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Bachelor of Mechanical Engineering Study Program

Innovative Technopreneur in Mechanical and Automation Design

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Fields of Expertise

∎ Mechanical and Automation Design
∎ Energy Conversion
∎ Manufacturing Engineering
∎ Material Technology

Career Path

1. Mechanical Design & Automation Engineer
2. Mechanical Contractor and Consultant
3. Manufacturing, Oil, and Gas Industry
4. System Analyst
5. Engineering Research and Development

The Bachelor of Mechanical Engineering Study Program is Excellent-accredited and Internationally accredited with General Accredited predicate by IABEE (Indonesian Accreditation Board for Engineering Education) with areas of expertise including product development engineering and automation, manufacturing, and energy and material conversion, which can be completed within 8 semesters.

The Learning is carried out based on Outcome Base Education (OBE), where students learn to have cognitive, psychomotor, and affective abilities through various academic and non-academic activities.

Students’ abilities in engineering design are developed through Capstone Projects, a mechanical engineering project, and various Independent Learning activities such as Industrial Internship at various national and international companies.

Regular programs are available in morning and evening sessions. Implementing Blended Learning System, cross-program studies through Independent Learning Independent Campus (MBKM) program, Recognition of Prior Learning program is also available for students with work experiences and academic or non-academic achievements.

Featured Courses

CourseDescription
Design Concept & Mechanical Project IThe Design Concept and Mechanical Project course is structured as a capstone project to produce mechanical system design concepts based on products and Indonesian market needs by applying entrepreneurial principles and innovative product design concepts and their development, which apply to the needs of the Indonesian market. Design concept develops students in understanding the theory and methodology of product design and development, so that students can apply it in actual product design, including product development organization, product planning, needs identification, specifications, product concept, product architecture, industrial design, manufacturing process design, prototyping, product economic analysis, and product development project management. The concept produced in this course will be continued to the Machine Design Project IV (prototype) course.
Material Selection and ProcessMaterial Selection and Process course is structured for students to understand, select, and analyze materials ready to be applied in assigned engineering cases. The concepts of stress, strain, torque, deflection, elasticity, fatigue, and stress concentration will be studied in various types of construction with static and dynamic loads, wind loads, and static analysis of uncertain frames. Material selection in terms of high temperature, strength, wear, toughness, fatigue, and corrosion on various local and renewable material, such as Indonesian natural fibers, as well as metal and non-metal materials, such as polymer and ceramic are also studied. At the end of the course, students will be able to choose the most suitable manufacturing process to be applied on based on the materials and specification needed.
Flexible Automation and RoboticsThe Flexible Automation and Robotics course is structured so that students can understand and apply the philosophy and general views regarding production system automation and various configurations that are commonly used: work station automation, industrial automation supporting components, programmable logic controllers, PLC applications in industrial automation, basic concepts of industrial robots and their applications in industrial automation, project assignments, demonstrations and exercises carried out in the automation laboratory. In advance, the implementation of automation and robotics in the industry will be introduced to the students.
Environmental EngineeringEnvironmental Engineering course teaches the basics of environmental knowledge as an integral part of mechanical system, the interconnectedness of human and natural resources, the relationship between development and the environment, environmental impact analysis, and pollution control in the industry that complies with Indonesian law and regulations.

Facilities

CNC Laboratory

Mechatronics Laboratory

Mechanical Phenomena Laboratory

Hydraulics and Pneumatics Laboratory

Gocart Workshop

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