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Bioengineering

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The Bioengineering is a discipline that appeals to tools, methods and principles of engineering for the analysis of issues related to biology. Through resources related to mathematics and physics, you can provide information of interest to those who work with everything related to living things.

Also known as biological engineering, engineered biological systems or biotechnological engineering, bioengineering is focused on the study of the problems of organisms alive. It can be said that this specialty establishes a bridge between engineering (science whose knowledge and techniques allow to take advantage of nature's resources) and biology (which focuses on the composition, functioning, development and links of living beings ).

While biology studies systems on the smallest scale, engineering is linked to more classic design and constructionism. In the case of bioengineering, it combines both facets: with reductionism it detects and studies the fundamental units and then integrates the data for the construction of new knowledge.

The bioengineers, in short, are engineers that combine tools of their science with notions of biology to the design and creation of diagnostic devices, medical supplies, bio - energy resources and other products.

Strongly, we have to expose that bioengineering becomes a fundamental piece in different sectors of our society:

- In the area of ​​research it has become an essential discipline. Yes, because those who put it into practice are responsible for proceeding to shape technological devices that aim to help study and analyze in depth any situation or fact.
- In hospital centers also plays a fundamental role. That's because the bioengineers have the mission to verify the correct functioning of each and every one of the teams that take care of the patients.

Among the different branches of bioengineering it's possible to mention genetic engineering (which manipulates the genome of a living being), bioprocess engineering (develops processes that allow to produce remedies, food, etc.) and biomedical engineering (oriented to the medicine )

Currently, the bioengineering course is part of several university degrees, such as Aerospace Engineering, for example. This subject is intended for the student to achieve the following purposes:

- Promote both the entrepreneurial spirit and human rights.
- Have the knowledge and skills necessary to analyze and assess the function and impact of the different technical solutions.
- To have theoretical information and practical capacity in areas such as information and communication technologies in biomedicine, biological control systems, bioelectronics and biomechanics.


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