Biochemical Engineering Fundamentals
( 25 Modules )

Module #1
Introduction to Biochemical Engineering
Overview of biochemical engineering, its importance, and applications

Module #2
Biology Basics for Engineers
Review of biological concepts, cell structure, and metabolism

Module #3
Bioreaction Kinetics
Enzyme kinetics, Michaelis-Menten equation, and reaction rates

Module #4
Mass Balances and Stoichiometry
Mass balance equations, stoichiometric tables, and yield calculations

Module #5
Bioprocess Flowcharts and Block Diagrams
Design and analysis of biochemical processes using flowcharts and block diagrams

Module #6
Bioreactor Design and Operation
Types of bioreactors, design considerations, and operating principles

Module #7
Sterilization and Sanitization
Methods and importance of sterilization and sanitization in bioprocessing

Module #8
Bioprocess Instrumentation and Control
Measurement and control of bioprocess variables, sensors, and control systems

Module #9
Fermentation Process Optimization
Optimization techniques for fermentation processes, including pH, temperature, and nutrient control

Module #10
Downstream Processing:Cell Disruption and Clarification
Methods for cell disruption and clarification, including centrifugation and filtration

Module #11
Downstream Processing:Chromatography and Electrophoresis
Principles and applications of chromatography and electrophoresis in bioseparations

Module #12
Downstream Processing:Crystallization and Lyophilization
Methods for crystallization and lyophilization, including equipment and operating conditions

Module #13
Bioproduct Recovery and Purification
Strategies for recovery and purification of bioproducts, including protein and vaccine purification

Module #14
Bioremediation and Environmental Applications
Use of microorganisms for environmental remediation and pollution control

Module #15
Biotechnology in Medicine
Applications of biotechnology in medicine, including gene therapy and regenerative medicine

Module #16
Food and Feed Biotechnology
Applications of biotechnology in food and feed production, including fermentation and genetic engineering

Module #17
Industrial Biotechnology
Applications of biotechnology in industrial processes, including biofuels and bioproducts

Module #18
Bioprocess Scale-Up and Scale-Down
Challenges and strategies for scaling up and scaling down bioprocesses

Module #19
Bioprocess Validation and Verification
Importance and methods for validation and verification of bioprocesses

Module #20
Biochemical Engineering Economics
Economic analysis and evaluation of bioprocesses, including cost estimation and profitability analysis

Module #21
Biotechnology Regulations and Ethics
Regulatory frameworks and ethical considerations in biotechnology

Module #22
Computational Tools for Biochemical Engineering
Applications of computational tools, including modeling and simulation, in biochemical engineering

Module #23
Data Analysis and Visualization in Biochemical Engineering
Methods for data analysis and visualization in biochemical engineering, including statistical analysis and plotting

Module #24
Case Studies in Biochemical Engineering
Real-world examples and case studies in biochemical engineering, including bioproduct development and process optimization

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Biochemical Engineering Fundamentals career

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Biochemical Engineering Fundamentals ( 25 Modules )

Biochemical Engineering Fundamentals
( 25 Modules )