pusat
Prof. Dr. Ir. M. Nasikin, M.Eng Administrasi Fakultas/PAF)
Prof. Dr. Ir. Roekmiyati WS, M.S Academic administrative services for all
Prof. Dr. Ir. Anondo W., M.Eng. academic programs in FTUI are managed
by PAF. The services provided for students
Emeritus Professor include academic records, change of grades
Prof. Ir. Abdulkadir. from lecturers, testamur and academic
Prof. Nakoela Soenarta Dipl.Ing. transcripts, registration, absence of leave,
Prof. Ir. Soewondo B. Soetedjo Dipl. Ing. enrollments and letter of reference letter.
Prof. Dr. Ir. Muhammadi The working hour is at 08.00 to 16.00 from
Monday to Friday.
1.7. Academic Calendar
Administrative and academic schedules is Library
based on academic calendar set forth by UI FTUI library is located in Engineering Center
and FTUI. on the fourth and fifth floor. The collections
are related to science and engineering includ-
Term 1 *) ing civil engineering, mechanical engineer-
8 June - 24 August 2009: : ing, electrical and computer engineering,
Administrative and Academic registration metallurgical and material engineering,
at UI architecture, chemical engineering as well as
31 August - 4 December 2009: industrial engineering. The library provides
Course period services on:
19 October - 23 October 2009 • circulation services, memberships, book
Mid-semester examination lending;
7 December - 21 December 2009: • reference services provides reference
End of semester examination books, dictionaries, encyclopedia, hand-
30 January 2010 books and annual reports, etc. (1,962 col-
Graduation lections);
• text books on various subjects (12,414
collections);
Term 2 *) • final reports, thesis, dissertations for
December 2009 - January 2010: members only (11,792 collections);
Administration registration at UI and aca- • research reports services (933 collec-
demic registration at FTUI tions);
February-May 2010: • magazines, periodicals and journals ser-
Course period vices for reading and photocopying only
March-April 2010: (512 collections);
Mid-semester examination • on-the-job training reports and seminars;
May-June 2010: • photocopy and scanning services.
End-semester examination
August 2010: The library opens continuously from 08.30
5
12. to 19.00 (Monday to Friday), except Friday improve their English through conversa-
(break from 11.30 to 13.30). During the se- tion and TOEFL preparation classes. FTUI
mester breaks, the library opens from 08.30 students, particularly international class
to 16.00. The library website is http://www. students are encouraged to take advantage
lib.eng.ui.ac.id. Students can also use the UI of this course. Please contact CEP-CCIT FTUI
Central Library located in Depok Campus that for further information and registration.
open for public at 08.30 to 19.00 (Monday to Phone: 021-7863508, 78849047, email: ccit@
Friday), except Saturday open until 15.00. eng.ui.ac.id
The central library website is http://www. Career Development Center (CDC)
lib.ui.ac.id. Mobile access: www.lib.eng.ui.ac.
Career Development Center (CDC) facilitates
id/mob/
interactions between students/graduates and
Puskom Services industry to create employment opportunities.
Puskom (Pusat Komputer) provides ser- CDC also provides employment information
vices related to education and information to its members and organizes presentations
technology development for students and and interviews sessions for various companies
academic/non-academic staff. The office is looking for students/alumni. CDC is located
located at 2nd floor of GK Building at FTUI, at the 1st floor of the Engineering Center (EC)
Depok Campus. Main duties of Puskom is Building, Phone: 021-78880766.
to provide education facilities for students,
learning and research facilities for lecturers, 1.9. Laboratories
and services for education administration,
students and personnel. Puskom also pro- There are several laboratories in each De-
vides connection services to internet and partment supporting the academic and/or
local area network at the Faculty and the research activities.
University. Internet can be accessed at all • Department of Civil Engineering: Structure
area of FTUI. This facility can be used by and Materials Laboratory, Soil Mechanics
students as well as faculties. All computer Laboratory, Hydraulics, Hydrology and
networks have been connected by fiber optic River Laboratory, Transportation Labora-
cables for inter-building and copper cable in tory, Mapping and Surveying Laboratory,
the buildings with capacity of 100 Mbps. Be- Sanitation & Environmental Laboratory.
sides providing local networks, Puskom also • Department of Mechanical Engineering:
Mechanical Design, Mechanical Technol-
controls 7 computer servers with redundancy
ogy, Thermodynamics, Heat Transport,
backup to minimize troubles in academic and
Fluids Mechanics, and Manufacturing
research services. Computers are also avail- Technology, Refrigeration Engineering Na-
able for students at various locations at FTUI val Design Laboratory.
i.e. computer laboratory at 2nd floor of GK • Department of Electrical Engineering:
Building, at 2nd floor of Library building as HIgh Voltage and Electrical Measurement,
well as at FTUI building at Salemba Campus. Electrical Power System, Electrical Power
The service hour is 09.00 to 16.00 from Mon- Conversion, Electronics, Control, Digital,
day to Friday. For further information please Telecommunication, Computer Networks
contact Puskom at GK Building, 2nd floor, tel. and Optoelectronic Laboratory.
021-7863508, 021-2720011 ext. 64, or send • Department of Metallurgy and Materials
email to puskom@eng.ui.ac.id. Engineering: Chemical Metallurgy, Physi-
cal Metallurgy, Metallurgy Processing,
Mechanical Metallurgy, Corrosion, Metal-
‘LIA’ English Course by CEP-CCIT FTUI
lography and HST.
In cooperation with a well-known language • Department of Architecture: Building
Institution LIA, CEP-CCIT FTUI offers English Physics, Two Dimensions, Three Dimen-
language training for students who wish to sions, Photography
6
13. • Department of Chemical Engineering: Ba- 1.11. Student Organizations
sic Processes and Operations, Basic Chem-
ical Processes, Bio Process Engineering, Formal student organizations at the university
Chemical and Natural Product Engineer- level are Majelis Permusyawaratan Mahasiswa
General Information
ing, Chemical Process System and Sustain- (MPM) and Badan Eksekutif Mahasiswa (BEM)
able Energy Laboratory. while those at the faculty level are Badan
• Department of Industrial Engineering: Permusyawaratan Mahasiswa (BPM) and Senat
Management Information and Decision Mahasiswa (SM). Students can also spend their
Support System, Human Factors, Indus- special interests and hobby through Unit
trial Engineering and Management, Engi- Kegiatan Mahasiswa (UKM) such as marching
neering, Modelling and Simulation of Sys- band, choir, softball, martial arts, etc. Since
tem.
