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The promotion of the biotechnology sector
occupies an important place in the political agenda of Algeria. Biotechnology
is recognized as one of the key priority sectors in the economic development of
several countries as it is one of the sectors expected to contribute to business
creation, innovation and sustainable economy..
In this context, enzyme engineering is one of
the most promising tools in the development of products with economic interest.
Enzymes play an important role due to their specific and efficient catalytic action.
Nowadays, microbial enzymes are developed to meet various human needs, such as
enzymatic conversion, diagnosis and treatment of diseases, production of drugs,
removal of environmental pollutants, etc. Enzyme engineering is a discipline
that uses the methods and techniques of genetic engineering and protein
engineering to improve the characteristics of the enzymes produced.
The purpose of this speciality is to develop
human resources in the field of enzymatic engineering. Students will be able to
manipulate microorganisms in order to produce, purify and characterize enzymes
with interesting properties for the industrial sector. This training is
oriented towards industrial biotechnology with the aim of providing students
with solid theoretical and practical knowledge that will allow them to work in
different industries or even create their own companies.
Targeted Profiles
and skills
At the end of this training, graduates of the
Enzymatic Engineering specialty of the Higher School of Biological Sciences of
Oran will be provided with a high-level theoretical and practical education. Students will have acquired the following skills:
Scientific and
technical knowledge in enzymology and enzymatic engineering. Students will
develop the necessary skills to produce, purify and characterize enzymes of
biotechnological interest as well as improving the characteristics of the
enzymes studied and their applications in biotechnology.
Scientific and
technical knowledge in genetics, molecular biology, genetic engineering and
bioinformatics.
Ability to work on
various issues affecting key sectors (environment, industry, bioenergy, etc.)
and ability to lead projects in order to propose solutions for these various
issues.
Thanks to
entrepreneurship workshops, as well as various courses such as enzyme
engineering applied in pharmaceutical and agro-food industries, intellectual
property law, biosafety and bioethics and professional integration internships,
students will have the necessary skills for business creation.
Ability to work on a research project, as well
as the writing of scientific documents (manuscripts and scientific articles)
and to communicate the results (in French and in English).
Regional and national employability
potential of graduates
One of the main objectives of the training in
enzymatic engineering which is the first of its kind in Algeria is to prepare
graduates for the work market. Thanks to the various skills developed,
graduates will be able to join any biotechnology, agri-food, detergent company,
etc.
Given their training, which is focused on the
use of molecular biology techniques, graduates will also be able to integrate
any sector requiring skills in genetics, molecular biology and bioinformatics,
such as un iversities, hospitals, research laboratories (ex : Algerian
Pasteur Institut, forensic science laboratories, etc.).
This education is also an academic training
aimed at producing researchers for the various research centers and for
doctoral training programs.
Having obtained the necessary knowledge in the
field of entrepreneurship, graduates will also have the opportunity to create
their own start-ups and businesses.
Program overview
Main Subject
Biological Sciences
Degree
Other
Study Level
Masters
Study Mode
Blended
Training aims
The promotion of the biotechnology sector
occupies an important place in the political agenda of Algeria. Biotechnology
is recognized as one of the key priority sectors in the economic development of
several countries as it is one of the sectors expected to contribute to business
creation, innovation and sustainable economy..
In this context, enzyme engineering is one of
the most promising tools in the development of products with economic interest.
Enzymes play an important role due to their specific and efficient catalytic action.
Nowadays, microbial enzymes are developed to meet various human needs, such as
enzymatic conversion, diagnosis and treatment of diseases, production of drugs,
removal of environmental pollutants, etc. Enzyme engineering is a discipline
that uses the methods and techniques of genetic engineering and protein
engineering to improve the characteristics of the enzymes produced.
The purpose of this speciality is to develop
human resources in the field of enzymatic engineering. Students will be able to
manipulate microorganisms in order to produce, purify and characterize enzymes
with interesting properties for the industrial sector. This training is
oriented towards industrial biotechnology with the aim of providing students
with solid theoretical and practical knowledge that will allow them to work in
different industries or even create their own companies.
Targeted Profiles
and skills
At the end of this training, graduates of the
Enzymatic Engineering specialty of the Higher School of Biological Sciences of
Oran will be provided with a high-level theoretical and practical education. Students will have acquired the following skills:
Scientific and
technical knowledge in enzymology and enzymatic engineering. Students will
develop the necessary skills to produce, purify and characterize enzymes of
biotechnological interest as well as improving the characteristics of the
enzymes studied and their applications in biotechnology.
Scientific and
technical knowledge in genetics, molecular biology, genetic engineering and
bioinformatics.
Ability to work on
various issues affecting key sectors (environment, industry, bioenergy, etc.)
and ability to lead projects in order to propose solutions for these various
issues.
