Sarjana Teknik Tenaga Listrik

Program Educational Objectives :

  1. Technical Knowledge provide a basic knowledge of electrical power engineering principles along with the required supporting knowledge of mathematics, science, computing, and engineering fundamentals
  2. Laboratory and Design Skills: develop the basic skills needed to perform and design experimental projects. Develop the ability to formulate problems and projects and to plan a process for solutions taking advantage of diverse technical knowledge and skills
  3. Communication Skills: develop the ability to organize and present information, and to write and speak effective Bahasa Indonesia and English
  4. Preparation for the profession: provide an appreciation for the broad spectrum of issues arising in professional practice, including teamwork, ledership, safety, ethics, service, economy, environmental awareness, and professional organizations
  5. Preparation for further study: provide a sufficient breadth and depth for successful subsequent graduate study, post-graduate study, or lifelong learning programs.
  6. Preparation for national industrial development: provide a sufficient basics to have active roles in developing electrical power engineering and other related industries in Indonesia.

Electrical Power Engineering Body of Knowledge

No

Code

Knowledge Area

No

Code

Knowledge Area

1

ALG

Algorithms

9

PEL

Power Electronics

2

ELM

Electromagnetics

10

PWG

Power Generation

3

CSG

Circuits and Signal

11

PSA

Power System Analysis

4

DIG

Digital Logic & Embedded Systems

12

PRS

Probality and Statistics

5

CCS

Control & Computer Systems

13

HVE

High Voltage Engineering

6

EMC

Electromagnetics Compatibility/td>

14

PWD

Power Distribution

7

ELE

Electronics

15

SPR

Social and Professional Issues

8

PRF

Programming Fundamentals

16

MEP

Management, Economics and Policy

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 (other Study Program)

  • Electrical Engineering (EL)
  • Telecommunication Engineering (ET)
  • Informatics Engineering (IF)
  • Information System & Technology (II)
  • Others

Min 9

Min 12

-

Min 15

Free Elective

Min 0

-

Minor (other major or other study program)

  • Electrical Engineering (EL)
  • Telecommunication Engineering (ET)
  • Informatics Engineering (IF)
  • Information System & Technology (II)
  • Others

-

15

144

144

144

144

Freshmen

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 IA

4

1

MA1201

Calculus IIA

4

2

FI1101

Elementary Physics IA

4

2

FI1201

Elementary Physics IIA

4

3

KI1101

Basic Chemistry IA

3

3

KI1201

Basic Chemistry IIA

3

4

KU1101

Integrated Sciences I

2

4

KU1201

Integrated Sciences II

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

EL1092

Fundamental of Electric Circuits

2

Total

17

Total

19

Sophomore

Semester III

Semester IV

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

MA2072

Engineering Mathematic I

3

1

MA2074

Engineering Mathematic II

3

2

EP2092

Probability & Statistics

3

2

EL2090

Electromagnetics

3

3

EL2093

Electric Circuits

3

3

EP2094

Signal and System

3

4

EL2193

Electric Circuit Laboratory

1

4

EL2040

Electronics

3

5

EL2095

Digital Systems

3

5

EL2140

Electronics Laboratory

1

6

EL2195

Digital Systems Laboratory

1

6

EL2076

Measurement & Microprocessor Systems

3

7

MS2041

Fluid Mechanics and Thermal Engineering

3

7

KU2071

Pancasila and Civic Education

2

Total

17

Total

18

Third Year

Semester V

Semester VI

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

EP3071

Electric Machines

3

1

EP3072

Power Electronics

3

2

EP3095

Electrical Engineering Material

3

2

EP3020

Control Systems

3

3

EP3073

Computation & Numerical Analysis

3

3

EP3074

Computer & System Engineering

3

4

EP3075

Electromagnetics Compatibility

3

4

EP3076

Power Systems Analysis

3

5

EP3077

High Voltage Engineering

3

5

EP3070

Electrical Power Generation

3

6

EP3170

Power Engineering Laboratory I

1

6

EP3270

Power Engineering Laboratory II

1

7

KU206X

Religion and Ethics

2

7

Elective Non EP / Minor

3

Total

18

Total

19

Fourth Year

Semester VII

Semester VIII

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

EP4095

Final Project I & Seminar

1

1

EP4098

Final Project II

4

2

EP4071

Design of Equipment & Electrical Systems

3

2

EP4090

Industrial Experiences

1

3

EP4073

Power System Protection I

3

3

Elective Non EP / Minor

3

4

Electrical Power Engineering Elective

3

4

Electrical Power Engineering Elective

3

5

Elective Non EP / Minor

3

5

Elective Humaniora / Minor

3

6

Elective Economic / Minor

3

6

Elective Management

3

7

Environmental

3

7

Total

19

Total

17

Elective Courses: Electrical Power Engineering

No

Code

Course Name

SCU

No

Code

Course Name

SCU

1

EP4071

Design of Equipment & Electrical Systems

3

5

EP4075

Applications of Electric Machines

3

2

EP4072

Power Systems SCADA

3

6

EP4076

Electrical Transportation Systems

3

3

EP4073

Power System Protection I

3

7

EP4077

Electrical Power Distribution Systems

3

4

EP4074

Power Systems Protection II

3

8

EP4078

Non Conventional Generator

3

Students who are interested in following electrical power engineering (EP) study program may contact:

  1. Dr. Muhammad Nurdin
  2. Prof. Dr. Yanuarsyah Haroen
  3. Prof. Dr. Ngapuli Irmea Sinisuka
  4. Dr. Tridesmana Rachmilda M.T.
  5. Dr. Ir. Nanang Hariyanto, M.T