Page 20 - IJTSRD.com - Special Issue - 2nd International Congress of Engineering

Biochemical Engineering

Background

The program of Biochemical Engineering has existed for 36 years in Mexico and 20 years in technological institutes. The program of Biochemical Engineering has existed for 36 years in Mexico and 20 years in technological institutes. he program of Biochemical Engineering has existed for 36 years in Mexico and 20 years in technological institutes.
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During this period, the professional requirements have been formed,During this period, the professional requirements have been formed, giving impetus to the development of the giving impetus to the development of the
biochemical industry in other fields like health, food, environment and education sectors.biochemical industry in other fields like health, food, environment and education sectors.

The professional field of Biochemical Engineers is relatively new and the speed with which it has developed is The professional field of Biochemical Engineers is relatively new and the speed with which it has developed is he professional field of Biochemical Engineers is relatively new and the speed with which it has developed is
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amazing. It is important to note that in so--called first world countries the emergence of biotechnological plants for the called first world countries the emergence of biotechnological plants for the
production of specific proteins and hormones that are difficult to obtain through other methods, and the production of specific proteins and hormones that are difficult to obtain through other methods, and the roduction of specific proteins and hormones that are difficult to obtain through other methods, and the
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transformation of microorganisms and lartransformation of microorganisms and larger species for environmental use, have existed approximately 30 years and ger species for environmental use, have existed approximately 30 years and
their development only increases with every year.their development only increases with every year.

Career Objective

To train Biochemical Engineering professionals who, with an ethical, critical, creative and enterprising sense, To train Biochemical Engineering professionals who, with an ethical, critical, creative and enterprising sense, o train Biochemical Engineering professionals who, with an ethical, critical, creative and enterprising sense, design,
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operate, control, simulate and optimize teams and processes that use natural resources and their derivatives, through operate, control, simulate and optimize teams and processes that use natural resources and their derivatives, through perate, control, simulate and optimize teams and processes that use natural resources and their derivatives, through
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sustainable development, in the production of goods and services that contribute to raising the standard of living in sustainable development, in the production of goods and services that contribute to raising the standard of living in ustainable development, in the production of goods and services that contribute to raising the standard of living in
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our society.

Professional Profile

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The Biochemical Engineer is a professional that individually or in interdisciplinary and multidisciplinary groups is The Biochemical Engineer is a professional that individually or in interdisciplinary and multidisciplinary groups is he Biochemical Engineer is a professional that individually or in interdisciplinary and multidisciplinary groups is
prepared to:

1. Design, select, adapt, operate, control, simulate, optimize and scale equipment and processes in Design, select, adapt, operate, control, simulate, optimize and scale equipment and processes in Design, select, adapt, operate, control, simulate, optimize and scale equipment and processes in which natural
resources are used sustainably.
2. Provide technical advice to agencies and companies dedicated to the transformation and conservation of Natural Provide technical advice to agencies and companies dedicated to the transformation and conservation of Natural Provide technical advice to agencies and companies dedicated to the transformation and conservation of Natural
Resources.

3. Identify, prevent, control and solve problems in the field of Biochemical Engineering.Identify, prevent, control and solve problems in the field of Biochemical Engineering.
4. Plan, organize and manage natural resource processing companies.lan, organize and manage natural resource processing companies.

5. Apply, adapt and generate technologies for the sustainable use of Natural Resources.Apply, adapt and generate technologies for the sustainable use of Natural Resources.
6. Formulate and evaluate techniques, economically, socially and environmentally industrial projects.Formulate and evaluate techniques, economically, socially and environmentally industrial projects.Formulate and evaluate techniques, economically, socially and environmentally industrial projects.
7. Apply standards and programs for management and quality assurance.andards and programs for management and quality assurance.

8. Conduct research that contributes to the country's technological development and disseminate the generated Conduct research that contributes to the country's technological development and disseminate the generated Conduct research that contributes to the country's technological development and disseminate the generated
results.
9. In addition, he/she must maintain an integral, critical, creative, enterprising In addition, he/she must maintain an integral, critical, creative, enterprising attitude and continuously grow in attitude and continuously grow in
his/her professional performance.

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