| Mechanical Engineer/Analyst |
Able to conceptualize, design, and redesign mechanical systems and products, install new or modified mechanical devices.
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| Mechanical System Designer |
Able to design mechanical system components and produce engineering drawings for various mechanical systems or components
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| Production Engineer / Analyst |
Capable of handling manufacturing process, planning the production route, monitoring, assessing, and if necessary, developing the production processes based on the results project.
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| Engineer / Analyst |
Able to prepare and deliver an engineering project, including related activities such as project evaluation and forecasting.
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| Programme Learning Outcome (PLO) |
PLO for Mechanical Engineering are as follows:
| No |
Programme Learning Outcome |
| PLO1 |
Have knowledge and competencies for careers and jobs in Mechanical Engineering. |
| PLO2 |
Able to work in teams, communicate effectively with different scientific backgrounds, and become a leader. |
| PLO3 |
Able to take responsibility for work by applying professional ethics, especially in solving problems in the field of Mechanical Systems. |
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| Intended Learning Outcome (ILO) |
ILO for Mechanical Engineering are as follows:
| No |
Intended Learning Outcome |
| ILO1 |
an ability to communicate effectively in oral and written manners with a range of audiences |
| ILO2 |
an ability to solve complex problems, and make informed judgments, which must consider the sustainability aspect as well as to utilize information technology and the potential of national resources with a global perspective. |
| ILO3 |
an ability to collaborate effectively in the multidisciplinary and multicultural team whose members together provide leadership to achieve the objectives |
| ILO4 |
an ability to apply Pancasila values, ethical and professional responsibilities, |
| ILO5 |
an ability to perform life-long learning and apply new knowledge as needed using appropriate learning strategies. |
| ILO6 |
an ability to identify, formulate, and solve mechanical engineering problems by applying principles of engineering, science, and mathematics in mechanical systems in global, economic, environmental, and societal contexts |
| ILO7 |
an ability to model, analyze, design, and realize physical systems, components or processes using appropriate materials by utilizing information technology |
| ILO8 |
an ability to develop and conduct experiments, analyze and interpret data, and use engineering judgment to draw conclusions |
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| Graduation Requirements |
Students are declared "graduates" if they meet several requirements, such as:
- Have completed the entire study credits (144) credits including the final project.
- Have submitted scientific articles from the final project to journals, conferences/seminars, or published in the ITK repository.
- Have learning outcomes targeted by the study program with a minimum grade of C.
- Meet the requirements of SK2PM with a minimum of 1500 points obtained from student activities.
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