2004, the international class students have
their own student organization called Ikatan
Mahasiswa Program Internasional (IMPI).
1.10. Student Services
Several student services are available:
• Student Health Center or Pusat Kesehatan
Mahasiswa (PKM) with 2 clinics at Depok
and Salemba Campus. The clinics provide
general health, dental, orthodontics and
pharmacy services.
• Professional Counseling Services (psychol-
ogist and psychiatrist) are available to
help students deals with issues related to
personal problems, located at the Student
Health Center.
• Student Dormitory in Depok Campus.
• Shuttle bus from 07.00 to 21.00.
• Accident Insurance to cover students dur-
ing traveling to and from campus, inside
campus and during university’s activities.
• Sports Center (soccer field, field and
track, gymnasium, tennis courts, basket
ball and badminton).
• Student Activity Center both in Depok and
Salemba Campuses.
• Canteen/cafetaria in each faculty.
• Banks and ATMs in both campuses.
7
14. 2. ACADEMIC SYSTEM AND REGULATIONS
2.1. General 2.3. Grades
International Undergraduate Program in En- At the end of semester, students may down-
gineering is a joint double-degree program load Semester Grade Record as a report on
between UI/FTUI and Queensland University their academic performance, consisting of
of Technology (QUT) at Brisbane and Monash name and code of courses taken and Grade
University at Melbourne. In general, students Value. The grade value and points are listed
should follow academic regulations in each in Table 1.
institution. The program is designed for four
years of study where students spend the first Table 1. Grade Value and Points
half of the program at UI followed by the sec-
ond half in Australia. One semester consists
of 17-18 weeks of courses and other sched- Grade Grade Grade Grade
Value Points Value Points
uled academic activities, including 2-3 weeks
of mid-term and final-term examination A 4.00 C 2.00
periods. Learning activities consist of class A- 3.70 C- 1.70
sessions, laboratory work, studio, examina-
B+ 3.30 D 1.00
tions, quizzes, assignments, and final project
seminar (required for attainment of Sarjana B 3.00 E 0.00
Teknik degree). Courses at University of In- B- 2.70 T 0.00
donesia are conducted in English to prepare C+ 2.30 I -
students for their later study in Australia. To
maintain and improve quality of academic
processes at FTUI, the Academic Quality As- The highest grade is A with grade point of 4.00
surance Unit carries-out regular evaluation and the minimum passing grade of a course
to on-going course activities,through EDOM is C with grade point of 2.00. The instructor
(Evaluasi Dosen Oleh Mahasiswa) conducted may assign the ‘Incomplete’ (I) grade if the
at the end of semester by filling out on-line student has not made a reasonable attempt
anonym questionaires. This way student has to complete major session assignments, labo-
opportunities to give feedback on learning ratory projects and the lecturer has made a
activities at FTUI. reasonable effort to inform the student as
early as possible that an important part of
2.2. Semester Credit Unit (SKS) session work is incomplete. The ‘I” mark
should be changed to other grade within 1
The academic load of all scheduled academic month, otherwise, it will be automatically
activities such as courses, laboratory work, changed to ‘E’ grade. The “T” mark is given
and studio are measured in Semester Credit for no attendance in exam.
Unit or Satuan Kredit Semester (SKS). One
SKS means that the hours assigned to a 2.4. Grade Point Average
course are equivalent to 3 hours per week,
which includes 1 hour of scheduled lecture, (GPA)
1-2 hour(s) of structured activities such as Grade Point Average or GPA is used to evalu-
assignments and homework, and 1-2 hour(s) ate students’ performance either for a par-
of individual activities such as reading text- ticular semester in term of Indeks Prestasi
books. Semester (IPS), or, cumulatively for all of
the semester up to the most recent one in
term of Indeks Prestasi Kumulatif (IPK). The
formula used to calculate either IPS or IPK
8
15. is as follows: first part of the curriculum given at FTUI
consists of mainly of basic science or basic
n = 1(Grade Point Value x Semester Credit Unit) engineering courses and requires no elective
GPA
courses, therefore, students are required to
Academic System and Regulations
n=1 take all of the courses offered in the curricu-
lum. The detailed course program of 73-82
IPS is used to determine the maximum credit SKS to be completed at FTUI is available in
units allowed to be taken by a student in chapter 3.
Starts at semester 2, the maximum SKS can be
the upcoming semester, while, IPK is used
taken by a student is determined by their IPS
to determine students’ evaluation status,
as shown in table 3.
eligibility to transfer status and graduation
predicate at the end of their study.
Table 3. Maximum study load in a
2.5. Length of Study and semester
Academic Load IPS Maximum SKS
International class curriculum is designed 2.00 16
for 4 years of study with maximum length 2.01 – 2.50 18
of study of 12 (twelve) semesters, includ-
2.51 – 3.00 20
ing those spent at the partner university.
Table 2 shows the duration of international 3.01 – 3.50 22
program. > 3.50 24
Table 2. FTUI’s International Class
programs.
2.6. Academic Performance
Partner Duration Evaluation
Departments
University (semesters) During the academic semester, students’ aca-
Civil demic performance is continuously monitored
QUT 4+4
Engineering through regular assignments, home-works,
quizzes, or examinations. The minimum
Mechanical
Engineering
QUT 4+4 evaluation components of a course are mid-
semester and end-of-semester exams. To sit
Electrical on end-of-semester exams, students should
QUT 4+4
Engineering fulfill the following requirements:
Architecture QUT 4+4 • The courses taken have been registered
Metallurgical 4+4
and verified by Academic Advisor during
Monash the academic registration period;
and Materials
University • Have fulfilled all of the administrative
Engineering
and academic requirements for the on-
Chemical Monash 3+4+1 going semester;
Engineering University • Have completed all of the required as-
signments.
