CURRICULUM OF MASTER PROGRAM
Master Program in Mechanical Engineering has recently applied “The 2017 Curriculum” in the academic year of 2017/2018. Students of Master Program in Mechanical Engineering are required to complete 40 credits of graduate work, including Master’s thesis which requires 8 credits. The curriculum is designed based on the student outcomes. The program provides a sequence of lectures to deliver concepts of mathematics, basic sciences, and engineering sciences. The curriculum covers five main disciplinary stems in the mechanical engineering fields, i.e. applied mechanics, engineering materials, energy conversion, manufacturing and Biomedical Engineering.
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[restab title="Semester 1" active="active"]
Semester 1
No. | Code | Course | Credit |
1 | TKM176101 | Engineering Analytical Methods | 3 |
2 | TKM176102 | Engineering Experimental Methods | 3 |
3 | TKM176103 | Thermofluids | 3 |
4 | TKM176104 | Manufacturing Technology | 3 |
Total = 4 courses, 12 credits |
[/restab]
[restab title="Semester 2"]
Semester 2
No. | Code | Course | Credit |
1 | TKM176201 | System Modelling and FEA | 3 |
2 | TKM176202 | Materials Selection in Mechanical Engineering | 3 |
3 | TKM1XXXX | Concentration Compulsory 1 | 3 |
4 | TKM 1XXX | Concentration Compulsory 2 | 2 |
Total = 4 courses, 11 credits |
[/restab]
[restab title="Semester 3"]
Semester 3
No. | Code | Course | Credit |
1 | TKM1XXX | Concentration Compulsory 3 | 2 |
2 | TKM176203 | Industrial Ecology | 3 |
3 | TKM 1XXX | Election 1 | 2 |
4 | TKM 1XXX | Election 2 | 2 |
Total = 4 courses, 9 credits |
[/restab]
[restab title="Semester 4"]
Semester 4
No. | Code | Course | Credit |
1 | TKM 1XXX | Thesis | 8 |
Total = 1 course, 8 credits |
[/restab]
[restab title="CONCENTRATIONS"]
1.Concentration : Energy Conversion
Code | Course | Credit |
TKM176111 | Advanced Fluid Mechanics | 2 |
TKM176112 | Advanced Thermodynamics | 2 |
TKM176113 | Advanced Heat and Mass Transfer | 3 |
2.Concentration : Engineering Materials
Code | Course | Credit |
TKM176121 | Advanced Engineering Materials | 3 |
TKM176122 | Material Thermodynamics | 2 |
TKM176123 | Material Testing And Characterization | 2 |
3.Concentration : Applied Mechanics
Code | Course | Credit |
TKM176131 | Advanced Mechanic of Materials | 2 |
TKM176132 | Tribology | 2 |
TKM176133 | Dynamics | 3 |
4.Concentration : Manufacturing
Code | Course | Credit |
TKM176141 | Manufacturing Metrology | 2 |
TKM176142 | Production Machine Control | 2 |
TKM176143 | Production Machinery Design | 3 |
5.Concentration : Biomedical Engineering
TKM176151 | Anatomy and Physiology | 3 |
TKM176152 | Bioethics and Culture | 2 |
TKM176153 | Medical Devices and Business | 2 |
TKM176154 | Medical Engineering Seminar | 0 |
[/restab]
[restab title="ELECTIVES"]
ELECTIVES
1.Energy Conversion
Code | Course | Credit |
TKM176114 | Computational Fluid Dynamics | 2 |
TKM176115 | Combustion Theory | 2 |
TKM176116 | Two Phase Flow and Heat Transfer | 2 |
TKM176117 | Turbo Machinery | 2 |
TKM176118 | Boundary Layer and Turbulence | 2 |
TKM176119 | Gas Turbin | 2 |
TKM176211 | Thermal System Analysis | 2 |
TKM176212 | Refrigeration Machinery | 2 |
TKM176213 | Power Plant | 2 |
TKM176214 | Piping Network Analysis | 2 |
TKM176215 | Applied Air Pollution Control | 2 |
TKM176216 | Renewable Energy | 2 |
2.Engineering Materials
Code | Course | Credit |
TKM176124 | Surface Treatment | 2 |
TKM176125 | Forming Technology | 2 |
TKM176126 | Casting Technology | 2 |
TKM176127 | Welding Technology | 2 |
TKM176128 | Engineering Ceramics | 2 |
TKM176129 | Failure Analysis | 2 |
TKM176221 | Corosion and Its Controls | 2 |
TKM176222 | Powder Metallurgy | 2 |
TKM176223 | Engineering Polymers | 2 |
TKM176224 | Composite | 2 |
TKM176225 | Solidification Technology | 2 |
TKM176124 | Surface Treatment | 2 |
3.Applied Mechanics
Code | Course | Credit |
TKM176134 | Advanced Vibration and Acoustics | 2 |
TKM176135 | Fracture and Fatigue | 2 |
TKM176136 | Viscoelasticity | 2 |
TKM176137 | Robotics | 2 |
TKM176138 | Control Systems | 2 |
TKM176139 | Piping and Pipeline Engineering | 2 |
TKM176140 | Pressure Vessel design and Thin wall Structure | 2 |
TKM176234 | Maintenance Engineering | 2 |
TKM176235 | Elastoplastic Design | 2 |
TKM176236 | Practical Finite Element Modeling | 2 |
TKM176237 | Biomechanics | 2 |
TKM176224 | Composite | 2 |
TKM176129 | Failure Analysis | 2 |
4.Manufacturing
Code | Course | Credit |
TKM176144 | Jig and Fixturing Design | 2 |
TKM176145 | Material Handling and Storage Technology | 2 |
TKM176146 | Numerical Control & CAD/CAM | 2 |
TKM176147 | Non-Conventional Machining | 2 |
TKM176148 | Plastic Manufacturing Technology | 2 |
TKM176241 | Robotic and Mechatronics | 2 |
TKM176242 | Artificial Intelligent Control | 2 |
TKM176243 | Flexible Manufacturing Technology | 2 |
TKM176244 | Conventional Machining | 2 |
TKM176245 | Assembly Technology | 2 |
TKM176246 | Joining Technology | 2 |
TKM176125 | Forming Technology | 2 |
TKM176128 | Conventional Machining | 2 |
TKM176242 | Artificial Intelligent Control | 2 |
5.Biomedical Engineering
Code | Course | Credit |
TKM176155 | Biomechanics | 2 |
TKM176156 | Prosthetics | 2 |
TKM176157 | Biomaterials | 2 |
TKM176158 | Orthotics | 2 |
TKM176159 | Human Factors in Medical Devices | 2 |
TKM176251 | Artificial Intellegence Application for Biomedical Engineering | 2 |
TKM176252 | Physiological Modelling, Simulation and Control | 2 |
TKM176253 | Biofluids | 2 |
[/restab][/restabs]
You can download Curriculum information here (in Indonesia)