1. Outcome-Based Education (OBE) approach
2. Integration of sociopreneurship in technology development
3. Focus on sustainable engineering
4. Strong ties to the industrial sector and real-world field needs

Program Details

Vision of the Mechanical Engineering Program

To become a leading Mechanical Engineering Program in the field of innovative and competitive mechanical and energy engineering, with a sociopreneurship and sustainability perspective by 2030.

Mission of the Mechanical Engineering Program

1. To provide high-quality mechanical engineering education to produce competent, professional, and competitive graduates in the fields of mechanical and energy engineering.
2. Conducting innovative and applied research in mechanical engineering that supports the development of sustainable technology.
3. Conducting community service based on appropriate technology and social entrepreneurship.
4. Developing collaborations with industry, educational institutions, and other strategic partners at the national and international levels.
5. Improving the governance of the study program to ensure it is effective, transparent, and sustainable.

Graduate Competencies:

1. Demonstrate a sense of responsibility, discipline, mutual respect, and respect for the law in social, national, and civic life; uphold humanistic values based on Pancasila; and work effectively both independently and in groups
2. Understand the importance of lifelong learning and personal development, including staying informed about relevant current issues
3. Able to be accountable to society and adhere to professional ethics in solving mechanical system problems.
4. Able to communicate effectively both verbally and in writing, and apply technology-based entrepreneurship.
5. Able to master and apply science and engineering knowledge to solve engineering problems in mechanical systems.
6. Ability to identify, formulate, analyze, and solve engineering problems.
7. Ability to conduct laboratory and/or field experiments and analyze and interpret data to support engineering assessments.
8. Ability to use project management and cost approaches to formulate solutions and resolve engineering problems.
9. Ability to design mechanical components, systems, and/or processes to meet expected requirements using an analytical engineering approach based on cutting-edge science and technology, while considering technical standards, performance aspects, reliability, and ease of implementation, with attention to environmental and sustainability aspects
10. Ability to apply modern engineering methods, skills, and tools required for mechanical systems practice

Achievements :

The curriculum of the Mechanical Engineering Study Program at Wijaya Putra University is designed to produce graduates with outstanding competencies in the field of mechanical engineering, including mechanical design, manufacturing technology, engineering materials, and energy conversion engineering. This curriculum is developed in accordance with national higher education standards and the needs of the business and industrial sectors, utilizing an Outcome-Based Education (OBE) approach focused on graduate learning outcomes (GLOs). The curriculum structure comprises a total of approximately 144 credit hours, which can be completed within the standard duration of 8 semesters (4 years). The learning process is systematically designed through a combination of theoretical lectures, laboratory practicals, case studies, and Project-Based Learning (PBL), enabling students to comprehensively understand concepts while applying them to solve real-world engineering problems. The UWP Mechanical Engineering Program curriculum excels in the integration of four core disciplines: manufacturing, engineering materials, energy conversion engineering, and mechanical design, which are mutually integrated to foster holistic graduate competencies. In the field of mechanical design, students are equipped with the ability to design mechanical products and systems using CAD/CAE software. In the field of manufacturing, students study modern production processes, including CNC technology and industrial automation. Meanwhile, in the field of engineering materials, students understand the characteristics and selection of materials for various engineering applications. In the field of energy conversion, students are equipped with an understanding of energy systems, thermal machinery, and sustainable energy development. Additionally, the curriculum integrates concepts of social entrepreneurship and sustainability into the learning process, ensuring graduates not only possess technical skills but are also capable of creating innovations with economic value and social impact. This aligns with Universitas Wijaya Putra’s vision for research-based education and social entrepreneurship development toward 2030. To support curriculum implementation, the UWP Mechanical Engineering Program is supported by various laboratory facilities, such as manufacturing process, CNC, engineering materials, internal combustion engines, fluid mechanics, and design and visualization laboratories. These facilities allow students to conduct hands-on experiments, simulations, and testing, thereby enhancing graduates’ technical skills and work readiness. With an adaptive, practical, and industry-oriented curriculum, the Mechanical Engineering Program at Wijaya Putra University is expected to produce competent, innovative graduates who are ready to contribute to technological development and sustainable industry at both the national and global levels.