Bioengineering and Nanosystems
Bioengineering and Nanosystems
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Regenerative Medicine deals with the process of restoring, repairing and improving normal functions of damaged tissues and organs, and engineering new tissues and organs to extend and improve quality of life. In Precision Medicine, diagnostic testing and prevention strategies of diseases are applied to clinics, considering genetic and environmental variability, among other factors.
Graduates in Bioengineering: Regenerative and Precision Medicine combine aspects of genomics, genetics, nanomedicine, diagnosis, data science and information science to the development of new therapies, devices and systems to improve health care and, therefore, promote the development of society.
• Learning of fundamental concepts of Molecular and Cellular Biology, including Stem Cells and Genomics
• Learning of fundamental concepts of Computational Biology and Bioinformatics
• Learning of human cell bioengineering processes, including the ones focused on stem cells
• Acquisition of biomaterial concepts and biofabrication techniques for Tissue and Organ Engineering
• Identification of the main strategies used by Molecular, Gene and Cell Therapies for Regenerative and Precision
Medicine
• Acquisition of skills to illustrate with specific examples the main strategies of Regenerative and Precision
Medicine
• Acquisition of knowledge in the field of regulation in Regenerative and Precision Medicine
• Development of Entrepreneurship Skills in Bioengineering for Regenerative and Precision Medicine
• Identification of the Social and Economic Impact of Regenerative and Precision Medicine and their Ethical
Aspects
.