Education levelBachelor
Passing score (paid education)70
FacultyBiology and Biotechnology
ID1769
About the program
High-quality training of a competitive specialist for research institutions, industry design bureaus, industrial and manufacturing enterprises with theoretical knowledge and practical skills in computer modeling, analysis of biological objects and systems, creation of biomaterials in the field of biopharmaceuticals, biomedicine, agrobiotechnology, industrial biotechnology, bioenergy and ecology.
Graduate model
1. To participate in the developing of promising and innovative biomedical technologies to create diagnostic, preventive, anв therapeutic medical and veterinary drugs;
2. To use programming, statistics and graphs to provide skills in modeling, modification and testing of known biomedical systems and behavior devices;
3. To develop and apply methods of genetic engineering and biotechnology for food production through the creation of highly productive transgenic strains, plant varieties and breeds of farm animals;
4. To obtain, process and evaluate the properties of biomedical materials from bio-nanocomposites, including tissue engineering methods;
5. To operate with basic information processing methods for experimental research to increase the level of reliability of experimental results;
6. To design biomaterials and bio-devices using the methods and principles of biomedical imaging and biomechanics;
7. To master standard DNA working methods and general methods of DNA sequence cloning;
8. To use methods for determining, describing, identifying plants and animals (including forest objects, breeding animals);
9. To develop methods, instructions and recommendations for organizing, monitoring the technological processes of production to ensure the safety of the production cycle and finished products;
10. Interpret the fundamentals of philosophical knowledge, the main stages and patterns of historical development in order to realize the social significance of their activities;
11. To carry out engineering support for biotechnological production, select selection criteria and quality assessment methods necessary for the production of a specific target product;
12. To evaluate and analyze the parameters of the effectiveness of the use of bioengineering and biotechnological environmental methods based on the data of the monitoring and control system.
2. To use programming, statistics and graphs to provide skills in modeling, modification and testing of known biomedical systems and behavior devices;
3. To develop and apply methods of genetic engineering and biotechnology for food production through the creation of highly productive transgenic strains, plant varieties and breeds of farm animals;
4. To obtain, process and evaluate the properties of biomedical materials from bio-nanocomposites, including tissue engineering methods;
5. To operate with basic information processing methods for experimental research to increase the level of reliability of experimental results;
6. To design biomaterials and bio-devices using the methods and principles of biomedical imaging and biomechanics;
7. To master standard DNA working methods and general methods of DNA sequence cloning;
8. To use methods for determining, describing, identifying plants and animals (including forest objects, breeding animals);
9. To develop methods, instructions and recommendations for organizing, monitoring the technological processes of production to ensure the safety of the production cycle and finished products;
10. Interpret the fundamentals of philosophical knowledge, the main stages and patterns of historical development in order to realize the social significance of their activities;
11. To carry out engineering support for biotechnological production, select selection criteria and quality assessment methods necessary for the production of a specific target product;
12. To evaluate and analyze the parameters of the effectiveness of the use of bioengineering and biotechnological environmental methods based on the data of the monitoring and control system.
Contacts
+77772420929 Аида
+77074871658 Фариза
aida.kistaubaeva@kaznu.edu.kz
fariza.sarsekeyeva@kaznu.edu.kz
Admission
1) Certificate / diploma + appendices(original)
2) Identity card (original and 2 copies)
3) UNT certificate (certificate.testcenter.kz)
4) Documents confirming benefits/quotas (original and copy)
5) 3x4 photos 6pcs.
6) Medical certificate 063/y(copy), 075/y
7) Language Certificate
8) Extract from the statement of the creative/ special exam (if available)
9) Grant award certificate (grant.testcenter.kz )
10) Receipt confirming payment of 50% of tuition fees (for paid tuition)