UGM Graduate School Mission
Organizing education, research, and community service that has international competitiveness at the postgraduate level in multi-, inter, and intradisciplinary fields based on local excellence.
In line with the vision, mission of UGM and the UGM Graduate School, the Biomedical Engineering Master’s Program is also expected to become an international standard study program that is superior and leading, oriented towards integrative research and education, and superior entrepreneurship to improve the quality of human health based on the values of Pancasila.
Objectives
The Biomedical Engineering Master Program aims to educate professionals who are capable of:
- Develop Biomedical Engineering science based on research or research.
- Conduct sustainable research in a multidisiplinary team
- Collaborate with industry, especially the medical device industry, government and other private sectors.
Every graduate of the Biomedical Engineering Master Program is expected to have:
- Employability:
- Able to make measurements and interpret data from living systems
- Able to solve bio/biomedical engineering problems, including those related to the interaction between living and non-living systems.
- Knowledge Mastery:
- Able to analyze, model, design, and realize bio/biomedical engineering equipment, systems, components or processes
- Able to apply the principles of engineering, biology, human physiology, chemistry, calculus-based physics, mathematics and statistics
- Authority and Responsibility:
- Able to manage research and conduct development that is beneficial to society and science, and able to become an independent learner who understands the importance of lifelong learning.
- Have the ability to work individually or in teams with responsibility and be able to communicate effectively
The student competencies that have been formulated by the study program and are expected to be learning outcomes (LO) after completing all academic activities in the Biomedical Engineering Masters study program are as follows:
- LO 1: Able to use knowledge in the fields of engineering, health, and biology to analyze problems in the field of biomedical engineering globally that are relevant to the needs of society.
- LO 2: Able to design research related to artificial organs and medical instrumentation.
- LO 3: Able to test and analyze relevant design results in the field of biomedical engineering.
- LO 4: Able to communicate and work effectively in a multi-disciplinary team.
- LO 5: Able to convey the results of work in the field of biomedical engineering in writing and orally.
- LO 6: Able to demonstrate professionalism and adhere to bioethical principles.
- LO 7: Able to develop oneself sustainably and adapt to developments in biomedical science and technology.