The term 4+4 means that the first four se-
The university also requires that students
mesters of study is completed at FTUI and
maintain satisfactory academic performance
the last four semesters at partner universi-
during their study at FTUI and meet the
ties. For chemical engineering, the students
following evaluation criteria to be able to
spend the first 3 semesters at FTUI, continue
continue their studies:
for 4 semesters at Monash University and
complete the final semester at FTUI. The • Attain at least 24 SKS of minimum C and
obtain IPK not less than 2.00 at the end of
9
16. their second semester present their final project results to Fac-
• Attain at least 48 SKS of minimum C and ulties in their home Department in FTUI.
obtain IPK not less than 2.00 at the end of
their fourth semester (4+4 program) 2.8. On-the-Job Training
• Attain at least 36 SKS of minimum C and
obtain IPK not less than 2.00 at the end of Students must complete on-the-job training
their third semester (3+4+1 program) when they are in the university partners in
• Carry-out administrative and academic Australia as one of the requirements set by
registration during the registration pe- the Institute of Engineers Australia (IEAust) to
riod obtain accredited B.E (Bachelor of Engineer-
• Conformity to UI student code of conduct ing) degree. On-the-job training is a good
Students who fail to do administrative and opportunity for students to apply their skills
academic registration in two consecutive and build networks in industry. It is strongly
semesters will not be able to continue their suggested that students do their Job Train-
studies. ing in Australia. However, if they cannot do
it in Australia, they are allowed to do it in
2.7. Academic Degrees Indonesia with prior permission from partner
University.
After completing the international under-
graduate degree in Engineering, students will 2.9. Student Record, Academic
gain the two academic degrees:
• B.E. (Bachelor of Engineering) degree
Transcript and Diploma
form QUT and Monash accredited by the Students’ record, academic transcript and
Institute of Engineers Australia (IEAust) diploma can be obtained from the Faculty
and the Department of National Educa- Administration Center (PAF). Students’ re-
tion of Republic of Indonesia. cord and academic transcript list the names,
• S.T. (Sarjana Teknik) degree from Uni- codes, and grades of all of the courses at-
versity of Indonesia, the same degree tempted by a student and also show the cu-
awarded to the engineering undergradu-
mulative GPA. Student record is issued only
ate program graduates accredited by the
if requested by a student, while, academic
Department of National Education of Re-
public of Indonesia. transcript is automatically issued when a
student finishes his/her study. Graduates of
the international double degree program will
All of the international undergraduate pro- get transcripts and diplomas from both UI and
gram students, except chemical engineering QUT or Monash University. Those who choose
students, have an option not to obtain their to get their S.T. degree must obtain their B.E.
S.T. degrees. Chemical engineering students degree from QUT or Monash University and
can not waive their S.T. degrees but they return to UI to present their final project.
will receive S.T. and B.E. degrees simultane-
ously, after successfully completing their 8th
semester at UI.
2.10. Requirements for Trans-
Requirements for an S.T. degree are:
fer to University Partners
• Satisfactory completion of the academic in Australia
program in partner universities. Eligible student can continue his/her study
• Completion of all of the required courses to university partners in Australia if he/she
at UI with grades equal to or better than fulfills the following requirements:
C.
• Total length of study spent at UI and part- 1. Minimum GPA of 2.75 at the end fourth se-
ner university not longer than twelve se- mester for the 4+4 program or at the end
mesters. of third semester for the 3+4+1 program;
• Students take and complete final project 2. Passed all required subjects with mini-
at the end of their study in Australia and mum C.
10
17. 3. MInimum IELTS score of 6.0 with no band and in solving their academic problems
lower than 6.0 or TOEFL score > 550 (pa- • Monitoring and evaluating student’s aca-
per-based test) or 213 (computer-based). demic performance during their period of
4. If GPA < 2.75, student may take more study.
Academic System and Regulations
semesters to improve his/her GPA while
administratively and academically regis- Students should logon to https://academic.
tered at FTUI. ui.edu using username and password provided
5. If GPA > 2.75, and IELTS score <6.0 or by the Office of Pengembangan Pelayanan
TOEFL score < 550 and wishes to gain a Sistem Informasi (PPSI) UI. Students could
Sarjana Teknik degree, he/she should im- get their username and password at Building
prove his/her IELTS/TOEFL score while A, Faculty of Computer Science, Depok. Stu-
administratively and academically regis- dents could also download course schedules
tered at FTUI. and academic calendar from the website.
6. If GPA > 2.75, and IELTS score <6.0 or After completing the online FRS, students
TOEFL score < 550 and do not wish to gain should print the form (3 copies) and meet
a Sarjana Teknik degree, he/she has op- their PA to discuss, verify and validate the
portunity to improve his/her IELTS/TOEFL courses taken. Students have to check their
score without having to register adminis- FRS after registration period to ensure that
tratively at FTUI. the courses taken are correct. Fines will be
levied to students for late administrative and
2.11. Administrative and academic registration, as per the university
Academic Registration or the faculty regulation.
Registration and Course Guidelines Sanction
1. Students who do not complete the adminis-
Before administrative registration takes trative registration, will obtain a non-active
place, FTUI publishes an academic calendar status during current semester, which is in-
for one semester listing schedules for courses, cluded as their length of study.
mid-term, final-term examinations and other 2. Students who do not complete the academic
academic activities. The academic calendar registration, will not able to follow acade-
and course schedule could be accessed at mic activity during current semester.
http://www.eng.ui.ac.id, and SIAK NG. 3. The non-active students do not need to pay
for tution fee.
Administrative Registration 4. Students who do not complete the adminis-
Administrative Registration includes pay- trative registration and academic registra-
ments of tuition fee and admission fee. tion for a consecutive 2 (two) semesters,
Students are responsible for paying fees by will be considered resigned as a student
the payment deadline. Students who do not without notification from the university.
complete the registration process by the pay- 5. Late payment will subject to 50% penalty
ment deadline will not be registered at that (from the amount of outstanding fee).
particular semester will be included toward 6. The penalty must be paid on the next se-
student’s allowed length of study. mester.
Academic Registration Exception Administrative Registration
Students should do online academic registra- When non-active students, with all reason
tion, consult with his/her Academic Advisor intend to maintain their status as active
for approval and signing the Course Plan students, they have to follow the procedure
Form or Formulir Rencana Studi (FRS) during of administrative registration:
the academic registration period. The main • Obtain the approval from FTUI by filling
duties of Academic Advisor are: out a form available at PAF (Pusat Admin-
• Helping and directing students in their istrasi Fakultas/ Faculty Administrative
study plan particularly in selecting courses Center).
