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Mechanical Engineering

  1. Study Program Description
    Mechanical Engineering is a scientific field that studies the basic principles of physics for the analysis, design, manufacture, and maintenance of a mechanical system. After the industrial revolution in Europe, mechanical engineering began to develop as a science and increasingly developed along with the rapid development of physical science.
    With the rapid development of this knowledge, the Mechanical Engineering study program, Faculty of Engineering and Informatics, Dian Nusantara University is one of the study programs that is quite in demand and much needed in the industrial world with a high level of competition because it has very wide job opportunities. This study program aims to produce graduates who have a strong basic knowledge of engineering so that they are able to design, manufacture, use, analyze, and manage machines and systems related to machinery.
    The above achievements are obtained through knowledge that focuses on energy conversion, construction and design, material technology and material processing as well as manufacturing production process technology and automated systems by providing basic operational and managerial knowledge on system management and technology in industry.
    The graduate profile of the Mechanical Engineering Study Program is expected to become a designer/designer in the field of mechanics and consultant, as a manager, as a researcher, as an academic, and as an entrepreneur.
    Concentration or specialization in Mechanical Engineering Study Program :
    • Energy Conversion
    • Construction and Design
    • Material Technology and Material Processing
    • Manufacturing and Automation Production Process Technology
    Mechanical Engineering Study Program is fronted by 9 permanent lecturers who have national lecturer identification numbers (NIDN) with master/S2 qualifications and have academic positions. Lecturers consist of teaching staff to head lectors and certified educators.
    The length of study is 8 (eight) semesters or 4 (four) years.
    Requirements to enter the Mechanical Engineering Study Program are graduates of SMA IPA/IPS, similar SMK, and D3 and accept transfer students.
  2. Study Program Vision and Mission
    Vision
    “To be a leading Mechanical Engineering Study Program that develops contextual and sustainable digital-based technology in energy conversion, materials engineering, construction system design, and manufacturing systems, and contributes to strengthening industry and entrepreneurship as well as urban engineering solutions nationally by 2030”.
    Mission
    • Organizing teaching, research, and community service in the fields of energy conversion, metallurgy and material processing, machine construction, and manufacturing and automation production processes that are of high quality, reliable and professional. 
    • Developing students' abilities and skills through various activities to meet the needs of industry and entrepreneurship on an ongoing basis in the fields of energy conversion, metallurgy and material processing, machine construction, and manufacturing and automation production processes.
    • Provide facilities and infrastructure to support teaching and learning processes in the fields of energy conversion, metallurgy and material processing, machine construction, and manufacturing and automation production processes based on the latest technology that is appropriate to exceed the quality standards of National Higher Education.
    • Implementing effective and efficient study program management through a harmonious and productive work environment.
    • Building cooperation and synergistic relationships with all stakeholders in the mechanical field.
  3. Study Program Objectives
    • To produce graduates who are competent, innovative, and ready to contribute to the mechanical engineering industry and urban development.
    • To become a center of excellence in the development of energy conversion technology, materials engineering, and digital-based manufacturing systems.
    • To enhance the quality of learning through the integration of mechanical engineering technology-based research and community service.
    • To actively contribute to industrial strengthening and the provision of engineering solutions for urban challenges at the national level.
    • To strengthen national and international networks in the fields of education, research, and innovation in mechanical engineering.
  4. Study Program Target

    Integration of Learning, Research, and Community Service

    • Developing a curriculum based on research findings and real-world case studies from community service in urban areas.
    • Encouraging student involvement in lecturers' research and community service projects through final projects, internships, and the MBKM program.
    • Developing project-based learning that addresses urban engineering issues and local industry.

    Strengthening Research and Technological Innovation

    • Focusing research on energy conversion efficiency, development of environmentally friendly materials, and digitalization of manufacturing processes.
    • Increasing scientific publications, patents, and innovative technology products relevant to national industrial needs.
    • Establishing a research center of excellence and collaborative laboratories for mechanical engineering technology development.

    Technology-Based Community Service

    • Developing engineering solutions for urban problems such as energy management, transportation, and infrastructure.
    • Making community service a part of active and contextual learning.
    • Conducting technical training and education for the community and local industry players.

    Collaboration and Strategic Partnerships

    • Establishing collaborations with manufacturing, energy, and construction industries nationally.
    • Organizing collaborative projects, engineering competitions, and technology incubation programs.
    • Actively participating in national and international forums for mechanical engineering development and industrial innovation.

    Academic Governance Transformation

    • Digitalization of academic systems and data-driven quality management.
    • Human Resource Development for academic and administrative staff through training in the latest technologies and professional certifications.
    • Implementation of sustainability and efficiency principles in campus operations and the engineering academic culture.
  5. Why Choose Mechanical Engineering Study Program?
    Based on experience that many graduates have devoted themselves and played a role in various fields in supporting national development, including in the field of energy generation, utilization, and conservation such as in Power Plants (PLTA, PLTG, PLTU, PLTGU, PLTD, etc.). ), design of heating systems, air conditioning/refrigeration systems, refrigeration, cryogenics, and the field of construction services and system management and technology in the automotive, construction, manufacturing and metal industries. In addition, a Mechanical Engineering graduate can also take part in the transportation sector of the automotive, oil and gas industries, heavy machinery, planning consultants, educational institutions, research institutions, and other industries as well as entrepreneurs/entrepreneurs in the mechanical and electrical fields.
    Besides that, a lucrative salary in engineering is a special attraction, including mechanical engineering. This is one of the factors when most high school graduates will choose the desired major and one of the study programs/departments that offers many opportunities is mechanical engineering. This course is very promising because many companies are in need of mechanical engineers. With the qualifications you have, you will have no difficulty treading the world of work and have the opportunity to become an entrepreneur.
  6. Mechanical Engineering Study Program Curriculum (Attached)
  7. Contact Person    : Komarudin, ST, MT – 081317001963
  8. Email     : komarudin@undira.ac.id

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