Academic

Academic

Industrial Engineering - Undergraduate Program

Academic Programs

PEO & SO

Curriculum

Academic Requirements

Double Degree Programs

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Minor Programs

Industrial Engineering study program offers Minor Programs as minor area of study. Minor is a coherent sequences of courses taken in addition to the courses required for the primary program. Student has to take all specified 13 credits from industrial engineering courses. Upon completion of minor requirements, students may propose to the corresponding chair of program to declare their minor area of study and will be recognized in their academic transcripts. The courses that students need to take are as follow:
 

Industrial Engineering Minor  
COURSE CODECOURSE NAMECREDIT
TI2001Operational Research 13
TI3001Production Planning and Control2
TI3002Work System Engineering2
TI3004Engineering Economics2
TI3005Organization and Management of Industrial Companies2
TI3006Information System Analysis and Design3
Total SKS = 14 SKS

Program Educational Objectives
  1. Graduates will be competent to work in various industrial sectors by applying various industrial engineering techniques and knowledge
  2. Graduates will be prepared to pursue advanced degrees in professional or academic oriented education
  3. Graduates will demonstrate abilities to play important roles at the operational or managerial level of various organizations
Students Outcome
  1. an ability to apply knowledge of mathematics, science and engineering to industrial engineering area
  2. an ability to design and conduct experiments, as well as to analyze and interpret data
  3. an ability to design a system, component, or process which consists of people, materials, equipment, information, and energy to meet desired needs within realistic constraints
  4. an ability to function on multidisciplinary or cross-cultural team
  5. an ability to identify, formulate, and solve industrial engineering problems
  6. an understanding of professional and ethical responsibility
  7. an ability to communicate effectively
  8. the broad education necessary to understand the impact of industrial engineering solutions in a global, economic, environmental, and societal context
  9. a recognition of the need for, and an ability to engage in life-long learning
  10. a knowledge of contemporary issues relevant to industrial engineering
  11. an ability to use the techniques, skills, and modern engineering tools necessary for industrial engineering practice.
Study Overview

The Industrial Engineering Bachelor’s Programme is a four-year course. In each year, you will learn theory and practice to develop solution design.

  • THE FIRST YEAR
    At the beginning of the first year, the students are not directly placed in their chosen study program. The students must join the “Tahap Persiapan Bersama” (TPB) or the Joint Preparation Stage program to provide a foundation for science, art, and technology for new students. TPB has become the means for initial orientation of scientific attitudes and adaptation of learning process at ITB. At TPB, students are recorded as a faculty/school student. At the end of the first year, students will then be placed in their chosen study program. The placement process is carried out based on academic interests and achievements. In order for students not to feel wrong in choosing a study program, the faculty/ school will introduce the study program during TPB. The student will be given several opportunities to pick their study program’s interests. During the first year the students will lay a strong foundation in basic science, information technology, and engineering. For more information about TPB, please refer to ltpb.itb.ac.id website.
  • THE SECOND YEAR
    During the second year you will be introduced into statistics, economics, engineering, psychology, and design practice.
  • THE THIRD YEAR
    The third year you will delve deeper into various subjects, such as finance, simulation, organization and management, production system, and integrated system practice
  • THE FOURTH YEAR
    The fourth year consists of design courses, elective courses and final project
Courses Detail

 

Compulsory Courses       
Semester 1
NUMBERCOURSE CODECOURSE NAMECREDIT
1MA1101Mathematics IA4
2FI1101Elementary Physics IA4
3KI1101Basic Chemistry IA3
4KU1101Introduction to Engineering and Design I2
5KU1011
Scientific Writing in Bahasa Indonesia2
6KU1001Sports2
Total = 17 Credit Hours
Semester 2
NUMBERCOURSE CODECOURSE NAMECREDIT
1MA1201Mathematics IIA4
2FI1201Elementary Physics IIA4
3KI1201Basic Chemistry IIA3
4KU1201Introduction to Engineering and Design  II2
5KU102XEnglish ( KU1021 / KU1022 / KU1023 )2
6KU1267Engineering Drawing2
7KU1072Introduction to Information Technology B2
Total = 19 Credit Hours
Total Credit in The 1st Year = 36 Credit Hours
Semester 3
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI2101Introduction to Industrial Engineering2
2TI2102Probabilistic Theory2
3TI2103Introduction to Economics2
4KU2071Pancasila and Civic Education2
5TI2104Database Systems3
6MS2150Engineering Materials2
7MS2021Engineering Mechanics3
8MA2021Matrices and Vector Spaces3
Total = 19 Credit Hours
Semester 4
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI2201Industrial Statistics3
2MR2103Industrial Electronics2
3TI2001Operations Research I3
4TI2202Ergonomics2
5TI2203Industrial Psychology2
6TI2204Manufacturing Process2
7TI2002Integrated System Design Practice I1
8MA2031Calculus III2
Total = 17 Credit Hours
Total Credit in The 2nd Year = 36 Credit Hours
Semester 5
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI3101Cost Analysis3
2TI3102Operations Research II3
3TI3103System Modeling3
4TI3001Production Planning and Control2
5TI3104Quality Assurance & Control3
6TI3002Work System Engineering2
7TI3105Production Automation2
8TI3003Integrated System Design Practice II2
Total = 20 Credit Hours
Semester 6
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI3004Engineering Economics2
2TI3201Occupational Health, Safety and Environment2
3TI3202Production System2
4TI3005Organization and Management of Industrial Companies2
5TI3203Computer Simulation3
6TI3006Information System Analysis and Design3
7KU206XReligion and Ethics ( KU2061 / KU2062 / KU2063 / KU2064 / KU2065 )2
8TI3007Integrated System Design Practice III2
Total = 18 Credit Hours
Total Credit in The 3rd Year = 38 Credit Hours
Semester 7
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI4001Interdisciplinary Engineering Project2
2TI4090Industrial Engineering Internship2
3TI4101Facility Layout Design3
4TI4104Entrepreneurship and Enterprise Development3
5TI4105ERP System2
6TI4002Integrated System Design Practice IV1
7TI4091Final Project I2
Total = 15 Credit Hours
Semester 8
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI4092Industrial Engineering Final Project 25
Total = 5 Credit Hours
Total Credit in The 4th Year = 20 Credit Hours
Elective CoursesCredit
1Elective Courses Within IE Study Department12
2Elective Courses Outside IE Study Department3
3Free Electives0
Total Credit = 145 Credit Hours
Elective Courses within IE Study Program
NUMBERCOURSE CODECOURSE NAMECREDIT
1TI2003Cost Estimation3
2TI4004Industrial Management B2
3TI4005Industrial Management A3
4TI4106Multivariate Analysis3
5TI4107Stochastic Modeling3
6TI4108Capita Selecta of Industrial Engineering3
7TI4109Financial Management3
8TI4110Jig and Fixture3
9TI4201Experimental Design3
10TI4202Decision Support System3
11TI4203Marketing Management3
12TI4204Human Resource Management3
13TI4205Flexible Manufacturing System3

For further information about academic requirement, please refer to This Link.