11
18. • The students must come to the Director- pay full amount (100 %) of tuition fee.
ate of Finance UI to obtain the approval
for paying the tuition fee after paying 2.14. Offenses and Sanction
the penalty 50% from the tuition fee on In any particular courses, no students shall
the current semester. engage in any form of unethical or improper
• The approval will be used by the students conduct, such as but not limited to examina-
for paying the tuition fee manually. tion offenses:
• Students must give the copy of the • Utilizing unauthorized materials/notes
payment record to the Directorate of to enhance performance during on
Finance UI for verification. examination.
• Attempting to observe the work of
2.12. Registration while in Uni- another student.
• Taking an examination for another
versity Partners in person, or permitting someone else to
Australia do so.
• Collaborating improperly by joint effort
Students who are studying at university on discussion in anyway expressly
partner in Australia and willing to obtain the
prohibited by the lecturer.
Sarjana Teknik degree from FTUI should pay
When incidents, as enumerated above oc-
10% of the tuition fee to UI during adminis-
curs, the following sanctions may be imposed
trative registration period. This regulation
(as per FTUI regulation):
is not applicable to those who do not wish to
obtain the S.T. degree from UI. • The student may be assigned E for the
subject in question
• The student may be suspended for one
2.13. Academic Leave semester
• The student may be dismissed or
Students who wishes to be away from his/her expelled by FTUI
academic endeavors at FTUI for one to two If necessary, a meeting of Panitia Penyelesa-
semesters, but intend to return to FTUI are ian Pelanggaran Tata Tertib (Offence Settle-
eligible for academic leave of absence. Leave ment Committee) (P3T2) may be held.
of absence could be only given to student who
has studied at least two semesters at FTUI. 2.15. General
Procedures of Academic Leave In-line with global science and technology
1. To obtain academic leave, a student must development, curriculum for the interna-
fill in a form available at PAF building before tional undergraduate class emphasizes on the
the beginning of the administrative registra- following three important aspects:
tion period of semester.
• Flexibility in pursuing development of sci-
2. If the academic leave is approved, PAF will
ence and technology
change the status of the student as academ-
• Market oriented curriculum structure to
ic leave and the amount of tuition fee will
fulfill local and international expertise
automatically be changed.
needs
3. The student must pay 25 % of tuition fee
• Core subject matter is developed and
during the period of administrative registra-
updated based on curriculum of partner
tion of the intended semester.
universities abroad and on international
4. If the students fails to pay during the pre-
accreditation standard set up by Accredi-
scribed period of administrative registra-
tation Board for Engineering and Technol-
tion, Exceptional Administrative Registra-
ogy (ABET).
tion will apply.
5. If the Academic Leave is proposed not ac- Compilations of each course’s objectives and
cordance with point (1) above, or is proposed syllabi offered by the study programs are
after the semester is on, the student should listed alphabetically for each department.
12
20. 3. DEPARTMENTS
3.1. DEPARTMENT OF CIVIL 3.1.2. VISION, MISSION AND OBJECTIVE
ENGINEERING OF THE DEPARTMENT OF CIVIL
ENGINEERING – FTUI
3.1.1. GENERAL
Civil Engineering is the oldest engineering Vision of the Department of Civil Engineer-
discipline and has a wide coverage. Civil En- ing– FTUI
gineering is not just an applied science, but “To become a Professional Education Body
relates with real life problem solving which with a Reliable Management System”
affects to the quality of life in society.
Mission of the Department of Civil Engineer-
Civil engineering has a wide scope which ing – FTUI
includes the public as well as private sec- A. To create a reliable management system.
tors in answering current challenges such B. To develop education excellence in the
Department of Civil Engineering.
as problems of pollution, development and
C. To continuously develop human resourc-
conservation of facilities for floods, earth-
es.
quakes, traffic jams and the development
of urban areas. A civil engineering graduate
Objectives of the Department of Civil En-
plans, designs and develops as well as man-
gineering – FTUI
ages various facilities in the efforts to fulfill
the requirements of modern human life.
A. The objectives of the education sector
are harmonized with the purpose of the
Works that need the expertise of civil en- Study Program.
gineering varies in dimension as well as B. The objectives of the research field are:
coverage, such as: bridges, buildings and 1. Provide contribution for the develop-
structures, power plants, offshore struc- ment of science and technology.
tures, sea ports and sea transport channels, 2. Increase the relevancy of the study
piping, roads, airports, transportation sys- process to the development of modern
tems, dams, drainage systems, clean water science.
systems, solid and liquid waste management C. The objectives of the society devotion
systems and other dangerous poisonous waste field are:
management systems. 1. Function as well as contribute in the
national development.
2. Contribute ideas as well as have direct
Civil Engineering education prepares student involvement in society.
so that they are able to create in the area of
planning, design, construction and manage- 3.1.3. VISION, MISSION AND OBJECTIVE
ment of various Civil Engineering work. OF THE CIVIL ENGINEERING
STUDY PROGRAM–FTUI
The Department of Civil Engineering – FTUI
Vision of the Civil Engineering Study Pro-
at this moment manages two study program,
gram – FTUI
Civil Engineering and Environmental Engi-
“ Become a superior center of science and
neering Study Program, which offer Bachelor,
technology in the Civil Engineering field
Master and Doctoral Programs.
which has environmental visions and can
participate in the global market.”
14
21. Mission of the Civil Engineering Study Pro- above qualifications, the Civil Engineer-
gram – FTUI ing Study Program FTUI supplies students
A. Increase the quality of graduates in the with:
thorough knowledge of civil engineering A. Strong basics in science (mathematics,
Department Civil of Engineering
education, with a strong foundation, and physics, chemistry, and engineering).
international standards to which have en-
vironmental visions. B. Ability to design and carry out research as
B. Actively contribute ideas through research well as analyze and interpret data
as well as direct involvement in the de- C. Ability to identify, formulate and solve
votion to society which is orientated to problems in the engineering field based
the development of basic facilities in the on inquiry of recent issues.
civil engineering field, which remain to D. Introduction to applied economics, risk
consider the compatibility of humans and analysis and decisions in facing uncer-
nature. tainty, and social-politic impacts towards
C. Form and guide students who have inde- engineering work.
pendent leadership and personalities, as E. Ability in techniques of communication,
well as can socialize, communicate ef- forming a team, and leadership.
fectively, and highly respect professional F. Ability to design a system, components or a
ethics. process to fulfill the required needs.
