Undergraduate Program

The Physics Engineering Undergraduate Program is an undergraduate education program with “EXCELLENT” accreditation for high school graduates (SMA / SMU) or the equivalent (SMK). Based on the Regulation of the Minister of Education, Culture, Research and Technology of the Republic of Indonesia Number 48 of 2022 concerning New Student Admissions for Diploma Programs and Undergraduate Programs at State Universities, the implementation of the 2023 SNPMB for the Physics Engineering Undergraduate Program is carried out through three channels, namely:

  • Seleksi Nasional Berdasarkan Prestasi (SNBP)
  • Seleksi Nasional Berdasarkan Tes (SNBT), dan
  • Seleksi Kemitraan Mandiri dan Prestasi (SKMP)

The capacity of new students in the Physics Engineering Undergraduate Program (S1) accepted through SNBP is at least 20% (twenty percent), through SNBT at least 30% (thirty percent), and through SKMP at most 50% (fifty percent) in accordance with the Decree of the ITS Chancellor number 1555 / IT2 / T / HK.00.01 / 2023 concerning the determination of the capacity of new undergraduate (S1) and applied undergraduate (S-2) programs at the Sepuluh November Institute of Technology.

Data the link of Offer (O) 2023 and Applications Submitted (AS) 2022, Department of Engineering Physics is in the following:

  1. SNBP: 40 (O), 185 (AS)
  2. SNBT: 60 (O), 213 (AS)

(Source: https://sidata-ptn-snpmb.bppp.kemdikbud.go.id

Undergraduate students should finish the study with at least 144 credits being arranged in 8 semesters (a semester consists of 16 weeks of lectures and evaluation). The graduates will be conferred Bachelor of Engineering (B.Eng). The study is divided into two stages, preparation (the first 36 credits in the first two semesters) and undergraduate stages (the rest 108 credits in the next three years)

The Program Educational Objectives of Engineering Physics Program are to ensure that EP graduates become:

  1. Engineering physicists who are able to assess and contribute to the solution of technical and engineering problems that are based on broad principles of physics
  2. Qualified professional engineers with adequate flexibility and skills in diverse engineering fields, such as in (a) Instrumentation, Control, and Optimization  (b) Energy and Environmental Conditioning, (c) Material,  (d) Photonics, (e) Acoustic and Vibration
  3. Individuals capable to conduct advanced studies or to engage in early career path, having professional and ethical responsibilities as well as attitude toward long life learning

Graduate profile of Engineering Physics Department are:

  1. Engineer
  2. Research Assistant
  3. Project Manager

Engineer profile comprises instrument control engineerfield engineersales engineerquality control engineerelectrical engineer, and research and development engineer. Moreover, research assistant works mainly national research institution and continues their study either in Indonesia or abroad. This graduate profile covers instrumentation and control, laser and optics, acoustic and lighting, energy and HVAC, as well as material processing.

The followings are the 10 Expected Learning Outcomes (ELO) of The Department of Engineering Physics:

ELO-1:  Able to apply knowledge of mathematics, physics, and engineering

ELO-2: Able to design and execute experiments with correct methodology, analyze and interpret data correctly

ELO-3: Able to design components, systems or processes in the field of engineering physics to meet the requirements and reasonable operations

ELO-4: Able to identify, formulate, and solve engineering problems in the field of engineering physics

ELO-5: Able to use modern the required engineering techniques, skills, and equipment in the field of engineering physics

ELO-6: Have knowledge of current issues and a broad insight related to the field of engineering physics

ELO-7: Able to work in interdisciplinary and multidisciplinary teams

ELO-8: Have professional responsibility and ethics

ELO-9: Able to communicate effectively

ELO-10: Able to think creatively and conduct a long life learning process

During their education, students of Engineering Physics can choose one of the five specializations provided such as, Instrumentation and Controls, Energy, Materials, Vibration and Acoustics, and Photonics. Specialization is highly related to the elective courses and the topic of final project.

 

Instrumentation and Controls

In the Specialization of Instrumentation and Control, students learn about design, manufacturing, and the operation of physical instruments as well as instrumentation systems for the detection, observation, measurement, automatic control system, data communication, also data acquisition in many applications from industrial to medical. The main activities for students in this specialization are :

  • Developing the hardware of measurement, control, and safety instruments for the application in industry or medical field
  • Developing network technologies for detection, observation, and control
  • Developing smart instrumentation such as neural network, genetic algorithm, fuzzy logic, and artificial intelligent for the use simulation and computation
  • Developing medical instrumentation
    The Instrumentation and Control Laboratory is the main facility where students can work and having some experiments.

