Purpose

The objective of the Master in Innovation in Biosciences and Bioengineering is to train specialists with the knowledge and skills necessary to develop scientific-technological research with an innovative approach in the fields of molecular biosciences, bioengineering and nanobiotechnology.

Lines of Research

Bioengineering and sustainable processes: To develop innovative and eco-sustainable biotechnological production systems that valorize natural resources in response to the environmental, economic and social challenges of productive development. Research is also conducted on the development of clean energy and technological solutions to monitor and respond to the impact of industry on the environment.

NanoBiotechnology and device development: Develop nano- and bio-materials with advanced mechanical, dynamic, structural, magnetic, electronic, optical and/or catalytic properties, whose applications drive an emerging knowledge-based economy. They also integrate these materials with optoelectronic systems and biophotonics applications to innovate in sensor technology, smart materials and new devices in the fields of machine vision and advanced microscopy.

Purpose

The objective of the Master in Innovation in Biosciences and Bioengineering is to train specialists with the knowledge and skills necessary to develop scientific-technological research with an innovative approach in the fields of molecular biosciences, bioengineering and nanobiotechnology.

Lines of Research

Bioengineering and sustainable processes: To develop innovative and eco-sustainable biotechnological production systems that valorize natural resources in response to the environmental, economic and social challenges of productive development. Research is also conducted on the development of clean energy and technological solutions to monitor and respond to the impact of industry on the environment.

NanoBiotechnology and device development: Develop nano- and bio-materials with advanced mechanical, dynamic, structural, magnetic, electronic, optical and/or catalytic properties, whose applications drive an emerging knowledge-based economy. They also integrate these materials with optoelectronic systems and biophotonics applications to innovate in sensor technology, smart materials and new devices in the fields of machine vision and advanced microscopy.