Objectives of the Civil Engineering Study Graduates of the Civil Engineering Study Pro-
Program – FTUI (Undergraduate Engineering gram serve society through the application
Education Program /Strata-1) of their knowledge and skills of planning,
designing, construction of facilities in various
The civil Engineering Study Program is aimed extensions of discipline such as:
to produce graduates who are able to: a. Structural Engineering: buildings, bridges,
1. Apply elementary civil engineering knowl- power stations, dams, tunnels, sea ports
edge into activities of planning, design, and other structures.
management, problem solving in the Civil b. Water Resources: management of water
Engineering area. resources, irrigation, flood and drainage
2. Conduct experiments and analysis as well control, power plants, offshore and coast-
as interpret data / information in the Civil al engineering.
Engineering area. c. Environmental Engineering: Providing of
3. Describe ways to use software and labora- drinking water and its distribution, chan-
tory equipment for planning, design, con- neling and processing waste, control of
struction and system management needs air and water pollution, and garbage man-
in Civil Engineering. agement.
4. Describe standards and regulations which d. Transportation Engineering: airports, sea
apply in the Civil Engineering field and use ports, main roads, railroads, transpor-
them in planning. tation systems along with the facilities
5. Describe legal aspects and the relation- which accompany them.
ship with the civil engineering industry. e. Construction Management: planning and
6. Describe several management and eco- control of construction, construction
nomic aspects in execution of simple civil technology, cost estimation, and financ-
engineering building constructions. ing of construction projects.
7. Communicate effectively minimal in Ba- f. Geotechnical Engineering: investigation
hasa Indonesia and English and socialize of soil, foundation design, bevel stability,
with groups in the civil engineering field stockpile/reclamation & land excavation,
and other fields as well as be able to work bevel stability, repair & land stabilization,
independently as well as in a team with utilization of underground rooms/tun-
full responsibility as well as high respect nels.
to professional ethics. The spans of the above disciplines are carried
In the agenda of producing graduates with the out by the Civil Engineering Study Program
15
22. and grouped to become five interests, which tion System, Traffic Engineering, “Artifi-
are: cial Intelligence”, Public Transportation
1) Structure Logistics, Transportation Policies.
2) Water Resources Management and Envi- Sulistyoweni Widanarko
ronmental Engineering (Ir, Sanitation Engineering, ITB, 1969,
3) Transportation Dipl. SE. Institute of Hydraulics Engineer-
4) Construction Management ing, Delft, Netherlands, 1974, SKM, FKM-
5) Geotechnical Engineering UI, 1981, Dr., IKIP Jakarta, 1998, Prof.,
UI, 2004) Water Treatment Technology,
Clean Water Treatment System, Garbage
3.1.4. STAFF
Treatment, Education Technology.
Head of Department:
Irwan Katili
Prof. Dr. Ir. Irwan Katili
(Ir, Civil, FTUI, 1985, DEA. Universite
Head of Civil Engineering Program:
Technique de Compiegne, France, 1988,
Prof. Dr. Ir. Irwan Katili
Dr. Universite Technique de Compiegne,
Head of Environmental Engineering Pro-
France, 1993, Prof., UI, 2005) Finite Ele-
gram:
ment Method
Prof. Dr. Ir. Sulistyoweni Widanarko Dipl. SE Tommy Ilyas (Ir, Civil, FTUI, 1979, M.Eng. Shef-
Secretary of Department: field University, UK, 1983, Dr. FTUI, 2002,
Dr. Ir. Wiwik Rahayu, DEA Prof., UI, 2006) Structural System Plan-
Head of Structure and Materials Laboratory: ning, Geotechnical Engineering, Project
Dr.Ir. Elly Tjahjono S, DEA Management.
Head of Soil Mechanics Laboratory:
Dr.Ir. Widjojo A Prakoso Permanent Lecturers:
Head of Hydraulics, Hydrology and River Alan Marino (Ir, Civil, FTUI, 1984, MSc., Wis-
Labortory: consin Madison Univ., USA, 1989) Road
Ir. Siti Murniningsih, MS Pavement Planning, Traffic Management,
Head of Transportation Laboratory: Transportation/Traffic Software Develop-
Ir. Ellen S. W. Tangkudung, MSc ment, Data Bank & Information System.
Head of Mapping and Surveying Laboratory: Alvinsyah (Ir, Civil, FTUI, 1986, M.S.E., Univer-
Ir. Alan Marino, MSc sity of Michigan, Ann Harbor, USA, 1990)
Head of Sanitation & Environment Labora- Transportation System Planning, “Arti-
tory: ficial Intelligence”, Traffic Engineering,
Dr. Ir. Djoko M Hartono Public Transportation, Road Pavement.
Ayomi Dita Rarasati (ST, SIPIL , FTUI, 2004, MT
Corresponding Address : FT UI, 2006), Project Management
Departemen Teknik Sipil Bambang Setiadi (Ir, Civil, FTUI, 1979) Water
Fakultas Teknik Universitas Indonesia Engineering, Project Management, Struc-
Kampus UI, Depok 16424 tural Engineering.
Phone :+62 21-7270029/+62 21-787 1760 Damrizal Damoerin (Ir, Civil, FTUI, 1979, MSc.,
Fax. :+62 21 7270028 ITB, 1991, DR, FTUI, 2009) Geotechnics,
Soil Mechanics.
Permanent Proffesors : Djoko M. Hartono (Ir, Sanitation Engineer-
Budi Susilo Soepandji ing, ITB, 1979, M.Eng Asian Institute of
(Ir, Civil Engineering, FTUI, 1979, DEA Technology, Bangkok, Thailand, 1984, Dr,
Ecole Centrale Paris, France, 1983, Dr. Environment Science, 2007) Clean Water
Ecole Centrale Paris, France, 1986, Prof., System Planning, Waste Water, Sanitation
UI, 1998) Soil Repair, Consolidation, & Garbage Management, Plumbing System
Foundation Engineering, Soil Mechanics, Planning.
