Academics

Master's Program in Mechanical Engineering

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

Concentration

The following is a list of specializations contained in Master's Program in Mechanical Engineering

Energy Conversion

The Energy Conversion concentration focuses on the development and application of renewable energy technologies and energy efficiency. Studies cover cooling systems, solar energy, hydropower, wind energy, geothermal, and bioenergy to support sustainable energy needs. Graduates are expected to design innovative and applicable solutions to address national energy security challenges.

Materials and Structures

The Materials and Structures concentration emphasizes research and development of advanced materials for engineering and industrial applications. Areas of study include composite materials, powder metallurgy, welding technology, and structural engineering for resilient and sustainable designs. Graduates are prepared to become experts capable of creating material innovations that support industrial technological advancements.

Manufacturing Engineering

The Manufacturing Engineering concentration focuses on conventional and non-conventional machining technologies, casting processes, as well as extrusion, blowing, and injection molding techniques. Students gain expertise in analysis, design, and optimization of manufacturing processes to improve production quality and efficiency. Graduates are expected to become innovative professionals who strengthen the competitiveness of the national manufacturing industry.

Maintenance Engineering and Management

The Maintenance Engineering and Management concentration emphasizes strategies for maintenance, repair, and asset management in industrial settings. Students study predictive and preventive maintenance techniques, reliability management, and operational cost control. Graduates are prepared to become professionals capable of maintaining system performance, enhancing efficiency, and supporting sustainable industrial operations.

Curriculum

Learning Outcomes
1	Able to develop logical, critical, systematic, creative, and innovative thinking through scientific research or design creation in the field of Mechanical Engineering (science and technology) with interdisciplinary or multidisciplinary approaches in areas including energy conversion, new and renewable energy, biomaterial-based composites, noise, green manufacturing, and new materials, while internalizing the BINTANG values (Faithful to God Almighty within the Frame of Diversity, Innovative with Integrity, and Resilient and Wise).
2	Able to disseminate ideas, thoughts, and scientific arguments (science and technology) in the form of a thesis or other equivalent works according to their expertise to society or industry in compliance with scientific principles, procedures, and ethics, while applying the principles of lifelong learning.
3	Able to solve problems in the development of science and technology by considering and applying humanities values based on analytical or experimental studies of information and data in their field of expertise in Mechanical Engineering, including energy conversion, new and renewable energy, biomaterial-based composites, noise, green manufacturing, and new materials.
4	Able to manage, develop, and maintain professional networks with colleagues and peers within institutions and broader research communities.
5	Able to solve problems in the development of science and technology by considering and applying humanities values based on analytical or experimental studies of information and data in their field of expertise in Mechanical Engineering, including energy conversion, new and renewable energy, biomaterial-based composites, noise, green manufacturing, and new materials.
6	Able to manage, develop, and maintain professional networks with colleagues and peers within institutions and broader research communities.
7	Able to enhance lifelong independent learning capacity.
8	Able to document, store, secure, and retrieve research data to ensure validity and prevent plagiarism.