Thanks to
entrepreneurship workshops, as well as various courses such as enzyme
engineering applied in pharmaceutical and agro-food industries, intellectual
property law, biosafety and bioethics and professional integration internships,
students will have the necessary skills for business creation.
Ability to work on a research project, as well
as the writing of scientific documents (manuscripts and scientific articles)
and to communicate the results (in French and in English).
Regional and national employability
potential of graduates
One of the main objectives of the training in
enzymatic engineering which is the first of its kind in Algeria is to prepare
graduates for the work market. Thanks to the various skills developed,
graduates will be able to join any biotechnology, agri-food, detergent company,
etc.
Given their training, which is focused on the
use of molecular biology techniques, graduates will also be able to integrate
any sector requiring skills in genetics, molecular biology and bioinformatics,
such as un iversities, hospitals, research laboratories (ex : Algerian
Pasteur Institut, forensic science laboratories, etc.).
This education is also an academic training
aimed at producing researchers for the various research centers and for
doctoral training programs.
Having obtained the necessary knowledge in the
field of entrepreneurship, graduates will also have the opportunity to create
their own start-ups and businesses.
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
The
preparatory cycle is open to distinguished baccalaureate degree holders or a
recognized equivalent foreign diploma, according to conditions set by the
Minister for Higher Education and Scientific Research. Selected students are subjected to a two-year
undergraduate preparatory course within the school
The
multidisciplinary training during the preparatory cycle allows students to
acquire effective working methods as well as all the knowledge and skills
expected from an engineer such as critical and analytical thinking, communication
and redaction skills reapplied to a scientific background and several practical
experimentations.
The
preparatory cycle is based on various tutoring and assessing methods (courses,
tutorials, practical work, conferences, seminars and personal work). The cycle
benefits from the Higher School renovated infrastructure, specialized
laboratories and qualified teaching staff.
The
preparatory cycle also allows students to sit for many examinations to enter the
second cycle of national Higher Schools. Moreover, students have the
possibility to continue their studies after the preparatory classes at our Higher
School in the engineering specialty of their choice.
After successfully
passing the national contest, second cycle admitted students are oriented
towards fields or specializations provided by ESSBO training or other Schools
providing the same field of training, according to specific criteria which are
essentially based on the contest grade, the wishes expressed by the student and
the capacity of the host school.
The Second Cycle
training will allow students to deepen the practical and theoretical knowledge
on nucleic acids and proteins as well as secondary metabolites of different
natures and origins. It allows introducing students to the manipulation and
transformation of these molecules for different purposes such as the production
of valuable metabolites of interest, the development of new diagnostic methods
for animal or plant use, molecular identification of pathogens, GMOs, which can
be achieved by producing kits for biochemistry, molecular biology and
immunological diagnostics for didactic use, diagnosis and / or research.
Enzymatic Engineering
Ecole Supérieure en Sciences Biologiques d'Oran, Oran, Algeria
36 monthsProgram duration
02 May, 2023Application Deadline
Biological SciencesMain Subject Area
Program overview
Main Subject
Biological Sciences
Degree
Other
Study Level
Masters
Study Mode
Blended
Training aims
The promotion of the biotechnology sector occupies an important place in the political agenda of Algeria. Biotechnology is recognized as one of the key priority sectors in the economic development of several countries as it is one of the sectors expected to contribute to business creation, innovation and sustainable economy..
In this context, enzyme engineering is one of the most promising tools in the development of products with economic interest. Enzymes play an important role due to their specific and efficient catalytic action. Nowadays, microbial enzymes are developed to meet various human needs, such as enzymatic conversion, diagnosis and treatment of diseases, production of drugs, removal of environmental pollutants, etc. Enzyme engineering is a discipline that uses the methods and techniques of genetic engineering and protein engineering to improve the characteristics of the enzymes produced.
The purpose of this speciality is to develop human resources in the field of enzymatic engineering. Students will be able to manipulate microorganisms in order to produce, purify and characterize enzymes with interesting properties for the industrial sector. This training is oriented towards industrial biotechnology with the aim of providing students with solid theoretical and practical knowledge that will allow them to work in different industries or even create their own companies.
Targeted Profiles and skills
At the end of this training, graduates of the Enzymatic Engineering specialty of the Higher School of Biological Sciences of Oran will be provided with a high-level theoretical and practical education. Students will have acquired the following skills:
Regional and national employability potential of graduates
One of the main objectives of the training in enzymatic engineering which is the first of its kind in Algeria is to prepare graduates for the work market. Thanks to the various skills developed, graduates will be able to join any biotechnology, agri-food, detergent company, etc.