Geotechnical Engineering. Dwinanti (ST, MT, Sipil, FTUI)
Sutanto Soehodho Dwita Sutjimingsih SM (Ir, Civil, FTUI, 1977,
(Ir, Civil, FTUI, 1986, M.Eng. Tokyo Uni- Dipl. HE. Institute of Hydraulics Eng.
versity, Japan, 1989, Dr. Tokyo University, (IHE), Delft, Netherlands, 1981, Dr.-Ing.
Japan, 1992, Prof., UI, 2004) Transporta- Institute für Wasserwirtshaft, Hydrolo-
16
23. gie und Landwirtschaftlichen Wasserbau, Irma Gusniani Sofian Danumihardja (Ir, Sani-
Univ. Hannover, Germany, 1984) Coastal tation Engineering, ITB, 1979, MSc. Uni-
Engineering, River Engineering, Hydrol- versity of Colorado, Boulder, USA, 1993)
ogy, Drainage Systems. Hazardous Waste Treatment.
El Khobar Muhaemin Nazech (Ir, Civil, FTUI, Iwan Renaldi Soedigdo (Ir, Civil, FTUI, 1978,
Department Civil of Engineering
1982, M.Eng Asian Institute of Technol- MSCE. The George Washington University,
ogy, Bangkok, Thailand, 1988) Sanitation USA 1988, Ph.D., Texas A & M University,
& Environment Engineering, Draination USA, 1996) Coastal and Off-shore Engi-
System, Urban & Rural Planning, Pollution neering, Marine Hydrodynamics, Off-shore
Prevention. Structural Planning (shallow and deep
Ellen SW Tangkudung Karamoy (Ir, Civil, FTUI, water), Floating Offshore Structures, Sub-
1982, MS. Civil, ITB, 1992) Highway Engi- marine Pipelines and Underwater Struc-
neering, Economic Analysis of Transporta- tural Systems, Harbor & Marine Design
tion Projects, Traffic Engineering. and Planning, Finite Element Method, Sea
Elly Tjahjono Sutiono (Ir, Civil, FTUI, 1980, Energy Resources.
DEA. Insa de Lyon, France, 1989, Dr. FTUI, Jachrizal Sumabrata (Ir, Civil, FTUI, 1988,
2005) Structural Mechanics, Concrete MSc., Leeds Univ., Leeds, UK, 1994, Dr.,
Structures, Building Structure Planning. Melbourne University, 2004) Transporta-
Essy Ariyuni (Ir, Civil Engineering, ITS, 1975, tion Management & Engineering, Highway
MSc., University of Wisconsin, Madison, Engineering.
USA 1979, Dr, QUT, 2008) Structural Me- Josia Irwan Rastandi (Ir. Civil FTUI, 1994, MT.,
chanics, Building Structure Planning, Con- FTUI, 1996, DR.-Ing., Technische Univer-
crete Structures, Steel Constructions. stat, Munchen, Germany, 2003) Earth-
Firdaus Ali (Ir, Environmental Engineering, quake Resist Design, Dynamics, Soil Struc-
ITB, 1982, MSc., Environment Engineer- ture Interaction, Structural Mechanics
ing, University of Wisconsin, Madison, Madsuri (Ir, Civil, FTUI, 1979, MT., UI, 1995)
USA, 1998, Ph.D, Environment Engineer- Concrete Structures, Material Properties.
ing, University of Wisconsin, Madison, Martha Leni Siregar (Ir, Civil, FTUI, 1987, MSc.
USA, 2002) Clean Water System Planning, In Transportation Planning & Engineering,
Domestic and Industrial Waste Water Univ. of Southampton, 1991) Environmen-
Treatment System. tal Effects Analysis of Transportation,
Heddy Rohandi Agah (Ir, Civil, FTUI, 1978, Land Surveying, Road Geometry.
M.Eng. Asian Institute of Technology, Mohammed A. Berawi (ST, Teknik Sipil Un-
Bangkok, Thailand, 1984) Transportation sri, PhD, Oxford Brookes University, UK,
& Design Engineering, Material Proper- 2006)
ties. Mulia Orientilize (Ir, Civil, FTUI, 1996, MSc.,
Herr Soeryantono (Ir, Civil, FTUI, 1982, MSc. Nanyang Technological University, Singa-
Civil Engineering, Michigan State Univer- pore, 2000) Mechanical Engineering, Steel
sity, USA, 1988, Ph.D, Michigan State Uni- Structures, Concrete Structures, Compos-
versity, USA, 1995) Hydrology, Hydraulics, ite Connection.
Ground Water, Finite Element Method, Nachry Chadijah (Ir, Civil, FTUI, 1988, MT,
Management Information System. FTUI, 1997) Traffic Engineering, Transpor-
Heru Purnomo (Ir, Civil, FTUI, 1985, DEA. tation System & Planning.
Insa de Lyon Universite’ Blaise Pascal, Purnomo Margono (Ir, Civil, FTUI, 1974) Struc-
Clermont Ferrand, 1989, Dr. Universite’ tural Planning, Bridge Design, Concrete
d”Orle’ans. France, 1993) Structure Ex- Structures.
plosion Interaction, Structural Design. Ruswan Rasul (Ir, Civil, FTUI, 1975, MS, Enivon-
Henki Wibowo Ashadi (Ir, Civil, FTUI, 1987, ment Science, 2005) Project Management,
DR.-Ing, TH Darmstadt, Germany, 1997) Construction Management.
Structural Mechanics, Bridge Design, Steel Setyo Sarwanto Moersidik (Ir, Sanitation En-
Structures, Earthquake Resistant Struc- gineering, ITB, 1983, DEA. Universite’de
tures. Montpellier II, France, 1988, Dr.
