JNTUK B.Tech Bioprocess Optimization gives you detail information of Bioprocess Optimization R13 syllabus It will be help full to understand you complete curriculum of the year.
UNIT I: BASIC CONCEPT
Overview of experimental design in biological processes, understanding of variables in biological processes.
LO: To determine the experimental design in biological process.
LA: Assessment by analyzing the basic concepts of biological processes.
UNIT II: OPTIMIZATION APPROACHES
Non-statistical, statistical and numerical optimization-fundamental theory.
LO: To understand the optimization approaches.
LA: Assessment by demonstrate the optimization approaches.
UNIT III: STATISTICAL AND NON-STATISTICAL OPTIMIZATION
First order and second order designs, differences in approaches, general response surface analysis. Self –directing optimization, case studies with single response and multi response analysis. Statistical experimental procedures for plckett-burman taguchi’s designs.
LO: To understand statistical and non-statistical optimization approaches.
LA: Assessment by ability to implement these approaches in case studies.
UNIT IV: DETERMINATION OF OPTIMAL CONDITIONS
Method of Ridge analysis, Nelder-Mead simplex method, optimization of multi response biological systems.
LO: To demonstrate optimization methods for multi response biological systems.
LA: Assessment by evaluating and comparing the output from these methods.
UNIT V: MIXTURE DESIGNS AND ANALYSIS
Simple, lattice arrangement and their associated models.
LO: To study arrangement and their associated models.
LA: Assessment by analysis of the lattice models.
UNIT VI: VARIANCE AND DESIGN
Variance minimizing design, mixed variable and multi response generalized distance function approaches for multi response optimization.
LO: To understand variance and design approaches for multi response optimization
LA: Assessment by analyzing the designs of optimization approaches for multi response systems.
TEXT BOOKS
- B.volesky and J .votruba,Modelling optimization of fermentation processes, Elsevier Amsterdam, 1992.
- A. I. Khruri and J. A. Cornell,Response surface – design and optimization, Newyork, 2006.
REFERENCES
- Vassilios & Banga, Dynamic optimization, 1st edition, John Wiley & sons, 2002.
- Dbalina Sen Gupta & Ralph. P. wiker, Chemicals from Bomass, 1st edition, CRC Press, 2012.
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