 

Energy Engineering and Environmental Conditioning

The specialization of energy engineering allows students to learn the discipline of thermal engineering, renewable energy, energy conservation, and their application to the environment. Thermal Engineering mainly study that some variables such as temperature, pressure, flow, etc. is manipulated to achieve comfortable condition of the environment and increase the system`s performance. In the other side, the renewable energy, energy conservation, and energy management is learned both in the industrial and housing scale. The research and experiments of this specialization mostly carried out in the Energy Engineering and Environmental Conditioning Laboratory

 

Materials Engineering

The specialization of Material Engineering is about the design, synthesis, and analysis of a material. The application of certain material depends of the development of technology used. Some topic studied at the Materials Lab are as follows :

  • Design, application, and analysis of sensor, including semiconductor and ceramics-based sensors
  • Microelectronics device
  • Analysis of materials performance, as the industrial instruments as well as manufacturing industries

 

Vibration and Acoustics

Specialization of Vibration and Acoustics related to the concept and characteristic of vibration, acoustics, and lighting, for both indoors and outdoors applications. The architectural variables of a building are manipulated to fulfill comfort level requirement. Besides that, the hearing nature of human, underwater acoustics, auditory signal processing, are also studied in this specialization. The Vibration and Acoustics laboratory used as main facility for learning and research purposes.

 

Photonics Engineering

The study of light started more than 1000 years ago, but still, there are lots of its mystery that has not been found. In the Photonics Engineering specialization, students learn about the definition and function of light, optics, optoelectrics, and photonics. Both light`s properties as particle (photons), and as a lightwave helps in the advancement of communications, non-destructive detection systems, bio-medical, even industries. The most prominent example is the optical fiber communication system. It gives better transmission because of smaller signal loss than normal copper cable.Photonics has brought many scientific concepts to the realization since the invention of laser in the 60s which becomes the beginning of revolution in optics. The development of laser technology, both in characteristic, design, and application is also becomes the part of this specialization. Photonics Engineering Laboratory is the place where students can learn and be a part of photonics community, because it has 2 student chapters, OSA and SPIE. Both are international photonics organization which support the education and research funding in the field of photonics for Engineering Physics students.

The curriculum of bachelor degree consist of 144 credits, divided into 8 semesters (one semester consists of 16 weeks of coursework and evaluation). The requirement is given by two stages :

  • Preliminary stage : 36 credits during first 2 semesters
  • Bachelor stage : 108 credits during the next 6 semesters

The syllabus document could be downloaded here

Semester 1 Semester 2
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
1SM234101Kalkulus 1
Calculus 1
31SM234201Kalkulus 2
Calculus 2
3
2SF234102Fisika Mekanika
Mechanics Physics
42SF234202Fisika Listrik dan Magnet
Physics of Electricity and Magnetic
4
3SK234102Kimia
Chemistry
33TF234201Termodinamika
Thermodynamics
3
4TF234101Pengantar Teknik Fisika
Introduction to Engineering Physics
24TF234202Elektromagnetika
Electromagnetics
2
5TF234102Pemrograman Komputer
Computer Programming
25TF234203Metode Numerik
Numerical Method
2
6TF234103Fenomena Gelombang
Wave Phenomena
36TF234204Statistik dan Stokastik
Statistics and Stochastics
3
Total177TF234205Menggambar Teknik
Drawing Techniques
2
Total19
Semester 3 Semester 4
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
1TF234301Matematika Rekayasa
Engineering Mathematics
31TF234401Teknik Optik
Optical Engineering
3
2TF234302Rangkaian Listrik dan Elektronika
Electrical Circuits and Electronics
32TF234402Sistem Logika dan Digital
Logic and Digital Systems
2
3TF234303Optika
Optics
23TF234403Getaran
Vibration
2
4TF234304Fisika Kuantum
Quantum Physics
34TF234404Dinamika Sistem
System Dynamics
3
5TF234305Mekanika Fluida
Fluid Mechanics
35TF234405Perpindahan Panas dan Massa
Heat and Mass Transfer
3
6TF234306Akustik
Acoustic
26TF234406Fisika Bahan
Materials Physics
3
7TF234307Aplikasi Pengkondisian Sinyal
Signal Conditioning Application
27TF234407Sistem Pengukuran dan Kalibrasi
Measurement System and Calibration
3
8TF234308Teknik Keandalan
Reliability Engineering
38TF234408Aplikasi Pengukuran
Measurement Application
2
Total21Total21
Semester 5 Semester 6
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
1TF234501Pemrosesan Sinyal dan Optimisasi
Signal Processing and Optimization
31UG234913Kewarganegaraan
Civics
2
2TF234502Sistem Fotonik
Photonic System
32UG234916Aplikasi Teknologi dan Transformasi Digital
Applied Technology and Digital Transformation
3
3TF234503Sistem Pengendalian Otomatik
Automatic Control System
33UG234912Bahasa Indonesia
Indonesian
2
4TF234504Rekayasa Bahan
Materials Engineering
34TF234601Rekayasa Konversi dan Konservasi Energi
Energy Conversion and Conservation Engineering
3
5TF234505Rekayasa Kenyamanan Termal
Thermal Comfort Engineering
35TF234603Material Cerdas
Smart Materials
2
6TF234506Fisika Bangunan
Building Physics
36TF234604Sistem Instrumentasi
Instrumentation System
3
7TF234507Aplikasi Pengendalian – Smart Building
Control Application – Smart Building
27TF234605Aplikasi Smart Instrument
Smart Instruments Application
2
Total208Pilihan Pengayaan
Enrichment Courses
3
Total20
Semester 7 Semester 8
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
No
Number
Kode
Code
Mata Kuliah
Courses
SKS
Credits
1UG23490_Agama
Islamic/Christian
/Catholic/Hindu
/Buddhis/Khonghucu Studies
21TF234801Tugas Akhir
Final Project
4
2UG234911Pancasila
Pancasila
22TF2348NNPilihan
Elective Courses
2
3UG234914Bahasa Inggris
English
2Total6
4UG234915Kewirausahaan Berbasis Teknologi
Technopreneurship
2
5TF234701Proyek Rekayasa Interdisiplin
Interdisciplinary Engineering Project
3
6TF234702Metodologi Penelitian dan Proposal Tugas Akhir
Research Methodology and Final Project Proposal
3
7TF234703Kerja Praktek
Internship
2
8TF2347NNPilihan
Elective Courses
2
9TF2347NNPilihan
Elective Courses
2
Total20

