Graduate Profile ( Outcome Program )

The educational objective or Outcomes Program (PO) of the Physics Engineering Undergraduate Study Program, Department of Nuclear Engineering and Physical Engineering, Faculty of Engineering, Gadjah Mada University is to produce graduates, who are expected to have the following criteria:

  1. Graduates will continue to pursue life-long learning and professional development through self-study, academic or further professional education in engineering, business, or health.
  2. Graduates will utilize scientific and engineering foundations to improve the quality of life, through successful careers in engineering physics or other relevant fields.
  3. Graduates will become effective integrators and innovators, leading or participating in efforts to solve various technological, social, economic, environmental and disaster challenges.

Learning Outcomes Graduates ( Student Outcomes )

Competencies of graduates of the Bachelor of Physics Engineering Study Program who are targeted for outcomes (CPL) or Student Outcomes (SO) include:

  1. Ability to apply knowledge of mathematics, natural and/or material science, information technology and engineering to gain a thorough understanding of engineering principles.
  2. Ability to design components, systems and/or processes to meet expected needs within realistic limits, for example legal, economic, environmental, social, political, health and safety, sustainability as well as to recognize and/or utilize the potential of local and national resources by global insight.
  3. Ability to design and carry out laboratory and/or field experiments as well as analyze and interpret data to strengthen technical assessment.
  4. Ability to identify, formulate, analyze and solve technical problems.
  5. Ability to apply modern technical methods, skills and tools required for engineering practice.
  6. Ability to communicate effectively both orally and in writing
  7. Ability to plan, complete and evaluate tasks within existing constraints.
  8. Ability to work in cross-disciplinary and cross-cultural teams.
  9. Ability to be responsible to society and comply with professional ethics in solving technical problems.
  10. Ability to understand the need for lifelong learning, including access to knowledge regarding relevant current issues.

Course Structure

The brief structure of the courses for each semester is presented as follows.

SEMESTER 1

No Code Course Name credits
1 TKF211101 Algebra 3
2 TKF211102 Calculus 5
3 TKF211103 Probability and Statistics 2
4 TKF211104 Technical Drawing 2
5 TKF211115 Basic Information 2
6 TKF211116 Informatics Basic Practicum 1
7 TKF211127 Mechanics 3
8 TKF211138 Basic chemistry 3

 

SEMESTER 2

No Code Course Name credits
1 TKF211201 Differential Equation 3
2 TKF211212 Physics Practicum 1
3 TKF211223 Modern Physics 3
4 TKF211224 Optic 2
5 TKF211225 Electromagnetic 2
6 TKF211236 Thermodynamics 3
7 TKF211237 Fluid Mechanics 3
8 TKF211238 Electrical circuits 2
9 TKF211299 Engineering Concepts for Civilization 2

 

SEMESTER 3

No Code Course Name credits
1 TKF212111 Praktikum Elektronika Analog 1
2 TKF212112 Numerical Method 2
3 TKF212123 Acoustics 3
4 TKF212134 Heat and Mass Transfer 3
5 TKF212135 Materials Science and Technology 3
6 TKF212136 Elektronika Analog 3
7 TKF212137 Data processing 3
8 TKF212138 Dinamika System 3

 

SEMESTER 4

No Code Course Name credits
1 TKF212201 Scientific Literacy 2
2 TKF212212 Measurement System Practicum 1
3 TKF212223 Biophysics 2
4 TKF212234 Digital Electronics 2
5 TKF212235 Measurement and Monitoring 3
6 TKF212246 Technology Control 3
7 TKF212247 Technical System 2
8 TKF212298 Citizenship 2
9 TKF212299 Religion 2

 

SEMESTER 5

No Code Course Name credits
1 TKF213111 Communication Network Practicum 1
2 TKF213112 Practicum Electronics Digital 1
3 TKF213143 Process Engineering 3
4 TKF213144 Building Physics 3
5 TKF213145 Energy convertion 3
6 TKF213146 Communication network 2
7 TKF213147 Instrumentation-Based System Safety 2
8 TKF213148 Practical Work 2
9 TKF2113199 Pancasila 2

 

SEMESTER 6

No Code Course Name credits
1 TKF213201 Research methodology 2
2 TKF213212 Instrumentation System Practicum 1
3 TKF213213 Process Technology Practicum 1
4 TKF213244 Sensor Technology 2
5 TKF213245 Actuator Technology 2
6 TKF213246 Economics Technology 2
7 TKF213297 Project management 2
8 TKF213298 Community Service Program 3

 

SEMESTER 7

No Code Course Name credits
1 TKF214141 Automation System Design 3
2 TKF214142 Thesis 4
3 TKF214143 Thesis Writing 2

 

SEMESTER 8

No Code Course Name credits
Elective Courses and/or Independent Learning Program Independent Campus (MBKM) 19

 

ELECTIVE COURSES

1 TKF210051 Technology-Based Entrepreneurship 2
2 TKF210052 Industrial Instrumentation 2
3 TKF210056 Process Automation 2
4 TKF210057 Building Automation 2
5 TKF210058 Microprocessor Application 2
6 TKF210059 Application of Programmatic Logic Control 2
7 TKF210060 Real Time System 2
8 TKF210061 Audio System Instrumentation 2
9 TKF210062 Visual System Instrumentation 2
10 TKF210063 Robotics System Instrumentation 2
11 TKF210064 Water Energy Technology 2
12 TKF210065 Wind Energy Technology 2
13 TKF210066 Biomass Energy Technology 2
14 TKF210067 Geothermal Energy Technology 2
15 TKF210068 Photovoltaic Technology 2
16 TKF210069 Solar Thermal Technology 2
17 TKF210070 Marine Energy Technology 2
18 TKF210071 Energy Conservation 2
19 TKF210072 Environmental Physics Engineering 2
20 TKF210073 Air Conditioning Engineering 2
21 TKF210074 Thermal System Engineering 2
22 TKF210075 Lighting Engineering 2
23 TKF210076 Room Acoustic Engineering 2
24 TKF210077 Sustainable Residential System Engineering 2
25 TKF210078 Semiconductor Engineering 2
26 TKF210079 Nanotechnology 2
27 TKF210080 Environmental Management & Engineering 2
28 TKF210081 Reliability Engineering 2
29 TKF210082 Computational Fluid Dynamics 2
30 TKF210083 Quality assurance 2
31 TKF210084 Artificial intelligence 3
32 TKF210085 Music and Speech Acoustics 2