Department Introduction and Features:
Bioinformatics and Biomedical Engineering is an interdisciplinary field, primarily characterized by the application of methods from information science and engineering to the medical domain. It is utilized for promoting health, enhancing the quality of medical care, and helping patients receive better treatment and quality of life.
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The field of Bioinformatics encompasses: Medical Information Systems, National Health Insurance Database Analysis (or Healthcare Database Analysis), Medical Imaging, Genomics Research, Drug Design, Mobile Healthcare (APP), and Precision Medicine. Graduates can pursue professional careers in the biotechnology industry, information technology industry, pharmaceutical companies, medical information management, and the research and development of biomedical information systems.
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The field of Biomedical Engineering encompasses: Biomedical Electronics, Biomaterials, Medical IoT (Internet of Things), Wearable Devices, Additive Manufacturing (3D Printing), and Biomechanics. Graduates can work in the Biomedical Engineering Office (BME Office) of hospitals, or pursue professional careers in the research and development, quality assurance (QA), safety regulations (Safety/Regulatory), and maintenance of medical software, electronic medical equipment, and general medical devices.
Bio-Med Q&A:
Q1: What are the admission channels for entering the "Department of Bioinformatics and Biomedical Engineering"?
A1: Multiple Admission Channels↓Q2: What is a "Program" (or "Course Cluster")?
A2: A Program (or Course Cluster) groups courses with similar attributes. The curriculum is designed to ensure students acquire the necessary knowledge to meet their future development in advanced studies or employment. Furthermore, the established programs allow our department students to take courses across different programs for secondary specialized training. Through curriculum coordination and adjustments, we aim to provide students with more practical and concrete specialization training in their professional fields, aligning with their future needs for further education and employment.
Q3: Does the department provide guidance for relevant professional certification exams?
A3: We offer courses for Medical Engineer, Medical Equipment Technician certification, Medical Information Manager/Analyst, and other related professional certification programs.
Q4: What are the employment fields for the graduates trained by the department?
A4: Medical device companies, biotechnology companies, starting their own business, product R&D, product certification engineers, non-profit research institutions, etc.
Bioinformatics Group (collego Bioinformatics Group Introduction)
Bioinformatics is a new discipline combining information science, medicine, and management. The Bioinformatics Group aims to cultivate professionals capable of applying information skills to the analysis and research of data related to the biological, medical, and health industries. Graduates can pursue professional careers in the biotechnology industry, information technology industry, pharmaceutical companies, medical information management, and the research and development of biomedical information systems.
Biomedical Engineering Group (collego Biomedical Engineering Group Introduction)
Biomedical Engineering is an interdisciplinary field that integrates biology, medicine, and engineering technology. This group aims to cultivate biomedical engineering professionals with engineering skills who can integrate biological and medical technology. Graduates can work in the Biomedical Engineering Office (BME Office) of hospitals, or pursue professional careers in the research and development, quality assurance (QA), safety regulations (Safety/Regulatory), and maintenance of medical software, electronic medical equipment, and general medical devices.
Related Links:
Asia University Internationalization: Internationalized Asia University、Introduction to Asia University、Scholarship Regulations
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