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Non Regular Class Program (EP/P2K, Employee Program) ~ S1, D3, S2 |
See also : » Other Studies Program| Study Program Name | : | Mechatronics Engineering (D4) | | Science group | : | Technique | | Concentration / Specialisation | : | ⛋ | | Graduate Title / Mention | : | Associate | | Title abbreviations according EYD | : | A.Md. | | Title abbreviations are popular (used public) | : | | | PTS organizers (please click) | : | ⛋ POLTEKOM Malang - Malang City Polytechnic | | Study Period & Study Load (Credits) : | SMA/SMU, SMK graduates, equivalent proceed to
D3 Teknik Mekatronika | Study Load = 110 - 116 sks | Study Period =
6 semester | D2, D1 graduates, transfer proceed to
D3 Teknik Mekatronika | Study Load = Calculated from remaining credits | Study Period =
Calculated remaining credits |
| | Curriculum / Subjects Courses | : | See below | | Prospectus (Objectives, Competencies, Job Prospects / Career Graduates) | : | See below |
Title/mention above is a title often used (not necessarily used PTS).
Regarding title (for S1, S2, S3) or mention (for diploma) which is used by universities in Indonesia currently has no standard (not standard) again, although the government has made the rules, but most colleges only obey some of the rules the. It can not be blamed, because the development of the science group is very rapid and led to new branches of science which is an integration of several scientific groups, making it difficult for universities to classify these branches of the science group that created the government.
Similarly, by making short title / mention such, people tend to create their own abbreviations that are even more popular than EYD Indonesian rule.
Below given curriculum / course and prospectus (competency, job prospects / career graduates, etc.). For subjects study program of presented here is a slice (and some combination) of a college curriculum, so it is possible some no elective courses at the college, or the slightly different name of his courses.
| Prospectus D3 Mechatronics Engineering |
Synergistic (combined) mechatronic engineering from several engineering disciplines, such as mechanical/mechanical engineering, control engineering, electrical engineering, and computational science (computer science, software and hardware).
The purpose of this mechatronic science is to produce an intelligent automation product with optimal and efficient performance.
Educational Objectives Diploma in Mechatronics Engineering
1. Produce quality graduates who are able to compete globally in the field of mechatronics
2. Increase the participation of community elements to explore the field of mechatronics.
3. Creating research products in the mechatronics field that are efficient and effective for the community (appropriate technology).
Graduate Competencies D3 Mechatronics Engineering
1. Having the attitude and personality of an Indonesian citizen who is honest and responsible and has an entrepreneurial spirit who is able to work in a team work.
2. Mastering a strong scientific basis in the fields of machinery, electronics, and computer programming and synergizing them into the scientific basis of mechatronics in the production, operation and maintenance processes.
3. Mastering drawing techniques using CAD/CAM
4. Mastering industrial automation systems
5. Able to design, install, and maintain industrial robotics systems in both production engineering and manufacturing processes.
6. Ready to develop, able to improve skills in the field of work, have adequate provisions to continuously update their knowledge and skills.
7. Having Soft Skills needed in carrying out the profession as an intermediate expert in the field of mechatronics
Profession and Career Graduates D3 Mechatronic Engineering
Based on the competencies possessed, the jobs that can be filled by Mechatronic Engineering graduates include:
1. Infrastructure design and construction industry for oil and mineral exploration and exploitation.
2. Company operation and production of energy resources (electricity) and steam power.
3. A service company for the maintenance of production equipment and operations in the upstream and downstream oil industries.
4. Pulp and Paper production industry
5. Metal, aluminum and other non-ferrous metal processing industry.
6. Production industry based on electronics and microprocessors.
D3 Mechatronic Engineering Course
| * = Specific / General Elective Courses
| Course | Credit | | Introduction to Mechatronics | 2 | | Engineering Mathematics | 3 | | Physics | 2 | | English 1 | 2 | | Basic Math | 3 | | Electronics 1 | /td>2 | | Basic Mechanical Practice | 3 | | Electronic Practice 1 | 2 | | Machine Drawing Practice | 2 | | Religious Education | 2 | | Programming Algorithms | 2 | | English 2 | 2 | | Advanced Mechanics | 2 | | Electronics 2 | 2 | | Basic Computer | 2 | | Electronic Practice 2 | 2 | | Basic Computer Practice | 2 | | Electrical Drawing Practice | 2 | | Mechatronics Workshop 1 | 2 | | English | 2 | | Sensor | 2 | | Digital Engineering | 2 | | Electro Pneumatic Hydraulic | 2 | | Control Techniques | | 2 | | Sensor Practice | 2 | | Digital Engineering Practice | 2 | | Hydraulic Electro Pneumatic Practice | 3 | | Control Technique Practice | 2 | | Mechatronics Workshop 2 | 2 | | Pancasila Education | 2 | | Production Management | 2 | | Microcontroller | 2 | | Electric Motor | 2 | | Programmable Logic Controller | 2 | | Microcontroller Practice | 2 | | Electric Motor Practice | 3 | | Practice Progammable Logic Controller | 3 | | Interface Practice | 1 | | Mechatronics Workshop 3 | 2 | | Technical Ethics | 2 | | English 3 | 2 | | Robotics | 2 | | Data Communication and Computer Network | 2 | | Robotics Practice | 2 | | Data Communication and Computer Networking Practice | 2 | | Mechatronic Application Practice | 2 | | Practice of Engineering Application Programming | 2 | | Mechatronics Workshop 4 | 2 | | Practice Work | 3 | | Final Project | 6 | | | |
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