- Jalan Kyai Tapa No. 1 Grogol
- Jakarta Barat, Indonesia
- Phone: (62-21) 566 3232
- Fax: (62-21) 564 4270
- Email: humas@trisakti.ac.id
Curriculum
The Electrical Engineering Study Program, Faculty of Industrial Technology, Trisakti University conducts periodic curriculum reviews to ensure that the competence of graduates meets the Indonesian National Qualifications Framework (KKNI) as mandated by Presidential Regulation of the Republic of Indonesia Number 8 of 2012, dated January 17, 2012 with reference to the Regulation of the Minister of Education and Culture Number 73 of 2013 dated June 10, 2013 concerning the Application of the Indonesian National Qualifications Framework for Higher Education
The curriculum of the Electrical Engineering Study Program is prepared by taking into account the National Higher Education Standards (SNPT) as mandated by the Regulation of the Minister of Research, Technology and Higher Education (Ristekdikti) no 44 of 2015. In addition, to prepare graduates to be accepted by the international community, the criteria for graduates who are qualified must also be considered. determined by the Indonesian Accreditation Board for Engineering Education (IABEE), the Accreditation Board for Engineering and Technology (ABET) and the Institute of Electrical and Electronics Engineering (IEEE)
In accordance with the Higher Education Curriculum Preparation Guidelines issued by the Directorate General of Learning and Student Affairs, Ministry of Research Technology and Higher Education in 2016 where the Undergraduate Study Program Curriculum must be evaluated every one cycle of application, the 2015 Electrical Engineering Study Program Curriculum has been evaluated and updated to become the Curriculum Electrical Engineering Study Program 2019 (2019 Curriculum) as determined through the Operational Curriculum of the Electrical Engineering Study Program (S1), Faculty of Industrial Technology, 2019-2021
To answer the challenges of the times and industrial needs, as well as research and development in the field of Electrical Engineering, in 2019 a new curriculum has been prepared which has led to Industry 4.0 and the Indonesian Formula 4.0 which is directed at 2 streams and 5 sub-streams. touches almost all aspects of our daily lives, especially those related to electricity. This is reflected in our daily need for electricity, the need for communication via mobile phones, the need for electronic and computer equipment as well as the control of machines in various industries. The streams and sub-streams mentioned above are as follows:
Stream Smart Power System
- Power Engineering Profession
Stream Smart Network and Smart Industrial Automation
- Telecommunication Engineering Profession
- Control System Engineering Profession
- Electronics Engineering Profession
- Profession Computer System Engineering
The Profession Sub-Stream is related to the graduate’s choice of profession and the student’s final project research
DISTRIBUTION PER SEMESTER | |||
Semester 1 | |||
No | Code | Subject | sks |
1 | IEF203 | Sound Physics and Optics | 2 |
2 | IEF204 | Magnetic Electric Physics | 2 |
3 | IEM209 | Linear Algebra | 2 |
4 | IEM214 | Discrete mathematics | 2 |
5 | IEM303 | Calculus I | 3 |
6 | IET221 | Electromagnetic Compatibility | 2 |
7 | IEM232 | Probability and Statistics | 2 |
8 | UBA200 | English | 2 |
Amount | 17 | ||
I. Smart Power System | |||
1. Profesi Sistem Tenaga (A) Semester 2 – 4 | |||
Semester 2 | |||
No | Code | Subject | sks |
1 | IEA301 | Electrical Power Engineering | 3 |
2 | IEB301 | Telecommunications engineering | 3 |
3 | IEF202 | Fluid Physics and Thermodynamics | 2 |
4 | IEM213 | Complex Variables | 2 |
5 | IEM218 | Differential Equations and Laplace Transform | 2 |
6 | IEM304 | Calculus II | 3 |
7 | IET225 | Capstone Design | 2 |
8 | IET310 | Signal and System | 3 |
Amount | 20 | ||
Semester 3 | |||
No | Code | Subject | sks |
1 | IET220 | Electromagnetic Field | 2 |
2 | IED313 | Electronic Circuit | 3 |
3 | IEA106 | Distribution Transmission Practicum | 1 |
4 | IEA237 | Electrical Power Transmission and Distribution | 2 |
5 | IEA207 | Setting and Using Electric Motors | 2 |
6 | IEA240 | High Voltage Engineering | 2 |
7 | IEA246 | Renewable Energy and Smart Grid | 2 |
8 | IEA313 | Power System Analysis | 3 |
9 | IEU214 | Final Project Proposal | 2 |
Amount | 19 | ||
Semester 4 | |||
No | Code | Subject | sks |
1 | IEA245 | Electric Grid Simulation | 2 |
2 | IEA238 | Synchronous Machinery & Power Generation | 2 |
3 | IEA205 | Power electronics | 2 |
4 | IEU208 | Project management | 2 |