IGA. Ktut Alit (Ir, Civil, FTUI, 1971) Structural Universite’de Montpellier I, France, 1992)
Planning, Building Construction. Waste Water Processing and Treatment,
17
24. Environmental Quality Treatment. Widjojo Adi Prakoso (Ir, Civil, FTUI, 1993,
Setyo Suprijadi (Ir, Civil, FTUI, 1979, MS, En- MSc. Cornell University, USA, 1998, PhD,
vironment Science, UI, 1997) Structural Cornell University, USA, 2002) Mechanical
Planning, Construction Management, Engineering, Soil Mechanics and Geotech-
Project Supervision. nical Engineering.
Sigit Pranowo Hadiwardoyo (Ir, Civil, FTUI, Wiwiek Rahayu (Ir, Civil, FTUI, 1992, DEA,
1985, CES. ENTPE Lyon, France, 1988, DEA Ecole Centrale de Paris, 1999, Dr. ECP,
Ecole Centrale de Lyon, Dept. Mecanique 2003) Soil Mechanics & Geotechnical En-
des Solides, France, 1989, Dr. Soil Mechan- gineering.
ics, 2002) Transportation Engineering, Soil Wulan Kajes Kaligis (Ir, Civil, Unsrat, 1988,
Mechanics, Road Planning, Transportation MSc., Post Graduate, ITB, 1992) Structural
Economics. Mechanics, Steel Structures, Statistics.
Siti Murniningsih (Ir, Civil Engineering, UnDip, Yuskar Lase (Ir, Civil, FTUI, 1986, DEA Ecole
1979, MS, Civil Engineering, ITB, 1983) Centrale de Lyon, Dept. Mecanique des
Water Resources System & Treatment, Soildes, France, 1988, Dr. Ecole Centrale
River Engineering. de Lyon, Dept, Mecanique des Solide,
Sjahril A. Rachim (Ir, Civil, FTUI, 1977, M.Eng. France, 1992) Structural Planning, Vibra-
Structural Engineering, Asian Institute tion Engineering, Civil Engineering Build-
of Technology, Bangkok, Thailand, 1983) ing Instrumentation.
Structural Planning, Steel Constructions, Yusuf Latief (Ir, Civil, FTUI, 1986, MT, FTUI,
Concrete Constructions. 1997, Dr., FTUI, 2006) Mechanical Engi-
Suyono Dikun (Ir, Civil, FTUI, 1975, MSc. Uni- neering, Construction Management.
versity of Wisconsin, Madison, USA, 1984,
PhD. University of Wisconsin, USA, 1988) 3.1.5. CIVIL ENGINEERING STUDY
Urban Transportation Planning, Traffic En- PROGRAM CURRICULUM
gineering, Transportation System Manage-
ment. The curriculum is a frame of reference for or-
Tri Tjahjono (Ir. Civil, FTUI, 1981, MSc., ganizers, students and lecturers in conduct-
Transporation Planning & Engineering, ing the duties according to each role. Table
Leeds University, UK, 1987, Dr., Leeds 3.1 shows course structures of the both Civil
University, UK, 2004) Transportation/Traf- Engineering Study Program in UI and QUT.
fic
18
25. Table 3.1 COURSE STRUCTURE OF CIVIL ENGINEERING
Year 1 Semester 1(UI) Year 1 Semester 2 (UI)
Code Subject Credit Code Subject Credit
Department Civil of Engineering
ENG100801I Calculus 4 ENG100804I Linear Algebra 4
ENG100802I Basic Chemistry 2 ENG200802I Physics (Electricity, 4
ENG100803I Engineering Drawing 2 Magnetism, Wave, Optics)
ENG100805I Physics (Mechanics & Heat) 4 CES120802I Building Construction 3
Basic Computer CES210802I Statics 3
ENG100807I Communication Skill in 3 CES210804I Material Properties (3+1) 4
ENG100808I English 3
18 18
Year 2 Semester 3 (UI) Year 2 Semester 4 (UI)
Code Subject Credit Code Subject Credit
ENG200805I Statistics and Probability 2 ENG200803I Environmental Science 3
ENG200810I Engineering Mathematics 4 CES220805I Civil Engineering System 3
CES210801I Introduction Civil 3 CES220801I Engineering Geology and 3
CES210803I Surveying (2+1) 3 Soil Properties (2+1)
CES220802I Solid Mechanics (3+1) 4 CES220804I Dynamics 2
CES220803I Fluid Mechanics (2+1) 3 CES310801I Water Engineering 5
CES220806I Construction Management 3
& Legal Aspect
19 19
Year 3 Semester 5 (QUT) Year 3 Semester 6 (QUT)
Code Subject Credit Code Subject Credit
UUI11001 Integrated Character 6 UUI12030 Sport/ Art 1
Building CES320801I Structural Design 5
ENG300801I Engineering Economics 2 CES320802I Highway Engineering 3
ENG300802I Health, Safety & 2 CES320803I Sanitary Engineering 4
Environment CES320804I Foundation Engineering 3
CES310802I Strutural Analysis 3 CEF410802I River Engineering 3
CES310803I Soil Mechanics (2+1) 3
CES310805I Highway Engineering 1 3
CES320805I Mechanical Earth Movement 3
& Heavy Equipment
22 19
Year 4 Semester 7 (QUT) Year 4 Semester 8 (QUT)
Code Subject Credit Code Subject Credit
CES400801I Internship 3 CES400803I Final Project 4
CES400802I Seminar 1 CES400804I Integrated Project 5
CEF410805I Design of Bridge Structure 3 Electives (offered by other 2
CEF420803I Design of Seismic Resistance 3 dept.)
Structure Electives (offered by other 2
Electives (offered by other 2 dept.)
dept.)
Electives (offered by other 2
dept.)
Electives (offered by other 2
dept.)
16 13
19
26. 3.1.6. SUBJECT SYLLABUS structures. Able to calculate and construct
internal force diagrams in various statically
CES210801I determinate structures and able to calculate
INTRODUCTION TO CIVIL ENGINEERING and construct influential lines of statically
SYSTEMS determinate structures caused by moving
3 sks loads upon them.