Given their training, which is focused on the use of molecular biology techniques, graduates will also be able to integrate any sector requiring skills in genetics, molecular biology and bioinformatics, such as un iversities, hospitals, research laboratories (ex : Algerian Pasteur Institut, forensic science laboratories, etc.).
This education is also an academic training aimed at producing researchers for the various research centers and for doctoral training programs.
Having obtained the necessary knowledge in the field of entrepreneurship, graduates will also have the opportunity to create their own start-ups and businesses.
Program overview
Main Subject
Biological Sciences
Degree
Other
Study Level
Masters
Study Mode
Blended
Training aims
The promotion of the biotechnology sector occupies an important place in the political agenda of Algeria. Biotechnology is recognized as one of the key priority sectors in the economic development of several countries as it is one of the sectors expected to contribute to business creation, innovation and sustainable economy..
In this context, enzyme engineering is one of the most promising tools in the development of products with economic interest. Enzymes play an important role due to their specific and efficient catalytic action. Nowadays, microbial enzymes are developed to meet various human needs, such as enzymatic conversion, diagnosis and treatment of diseases, production of drugs, removal of environmental pollutants, etc. Enzyme engineering is a discipline that uses the methods and techniques of genetic engineering and protein engineering to improve the characteristics of the enzymes produced.
The purpose of this speciality is to develop human resources in the field of enzymatic engineering. Students will be able to manipulate microorganisms in order to produce, purify and characterize enzymes with interesting properties for the industrial sector. This training is oriented towards industrial biotechnology with the aim of providing students with solid theoretical and practical knowledge that will allow them to work in different industries or even create their own companies.
Targeted Profiles and skills
At the end of this training, graduates of the Enzymatic Engineering specialty of the Higher School of Biological Sciences of Oran will be provided with a high-level theoretical and practical education. Students will have acquired the following skills:
Regional and national employability potential of graduates
One of the main objectives of the training in enzymatic engineering which is the first of its kind in Algeria is to prepare graduates for the work market. Thanks to the various skills developed, graduates will be able to join any biotechnology, agri-food, detergent company, etc.
Given their training, which is focused on the use of molecular biology techniques, graduates will also be able to integrate any sector requiring skills in genetics, molecular biology and bioinformatics, such as un iversities, hospitals, research laboratories (ex : Algerian Pasteur Institut, forensic science laboratories, etc.).
This education is also an academic training aimed at producing researchers for the various research centers and for doctoral training programs.
Having obtained the necessary knowledge in the field of entrepreneurship, graduates will also have the opportunity to create their own start-ups and businesses.
Admission requirements
Important Dates
Tuition fee and scholarships
Tuition Fee
Scholarships
Domestic Students
International Students
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
In this guide you will find:
Where to look for scholarship opportunities
How to apply to scholarships relevant to you
A list of available scholarships around the world
A scholarship application checklist
More programs from the university
Bachelor UG
Master PG
PHD
The preparatory cycle is open to distinguished baccalaureate degree holders or a recognized equivalent foreign diploma, according to conditions set by the Minister for Higher Education and Scientific Research. Selected students are subjected to a two-year undergraduate preparatory course within the school
The multidisciplinary training during the preparatory cycle allows students to acquire effective working methods as well as all the knowledge and skills expected from an engineer such as critical and analytical thinking, communication and redaction skills reapplied to a scientific background and several practical experimentations.
The preparatory cycle is based on various tutoring and assessing methods (courses, tutorials, practical work, conferences, seminars and personal work). The cycle benefits from the Higher School renovated infrastructure, specialized laboratories and qualified teaching staff.
The preparatory cycle also allows students to sit for many examinations to enter the second cycle of national Higher Schools. Moreover, students have the possibility to continue their studies after the preparatory classes at our Higher School in the engineering specialty of their choice.
ESSBO has three (03) agreed specializations:
Life Sciences and Medicine (1)
Preparatory Classes
After successfully passing the national contest, second cycle admitted students are oriented towards fields or specializations provided by ESSBO training or other Schools providing the same field of training, according to specific criteria which are essentially based on the contest grade, the wishes expressed by the student and the capacity of the host school.
The Second Cycle training will allow students to deepen the practical and theoretical knowledge on nucleic acids and proteins as well as secondary metabolites of different natures and origins. It allows introducing students to the manipulation and transformation of these molecules for different purposes such as the production of valuable metabolites of interest, the development of new diagnostic methods for animal or plant use, molecular identification of pathogens, GMOs, which can be achieved by producing kits for biochemistry, molecular biology and immunological diagnostics for didactic use, diagnosis and / or research.
Life Sciences and Medicine (1)
Enzymatic Engineering
Immunotechnology
Molecular Biology
Life Sciences and Medicine (1)
Biotechnology and health