Bioinformatics

Strengthening the involvement of bioinformatics as an important part of the problem-solving strategy faced in the era of technological advancement and industrial revolution.

• Graduates have specific competencies, namely big data omics analysis and integrative approaches in multiomics analysis.
• Having networks and cooperation with government agencies, industries, and international institutions in developing bioinformatics.
• Has the opportunity to collaborate with other study programs in the field of natural sciences and health, such as, Biology, Biochemistry, Chemistry, Biomedicine, and Medicine to develop modern and innovative research in the field of health (one-health).
• Lecturers have the expertise and competence in the field of bioinformatics needed to provide a quality learning process based on track records of experience in carrying out their duties, scientific publications, and recognition of national and international expertise.
• Has the opportunity to collaborate with other study programs in agriculture such as Agronomy, Agriculture, Fisheries, and Animal Husbandry to develop modern and innovative research to produce superior seeds.
• Availability of advanced facilities and infrastructure, such as high-performance computing laboratories, sequencing laboratories, and molecular laboratories that support the implementation of quality education.

• Bioinformatics software developer
• Bioinformatics researcher
• Biostatistics practitioner
• Modern biomedical practitioner
• Biotechnology practitioner
• Clinical bioinformatics analyst
• Bioinformatics practitioner
• Bioinformatics consultant
• Molecular biology practitioner
• Genomics-based breeding practitioner
• Omics data analyst