5 | IEU301 | Thesis | 3 |
Amount | 11 | ||
II. Smart Network & Smart Industrial Automatio | |||
1. Profesi Telekomunikasi Semester 2 – 4 | |||
Semester 2 | |||
No | Code | Subject | sks |
1 | IEA301 | Electrical Power Engineering | 3 |
2 | IEF202 | Fluid Physics and Thermodynamics | 2 |
3 | IEM213 | Complex Variables | 2 |
4 | IEM218 | Differential Equations and Laplace Transform | 2 |
5 | IEM219 | Numerical Method | 2 |
6 | IEM304 | Calculus II | 3 |
7 | IET225 | Capstone Design | 2 |
8 | IET310 | Signal and System | 3 |
Amount | 19 | ||
Semester 3 | |||
No | Code | Subject | sks |
1 | IEB108 | Antenna Parameter Measurement Practicum | 1 |
2 | IEB245 | Telecommunication System Modeling and Simulation | 2 |
3 | IEC301 | Control System | 3 |
4 | IED313 | Electronic Circuit | 3 |
5 | IEE309 | Data Communication and Computer Network | 3 |
6 | IET317 | Digital Signal Processing and Applications | 3 |
7 | IEU214 | Final Project Proposal | 2 |
Amount | 17 | ||
Semester 4 | |||
No | Code | Subject | sks |
1 | IEB246 | Biomedical Processing | 2 |
2 | IEB317 | 5G dan Cognitive Radio | 3 |
3 | IEB319 | Sensor Network | 3 |
4 | IEU208 | Project management | 2 |
5 | IEU301 | Thesis | 3 |
Amount | 13 | ||
2. Profesi Kendali Semester 2 – 4 | |||
Semester 2 | |||
No | Code | Subject | sks |
1 | IEB301 | Telecommunications engineering | 3 |
2 | IEF202 | Fluid Physics and Thermodynamics | 2 |
3 | IEM213 | Complex Variables | 2 |
4 | IEM218 | Differential Equations and Laplace Transform | 2 |
5 | IET219 | Numerical Method | 2 |
6 | IEM304 | Calculus II | 3 |
7 | IET225 | Capstone Design | 2 |
8 | IET310 | Signal and System | 3 |
Amount | 19 | ||
Semester 3 | |||
No | Code | Subject | sks |
1 | IEC218 | Modeling and Simulation | 2 |
2 | IEE309 | Data Communication and Computer Network | 3 |
3 | IEE313 | Digital Application Design | 3 |
4 | IEE317 | Intelligent System | 3 |
5 | IET220 | Electromagnetic Field | 2 |
6 | IET317 | Digital Signal Processing and Applications | 3 |
7 | IEU214 | Final Project Proposal | 2 |
Amount | 18 | ||
Semester 4 | |||
No | Code | Subject | sks |
1 | IEB319 | Sensor Network | 3 |
2 | IEC237 | Optimization | 2 |
3 | IEC241 | Fuzzy Logic and Neural Networks | 2 |
4 | IEC242 | Image Processing and Computer vision | 2 |
5 | IEU208 | Project management | 2 |
6 | IEU301 | Thesis | 3 |
Amount | 14 | ||
3. Profesi Elektronika Semester 2 – 4 | |||
Semester 2 | |||
No | Code | Subject | sks |
1 | IEB301 | Telecommunications engineering | 3 |
2 | IEF202 | Fluid Physics and Thermodynamics | 2 |
3 | IEM213 | Complex Variables | 2 |
4 | IEM218 | Differential Equations and Laplace Transform | 2 |
5 | IET219 | Numerical Method | 2 |
6 | IEM304 | Calculus II | 3 |
7 | IET225 | Capstone Design | 2 |
8 | IET310 | Signal and System | 3 |
Amount | 19 | ||
Semester 3 | |||
No | Code | Subject | sks |
1 | IED256 | Digital Instrumentation | 2 |
2 | IED214 | Optoelectronic Technology | 2 |
3 | IEE309 | Data Communication and Computer Network | 3 |
4 | IED315 | Digital Application Design | 3 |
5 | IET220 | Electromagnetic Field | 2 |
6 | IET317 | Digital Signal Processing and Applications | 3 |
7 | IEU214 | Final Project Proposal | 2 |
Amount | 17 | ||
Semester 4 | |||
No | Code | Subject | sks |
1 | IEB319 | Sensor Network | 3 |
2 | IED252 | IC Design | 2 |
3 | IED255 | Device Electronics | 2 |
4 | IED257 | Nano Technology | 2 |
5 | IEU208 | Project management | 2 |
6 | IEU301 | Thesis | 3 |
Amount | 14 | ||
4. Profesi Sistem Komputer Semester 2 – 4 | |||
Semester 2 | |||
No | Code | Subject | sks |
1 | IEB301 | Telecommunications engineering | 3 |
2 | IEF202 | Fluid Physics and Thermodynamics | 2 |
3 | IEM213 | Complex Variables | 2 |
4 | IEM218 | Differential Equations and Laplace Transform | 2 |
5 | IET219 | Numerical Method | 2 |
6 | IEM304 | Calculus II | 3 |
7 | IET225 | Capstone Design | 2 |
8 | IET310 | Signal and System | 3 |
Amount | 19 | ||
Semester 3 | |||
No | Code | Subject | sks |
1 | IEC218 | Modeling and Simulation | 2 |
2 | IEE309 | Data Communication and Computer Network | 3 |
3 | IEE313 | Digital Application Design | 3 |
4 | IEE317 | Intelligent System | 3 |
5 | IET220 | Electromagnetic Field | 2 |
6 | IET317 | Digital Signal Processing and Applications | 3 |
7 | IEU214 | Final Project Proposal | 2 |
Amount | 18 | ||
Semester 4 | |||
No | Code | Subject | sks |
1 | IEB319 | Sensor Network | 3 |
2 | IEC237 | Optimization | 2 |
3 | IEC241 | Fuzzy Logic and Neural Networks | 2 |
4 | IEC242 | Image Processing and Computer vision | 2 |
5 | IEU208 | Project management | 2 |
6 | IEU301 | Thesis | 3 |
Amount | 14 |