Toggle navigation
Prospective Students
Current Students
Lecturer and Staff
Alumni
en
Bahasa Indonesia
English
myITS
Academics
Regulation and Information
Equivalence
Study Program
S1 – Bachelor
S1 – Bachelor (IUP)
S1 – Telecommunications Engineering
Master (S2)
Doctoral (S3)
Facilities
Laboratory
Classrooms
International Class Programs
Library
Mushola
Parking
Canteen
Sports Facilities
Research and Collaborations
Researches
Scientific Publications
Intellectual Property Rights
Achievements
Collaborations
Scientific Journals
Conferences
About us
Vision and Mission
History
Greeting From Head of Department
Accreditation
Annual Report
Management
Frequently Asked Questions (FAQ)
Curriculum (IUP)
Curriculum IUP 2023
No.
Code
Course Name
Credits
Schedule
SEMESTER I
1
EC234101
Basic Progamming
3
Tuesday
10.00-12.30
2
EE234101
Introduction to ELECTICS
2
Friday
09.00-10.40
3
EE234102
Linear Algebra and Complex
Variables
3
Thursday
07.00-09.30
4
EE234103
Electric Circuits 1
3
Tuesday
07.00-09.30
5
SF234101
Physics 1
5
-
-
6
SM234101
Calculus 1
3
-
-
Credits Total
19
SEMESTER II
1
EE234201
Differential Equations
3
Wednesday
10.00 - 12.30
2
EE234202
Electric Circuits 2
3
Monday
10.00 - 12.30
3
SF234201
Physics 2
5
Tuesday
Thrusday
07.00 - 08.40
07.00 - 08.40
4
SK234102
Chemistry
3
Tuesday
Thrusday
11.00 - 12.40
11.00 - 12.40
5
SM234201
Calculus 2
3
Monday
Wednesday
07.00 - 08.40
07.00 - 08.40
Credits Total
17
SEMESTER III
1
EE234301
Discrete Mathematics
3
Wednesday
13.30-16.00
2
EE234302
Probability and Statistics
2
Thursday
10.00-11.40
3
EE234303
Electromagnetics
3
Tuesday
07.00-09.30
4
EE234304
Electrical Measurements
2
Friday
09.00-10.40
5
EE234305
Signals and Systems
3
Monday
07.00 - 09.30
6
EE234306
Electronic Circuits
3
Friday
13.30-16.00
7
EE234307
Digital Systems
2
Wednesday
10.00-11.40
8
EE234308
Electrical Engineering Lab 1
3
-
-
Credits Total
21
SEMESTER IV
1
EE234401
Numerical Methods
2
Thursday
13.30-15.20
2
EE234402
Introduction to Telecommunication
Systems and Networks
2
Wednesday
07.00 - 08.40
3
EE234403
Stochastic Processes
2
Friday
07.00 - 08.40
4
EE234404
Introduction to Electric Power
Systems
3
Monday
10.00-12.30
5
EE234405
Fundamentals of Control Systems
3
Thrusday
10.00-12.30
6
EE234406
Analog Circuits
3
Tuesday
10.00 - 09.30
7
EE234407
Microprocessor and Microcontroller
Systems
3
Monday
07.00 - 09.30
8
EE234408
Electrical Engineering Lab 2
3
-
-
Credits Total
21
SEMESTER V
1
EE234501
Digital Signal Processing
2
Wednesday
10.00 - 11.40
2
EE234502
Power Electronics
3
Tuesday
10.00-12.30
3
EE234503
Control System Instrumentation
3
Thursday
10.00-12.30
4
EE234504
Internet of Things Technology
2
Tuesday
07.00-08.40
5
EE234512
Electric Machines
3
Monday
13.30-16.00
6
EE234532
Automation Systems
2
Wednesday
07.00-08.40
7
EE234552
Industrial Electronics and Robotics
3
Thursday
13.30-16.00
8
EL234501
Internet Engineering
3
Friday
13.30-16.00
Credits Total
21
SEMESTER VI
1
EE234601
Practical Work
2
-
-
2
EE234602
Capstone Design
4
Monday
Thrusday
18.00 - 19.50
18.00 - 19.50
3
UG23490x
Studies
2
-
-
4
UG234913
Civics
2
-
-
5
UG234916
Applied Technology and Digital
Transformation
3
Tuesday
07.00 - 09.30
6
-
Enrichment
3
-
-
7
EE234651
Semiconductor Devices and
Integrated Circuits
4
Tuesday
Wednesday
13.30 - 15.20
07.00 - 08.40
Credits Total
20
SEMESTER VII
1
EE234799
Scientific Writing
2
Thursday
13.30-15.20
2
UG234911
Pancasila
2
-
-
3
UG234912
Indonesian
2
-
-
4
UG234914
English
2
-
-
5
UG234915
Technopreneurship
2
-
-
6
EE234714
Renewable energy
3
Tuesday
13.30-16.00
7
EE234741
Autonomous Systems
2
Tuesday
13.30-15.20
8
EE234751
Embedded Electronic Systems
4
Monday
Friday
13.30-16.00
09.00-10.40
Credits Total
19
SEMESTER VIII
1
EE234899
Final Project
6
-
-
Credits Total
6
Equivalence
Equivalence Bachelor Degree
Equivalence Master Degree
Equivalence Doctoral Degree
Study Program
Regulation and Information Academic
Form and Download
Bachelor Degree
Vision and Mission
Curriculum
Module Handbook
Undergraduate Curriculum 2009
Undergraduate Curriculum 2014
Undergraduate Curriculum 2018
Undergraduate Curriculum 2023
Field of Study
Power System Engineering
Control System Engineering
Electronics Engineering
Lecturers
Lecture Power System
Lecturer Control System
Lecturer Electronic Engineering
Accreditation
Staff Handbook
Student Handbook
MBKM Guidelines
Internship
Final Project Handbook
Undergraduate IPD Survey
Survey Alumni and Pengguna Alumni
Graduate Profiles and Learning Outcomes
Bachelor Degree (IUP)
Curriculum (IUP)
Lecture (IUP)
Telecommunications Engineering Undergraduate Study Program
Scientific Vision
Curriculum
Lecture
Accreditation
Student Guide Book
MBKM Guidelines
Internship
Final Assignment Guidelines
Master Degree
Vision and Mission
Curriculum
Lecturers
Accreditation
Learning Outcomes
Academic Administration
Frequently Asked Questions (FAQ)
SOP – FRS
SOP – Follow-up FRS Application
SOP – Request for Additional Tuition Fee Payment
SOP – Implementation of Lectures
SOP – Application for Active Certificate
SOP – Request for Data/Research Assistance
SOP – Publication Approval Request
SOP – Sustainable Electrical Engineering
SOP – leave
SOP – Application for Resignation
SOP – Submission of Thesis
Judiciary Guide
Master’s IPD Survey
Student Handbook
Master Question Grid
Tracer Study
Doctoral Degree
Vision and Mission
Curriculum
Lecturers
Accreditation
Study Process
Doctoral IPD Survey
Tracer Study
Alumni
Cooperation
Enrollment
Guidelines and Templates
Need Help?
Contact Us
Home >
Academics
>
Bachelor Degree (IUP)
>
Curriculum (IUP)