Study Objectives: Provide understandings Syllabus: General knowledge of forces, force
to students concerning civil engineering characteristics; calculating force resultants,
system (and the environment), and intro- composition of several forces, force analysis,
duce to student concerning the process of force balance using analysis and graphics;
engineering design, including communicating Identification of various structure types;
the results. Definition of force in a structure plane, ana-
Syllabus: Engineering Analysis and Design, lyzing and calculating placement reactions
Design Process, Design Documentation, and and internal forces in statically determinate
construction technology by using the ap- structures (simple beams, cantilever beams,
proach of Case Based Programs, in the form of beams with changeable positions, Gerber
the urban settlement environment (develop- beams, beam with indirect loads, portals,
ment of case examples of Eng. Drawing sub- three hinged portals, hanging structures
jects). Content: civil infrastructure system; and supports); Analyzing and calculating
Transport, Drainage, Sanitation, Garbage, truss forces in beam structures and beam
Clean Water, Energy & Telecommunications, framework spaces.
Fasos-Fasum (constructions and relevant Description of influential lines for stati-
facilities, example: education, religious cally determinate structures; Analyzing and
services, entertainment, government), Open calculating influential line equations for
green areas, Commercial. placement reactions and internal forces in
Requirements: --- a statically determinate structure plane, as
Text Books: well as calculating maximum value of forces
1.R.S. Narayanan, A.W. Beeby, Introduction to in a structure plane caused by moving loads
Design for Civil Engineers, Spon Press, 2000 acting upon them.
2.Bughardt, Introduction to Engineering De- Text Books:
sign and Problem Solving, McGraw Hill, New 1. Hibbeler, R.C., Engineering Mechanics Stat-
Jersey, 1999 ics, Prentice Hall, 1998
3.Mario Salvadori, The Art of Construction: 2. Hibbeler, R.C., Structural Analysis, Pren-
Projects and Principles for Beginning Engi- tice Hall, 1998
neers and Architects, Independent Publish-
ers Group, 1990 CES210803I
4.Augustine J. Fredrich, Sons of Martha: Civil SURVEYING
Engineering Readings in Modern Literature, 3 sks
American Society of Civil Engineers (ASCE
Study Objectives: Students are expected to
Press), 1989
be able to explain the basic of land survey-
5.Matthys Levy and Richard Panchyk, Engi-
neering the City, Independent Publishers ing, conducting land measurement, and its
Group, 1990 calculations as well as apply it into land mea-
surement drawings. surveying procedures,
mapping out survey results as well as utilizing
CES210802I these methods in general civil engineering
STATICS works. Can be able to use measuring instru-
3 sks ments in the field during a practicum and
Study Objectives: Students are expected to implement a measurement map to the field
be able to understand the basics of mechanics in civil engineering activities.
concerning force, action, reaction, and in- Syllabus: Explanation of land surveying con-
ternal force in various statically determinate cept in civil engineering work and mistake
20
27. theory; introduction to distance, angle and Students recognize characteristics and soil
other measuring tools which are usually classification and are able to conduct soil
used in mapping and civil engineering work, condensation analysis, calculate active and
description of horizontal distance, vertical passive soil pressure using several methods,
Department Civil of Engineering
distance, and angle measurement methods; soil energy support using several methods,
description of basic concepts of mapping, and describe laboratory tests (physical prop-
width measurement, calculation of volume. erties) as well as their use.
Usage of measuring tools, flat sipat and Syllabus: General Introduction to Civil Geol-
Theodolite for field data acquirement and ogy & Engineering Geology. Understanding of
implementation of measurement results to geological science, geotechnical engineering
the field in civil engineering activities. with other disciplines / civil engineering;
Requirements: --- Topographic and geomorphologic maps.
Text Books: Understanding and individual meanings of
1.Barry F. Kavanagh, Surveying: with Con- topography and its equipment; How to read
struction Application, Prentice Hall, New and analyze mineralogy, rock types, and stra-
Jersey, 1997 tigraphy, introduction of mineral types which
2.Russel C. Brinker, Paul R. Wolf , Elementary form igneous rocks. Geological structures and
Surveying, Harper & Row, 1977 their types; How to identify and influence
3.Sinaga, Indra, Pengukuran dan Pemetaan veneering, strong, fault. Non-Harmonic for
Pekerjaan Konstruksi, LP4, Pustaka Sinar construction; Decay and soil movement.
Harapan, 1995
Introduction to types, processes, and iden-
4.Irvine, William, Surveying for Construction,
tification of decay. Description of classifica-
McGraw-Hill, 1993
tion processes; Geological and Geotechnical
Engineering Maps. Basic topographic map
CES210804I
analysis. Criteria of geological and geotechni-
MATERIAL PROPERTIES
cal engineering maps.
3 sks
Soil as a 3 phase material; Condensation
Study Objectives: Provide understand-
theory and CBR testing; Porosity of ground
ings concerning important elementary and
water, permeability, flow network; Seepage
practical aspects of materials in the civil
theory on turap walls; effective tension theo-
engineering field.
ry, effective tension principles, effective ten-
Syllabus: Particulate Materials, Aggregates,
sion reactions caused by total tension change
Portland Cement and Portland Concrete Ce-
of total tension of total and partial saturated
ment, Structural Steel, Asphalt Cement and
soil; Theories of triaxial shift strength test of
concrete asphalt, wood, plastic and polymer,
sand and clay, direct shifting, free tension;
Concrete Fibers.
Soil energy support: boundary energy sup-
Requirements: ENG 1100802I
port and allowed energy support of clay and
Text Books: S. Young, Sidney, The Science
sand effected by vertical and oblique loads;
and Technology of Civil Engineering Materials,
allowed energy support in a net condition,
Prentice-Hall International Inc., 1998
allowed soil energy support at one particular
bevel; Consolidation theory: odometer test,
CES220801I
degradation of one dimension, tension tra-
ENGINEERING GEOLOGY AND SOIL PROPER-
jectory and critical voltage concept. Elastic
TIES
degradation and consolidation.
3 sks
Requirements: ---
Study Objectives: Student are expected to
Text Books:
be able to explain the basic understandings
1.Burchfiel, B.C. & Foster, R.J. et.al., Physical
of geology in the scope of civil engineering
Geology, Charlec E Merril Publishing Co.,
applications, understand types of rocks, as Colombus Toronto London Sydney, 1986
well as read geological and geomorphologic 2.R.F. Craig, Soil Mechanics, (terjemahan oleh
maps and interpret rock types. Prof. Dr. Ir. Budi Susilo Soepandji), fourth
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