Computer modeling of biotechnological processes
Modeling is considered as a modern method of studying biotechnological processes and as a form of reflecting reality. The basis of the modern approach to solving problems in biotechnology is systems analysis, according to which the tasks of studying individual technological processes are solved in close connection with each other and are subordinated to a single goal - the creation of highly efficient production. Modeling of technological processes in bio-production comes down to studying flow temperatures, flow rates, changes in volumes, changes in enzyme activity, establishing patterns and finding optimal values for raw material quality indicators and process parameters to obtain the best technological result.
The goal of mastering the discipline
Formation of competencies in the field of computer modeling and optimization of biotechnological processes.
The skills you get
- Ability to organize and conduct scientific research and to process and analyze the results of scientific research in the field of biotechnology
Topics covered
- 1. General concept of modeling. Main stages of development of modeling methods 2. Physical modeling. Application area and possibilities of physical modeling. 3. Mathematical modeling 4. Typical models of technological processes 5. Modeling using electronic computers (ECM) 6. Creation and research of mathematical models 7. Methods of mathematical statistics in biotechnology 8. Search for optimal solutions 9. Modeling of heat exchange processes
When instructed
- 3rd year, 2nd semester
List of references and sourses
Yanchukovskaya E. V. Modeling of thermal processes in chemical engineering. Examples and tasks: a tutorial / E. V. Yanchukovskaya, 2018. - 95 p.
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