Program Sarjana

Sarjana Teknik Elektro :: Sarjana Teknik Tenaga Listrik :: Sarjana Teknik Telekomunikasi :: Sarjana Teknik Informatika :: Sarjana Sistem dan Teknologi Informasi

Sebagai Unit Keilmuan Serumpun, STEI mengembangkan keilmuan Teknik Elektro Informatika (komputing)

STEI menyelenggarakan program pendidikan sarjana sebagai berikut :

  1. Sarjana Teknik Elektro (EL)
  2. Sarjana Teknik Tenaga Listrik (EP)
  3. Sarjana Teknik Telekomunikasi(ET)
  4. Sarjana Teknik Informatika(IF)
  5. Sarjana Sistem dan Teknologi Informasi(II)

Undergraduate Program Tree Diagram

Undergraduate program: To get a bachelor degree (Sarjana Teknik), Undergraduate program student should take minimum 144 semester credit units (SCU) within 4 years of full time study. This includes minimum of 36 SCU of common 1st Year Program in the first year.

Bachelor of Engineering Program: Electrical Power Engineering (EP), Telecommunications Engineering (ET), Electrical Engineering (EL), Informatics Engineering (IF), and Information Systems & Technology (II)

All SEEI’s Bachelor of engineering program must demonstrate that their student attain:

  1. an ability to apply knowledge of mathematics, science, and engineering,
  2. an ability to design and conduct experiments, as well as to analysis, and interpret data
  3. an ability to design a system, component, or process to meet desired needs within realistic contraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability
  4. an ability to funtion on multi-disciplinary teams
  5. an ability to identify, formulate, and solve 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 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
  11. an ability to use the techniques, skills, and modern engineering tools necessary for engineering practice

Common Courses:

SEEI’s common courses (Core of EP, ET, EL, IF, and II)

No

Code

Name

SCU

Note

1

KU1071

 Introduction to information Technology A (Basic of Programming)

2

First Year

2

EL1092

 Fundamental of Electrical Circuits

2

First Year

4

-

3

MA2072

 Engineering Mathematics I

3

Second Year

4

EP2092/ET2092/EL2092/IF2092/II2092

 Probability & Statistics

3

Second Year

5

EL2095

 Digital Systems

3

Second Year

6

EL2195

 Digital Systems Laboratory

1

Second Year

10

-
Those Courses must be taken by all undergraduate students in Electrical Power Engineering, Telecommunication Engineering, Electrical Engineering, Informatics Engineering and Information System and technology

EP, TE, and EL common courses

No

Code

Name

SCU

Note

1

MA2074

 Engineering Mathematics II

3

Second Year

2

EL2090

 Electromagnetics

3

Second Year

3

EL2093

 Electric Circuits

3

Second Year

4

EL2193

 Electric Circuits Laboratory

1

Second Year

5

EL2040

 Electronics

3

Second Year

6

EL2140

 Electronics Laboratory

1

Second Year

7

EP2094/ET2094/EL2094

 Signal & Systems

3

Second Year

17

-
Those Courses must be taken by all undergraduate students in Electrical Power Engineering, Telecommunication Engineering, and Electrical Engineering

IF and II (Computing) common courses

No

Code

Name

SCU

Note

1

EL2010

 Organization & Computer Architecture

3

Second Year

2

EL2091/II2091

 Discrete Structure

3

Second Year

3

IF2030/IF2031

 Algorithm & Data Structure

4/3

IF/II-2nd Year

4

IF2032/IF2033

 Object Oriented Programming

4/3

IF/II-2nd Year

5

IF2034

 Data Bases

3

Second Year

6

IF2036

 Software Engineering

3

Second Year

7

IF3055

 Operating System

4

Third Year

8

IF3094

 Inter Personal Communication

2

Third Year

9

IF3097

 Computer Networks

3

Third Year

10

IF3099

 Human Computer Interaction

3

Third Year

32/30/24

-
Those Courses must be taken by all undergraduate students in Informatics Engineering, and Information System and Technology

Curriculum Structure

Without Minor

With Minor

SCU

SCU

SCU

SCU
First Year Program

36

36

36

36
Major’s Compulsary

44

Max 96

44

Max 93
ITB’s Compulsary

10

10
Option / Plan of Study’s Compulsary

X

X
Electives

Y

Y
Electives Non Major (non Study Program)

Min 9

Min 12

-

Min 15
Free Elective

Min 0

-
Minor (other major or other study program)

-

15

144

144

Professional Component:

  • One year of a combination of college level mathematics and basic sciences (some wtih experimental experience) appropriate to the discipline. –> 36 SCU
  • One and one-half year of engineering topics, consisting of engineering sciences and engineering design appropriate to the field of study. –> 54 SCU

First Year Program at The School of Electrical Engineering and Informatics

Semester I

Semester II

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

MA1101

 Calculus I

4

1

MA1201

 Calculus II

4

2

FI1101

 Elementary Physics IA

4

2

FI1201

 Elementary Physics IIA

4

3

KI1101

 Basic Chemistry I A

3

3

KI1201

 Basic Chemistry IIA

3

4

KU1101

 Conceptual Approach on Integrated Science

2

4

KU1201

 Sciences of The Universe

2

5

KU1071

 Introduction to Information Technology A

2

5

KU1001

 Sport

2

6

KU102X

 English

2

6

KU1011

 Scientific Writing in Indonesian

2

7

7

EL1092

 Fundamental of Electric Circuits

2

Total

17

Total

19

After completing common first year program, at the end of the second semester of first year, the atudent may select a major (study Program) according to his/her interest.

The estimate of distribution of students per year for each program as follows

Study Program

Distribution (Min -:- Max)

Note

EL

100 -:- 150

Total EL + EP + ET Maximum 250

EP

50 -:- 70

ET

50 -:- 80

IF

100 -:- 120

Total IF + II Maximum 150

II

30 -:- 50

Total

Maximum 400

 -