DIII – Mechanical Engineering – Politeknik Negeri Bandung

Vision

Become a superior and leading study program in innovative and adaptive vocational education to the development of applied science and technology in mechanical engineering study, and become nationally and internationally recognized.

Mission

Administering education to produce competent graduates, especially related to mechanical study, with a strong spirit to keep growing, having moral, having entrepreneurship spirit and environmental insight.
Performing applied research and disseminating the results to develop science and technology in mechanical study.

Graduation Profile:
- Supervisor in the field of manufacturing, operating and maintaining machinery, as well as able to carry out supervision and guidance in manufacturing and maintaining industrial machinery

- Learning outcome:
  1. Attitudes:
    1. fear of God Almighty and be able to show religious attitude;
    2. respecting human values in performing the duty, based on religion, morals, and ethics;
    3. internalizing the values, norms, and academic ethics
    4. having a role as citizens who take pride and patriotism, nationalism and have responsibility to the state and nation;
    5. respecting cultural diversity, views, religion, and beliefs, as well as the original opinions or discoveries of others;
    6. contributing to improving the quality of socialized life, nation, state, and the progress of civilization based on Pancasila;
    7. cooperating and having social sensitivity and respecting for people and the environment;
    8. obeying the law and discipline in the social and state life;
    9. internalizing the spirit of independence, persistence and entrepreneurship;
    10. demonstrating a responsible attitude towards the work in the field of expertise independently.
- 1. Mastery of Knowledge
    1. Mastering theoretical concepts in general natural science, engineering principles (engineeringprinciples), engineering and engineering design needed for analysis anddesigning systems, processes, products or components;
    2. Mastering theoretical concepts in general ways of testing and measurement;
    3. master the theoretical concepts in general about the method of solving engineering problems,appropriate resources, IT tools, and modern technology to solve problems engineering;
    4. master the knowledge of codes and standards that apply to completion production, maintenance and repair problems,
    5. master the latest principles and issues in economic, social, ecological issues in general
    6. master the knowledge of communication techniques;
    7. master the knowledge of the latest and latest technological developments;
- 1. General Skills
    1. Able to complete wide-ranged work and analyze data in proper various methods, either those that are based on the standards or not;
    2. Able to show quality and measurable performance;
    3. Able to solve work problems with the nature and context according to the applied study based on logical, innovative and responsible thinking of the results independently;
    4. Able to compile reports on results and work processes accurately and validly by communicating it effectively to the parties in need;
    5. Able to work together, communicate, and innovate in their work;
    6. Able to be responsible for the achievement of the results of group work and superviseand evaluate of the completed work assigned to the workerunder his responsibility;
    7. Able to carry out the process of self-evaluation of the group work under their responsibilities, and manage the development of work competencies independently;
    8. Able to document, save, rediscover data to guarantee validity and prevent plagiarism;
  2. Special Skills
    1. Able to apply mathematics, natural science, and engineering principles to procedures andtechnical practices (machining, fabrication, and CNC) to solve engineering problemsclearly defined (welldefined) in the field of specialization faced;
    2. Able to identify and resolve engineering problems in the production and field care, which is well-defined using data analysis based on relevant standards, as well as choosing methods based on the economic, health, safety and environmental factors;
    3. Able to design and realize engine components, and design partsa well-defined system, to meet specific needs by consideringsafety, health and environmental issues;
    4. Able to test and measure work objects based on procedures andstandard, analyze, interpret, and apply according to designation;
    5. Able to use production and maintenance equipment with the latest technology forcarry out work
    6. Able to make products with production processes (CAD / CAM, formationmetal, welding and non-conventional machining processes);
    7. Able to plan and manage maintenance systems and repair machines for the achievement of work reliability

Users

Profile of industries and companies where alumni take careers at are as follows:
- Manufacturing Industry
- Automotive
- Textiles
- Petroleum
- Pertochemical industry
- Design
- Flight
- Services
- electronics
- Contractor (Engineering Staff)
- Teaching Staff / College Instructors