Mechanical Production and Maintenance Engineering in general is addressessed for supporting and accelerating development of Human Resource (HR) in Indonesia in order to win competition in globalization era through  Applied Science Bachelor Program. This program is aimed for generating graduates who have professional skill in Mechanical Production and maintenance Engineering.



Toward a leading and  innovative vocational education study program at national and regional level, the pioneer of science and technology development in the field of mechanical production dan maintenance, highly  qualified graduates who have both knowledge of mechanical production and maintenance  and religious values within 10 years ahead.



  1. Organizing applied science education that generates self-motivated, high morale, green concepted and technopreneurial graduates;
  2. Organizing independent or cooperation applied research  and disseminating  the results for developing science and technology of mechanical production and maintenance;
  3. Planning and organizing community service by utilizing science technology of mechanical production and maintenance for improving common welfare.



  1. To produce mid-level managers and professionals that are able to apply science and technology in  production process and maintenance  of industrial machinery;
  2. To play a role in improving people’s lives through research and community service.



  1. At least 75% of graduates’GPA ³00(scale 04) in each academic year;
  2. At least 50% of graduates’waiting periodtoget ajobfirst  £6months;
  3. At least80% of alumnihaveonecertificate ofcompetency;
  4. At least 50% of AlumnihaveTOEIC score³350


Strategies to achieve targets

Strategies  for Achieving 1st Target  

  1. Design and prepare learning materials and activities based on  stakeholders’ demand (100 % of the RAP , SAP and AP);
  2. Monitor and control learning process (the average learning hour is ≥ 95 % of the scheduled learning hour and the average of student attendance is ³ 95 % of scheduled attendance);
  3. Improve methods and instructional media (100% of the total number of learning contract).


Strategies  for Achieving 2nd Target  

  1. Initiate partnership with industry and maintain communication links with alumni who have or have not gotten jobs yet;
  2. Conducting seminars/training and invite speakers from the industry/stakeholder for prospective graduates about work ethic and the ins and outs of industry and job.

Strategy  for Achieving 3rd Target
Organize  training and competency testing in the fields of production, maintenance and repair.

Strategies for Achieving 4th Target

  1. Cooperate with other parties in developing English learning program which is suitable with industrial/job market demand;
  2. Set  TOEIC test for English subject semester test.


Graduates’ Profile

The graduates of Mechanical Production and Maintenance Engineering are able to implement moral values and ethics of science technology, religion and society in designing, implementing, monitoring and controlling production system and maintenance in mechanical machineries.


Learning Outcomes

  1. Master basics of manufacturing/production, maintenance/repair of industrial machinery;
  2. Able to carry out work and formulate solution for procedural problems by using appropriate skills in manufacturing/production, maintenance / repair of industrial machinery and heavy equipment, and able to work in team;
  3. Able to choose standard or non standard method in carrying out production process, maintain industrial machinery;
  4. Able to communicate with team work in completing job and is able to write work report;
  5. Able to act and behave in society and in line with workplace career norms;
  6. Able to follow development of science, technology, and / art in the field of production engineering, industrial machinery.


Graduates’ Competences

  1. Master basics of manufacturing engineering / production, and maintenance / repair of industrial machinery;
  2. Able to carry out job task and formulate procedural problem solving by using appropriate skills of manufacturing engineering to / production, and maintenance / repair of industrial machinery, and able to work in team;
  3. Able to differ standard and non-standard method in carrying out the process of manufacturing / production, and perform maintenance/industrial repair machinery;
  4. Able to communicate with team work in completing job and able to prepare written report;
  5. Able to act and behave accordingly in real life and in work place;
  6. Able to adjust to the development of science, technology, and/art of manufacturing engineering/production, and industrial machineries.