Elective Courses

Rekayasa Instrumentasi
Instrumentation Engineering
Rekayasa Energi dan Pengkondisian Lingkungan
Energy Engineering and Environmental Conditioning
Kode
Code
Mata Kuliah
Courses
SKS
Credits
Kode
Code
Mata Kuliah
Courses
SKS
Credits
TF234710Sistem Pengendalian Modern
Modern Control System
2TF234730Ekonomi Energi
Energy Economics
2
TF234711Pengendalian Proses
Process Control
2TF234731Rekayasa Hidrodinamika
Hydrodynamic Engineering
2
TF234712Sistem Logika Fuzzy
Fuzzy Logic System
2TF234732Manajemen Energi
Energy Management
2
TF234713Proteksi dan Pengamanan
Protection and Safety
2TF234733Kapita Selekta Energi
Capita Selecta Energy
2
TF234714Instrumentasi dan Elektrik Industri
Industrial Instrumentation and Electrical
2TF234830Aerodinamika
Aerodynamics
2
TF234811Jaringan Syaraf Tiruan
Artificial Neural Networks
2TF234831Energi Baru dan Terbarukan
New and Renewable Energy
2
TF234812Pengendalian Plant Wide
Plant Wide Control
2TF234832Komputasi Dinamika Fluida
Computational Fluid Dynamics
2
TF234813Manajemen Resiko
Risk Management
2TF234833Mesin-mesin Fluida
Fluid Machines
2
TF234814Instrumentasi Medis
Medical Instrumentation
2TF238434Sistem Penyimpanan Energi
Energy Storage System
2
TF234815Kapita Selekta Instrumentasi dan Kontrol
Capita Selecta Instrumentation and Control
2
TF234816Identifikasi dan Estimasi
Identification and Estimation
2
Rekayasa Vibrasi dan Akustik
Vibration and Acoustics
Rekayasa Bahan
Materials Engineering
Kode
Code
Mata Kuliah
Courses
SKS
Credits
Kode
Code
Mata Kuliah
Courses
SKS
Credits
TF234720Kontrol Vibrasi
Vibration Control
2TF234740Teknik Karakterisasi Material
Material Characterization Techniques
2
TF234721Bising Lingkungan
Vibration Control
2TF234741Material Energi
Energy Materials
2
TF234722Sistem Audio
Audio System
2TF234742Teknik Pengendalian Korosi
Corrosion Control Engineering
2
TF234820Auditory Neuroscience
Auditory Neuroscience
2TF234840Kapita Selekta Bahan
Capita Selecta Material
2
TF234821Predictive Maintenance
Predictive Maintenance
2TF234842Teknologi Material Nano
Nanomaterials Technology
2
TF234822Komputasi Vibrasi
Vibration Computing
2TF234843Seleksi dan Desain Material
Material Selection and Design
2
TF234823Akustik Bawah Air
Underwater Acoustics
2TF234743Komputasi Material
Materials Computing
2
Rekayasa Fotonika
Photonics Engineering
Kode
Code
Mata Kuliah
Courses
SKS
Credits
TF234750Fotonika Biomedis
Biomedical Photonics
2
TF234752Sistem Komunikasi Serat Optik
Fiber Optic Communication System
2
TF234850Laser di Industri
Lasers in Industry
2
TF234851Instrumen Optik
Optical Instruments
2
TF234852Spektroskopi Optik
Optical Spectroscopy
2
TF234853Image Processing
Image Processing
2
TF234841Teknologi Sensor
Sensor Technology
2
TF234751Holografi Digital
Digital Holography
2
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