Curriculum
- 3 Sections
- 31 Lessons
- 24 Weeks
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- Sec 4: Engineering principles applied to biological systems15
- 2.1Material Balance | Steady state & Equilibrium
- 2.2Material Balance | Numerical
- 2.3Stoichiometry | Part 1
- 2.4Stoichiometry60 Minutes7 Questions
- 2.5STOICHIOMETRY | Part 1 Numerical
- 2.6STOICHIOMETRY | Part 2: Degree of Reduction & Yield
- 2.7Degree of Reduction and Yield5 Questions
- 2.8STOICHIOMETRY | Part 2 Numerical
- 2.9Material Balance | Unsteady State
- 2.10Material Balance1 Question
- 2.11Material Balance | Types of Reaction Rate
- 2.12Recycle, Bypass, Purge Stream
- 2.13MATERIAL BALANCE | Derivation: Batch Growth
- 2.14ENERGY BALANCE | Change in Enthalpy, Cell culture
- 2.15ENERGY BALANCE | Enthalpy, Energy Balance Equation
- Sec 4: Classical thermodynamics and Bioenergetics9
- 3.1Classical Thermodynamics
- 3.2Laws of thermodynamics2 Questions
- 3.3Gibbs free energy
- 3.4Energetics of metabolic pathways3 Questions
- 3.5Free energy change for membrane transport
- 3.6Biological membrane I Transport process
- 3.7Membrane Potential6 Questions
- 3.8Oxidation-Reduction Reaction
- 3.9Oxidation and Reduction reactions1 Question
- Sec 4: Transport Processes20
- 4.1Fluid flow | Part 1: Viscosity, Laminar & Turbulent
- 4.2Fluid Flow | Part 2: Reynolds number
- 4.3Fluid Flow | Part 3: Newtonian & Non-Newtonian
- 4.4Newtonian and non-Newtonian fluids1 Question
- 4.5Fluid Flow | Part 4: Momentum Transfer & Numerical
- 4.6Mixing | Part 1: Types of Impeller & Flow Pattern
- 4.7Mixing | Part 2: Impeller Pumping Capacity, Gas Flow No.
- 4.8Mixing in bioreactors1 Question
- 4.9Mixing | Part 3: Stirrer Power Requirement
- 4.10Power Requirement2 Questions
- 4.11Mixing time1 Question
- 4.12Mass Transfer || Part 1: Fick’s Law
- 4.13Mass Transfer || Part 2: OXYGEN Uptake Rate
- 4.14Oxygen Transfer4 Questions
- 4.15Mass Transfer || Part 3: Kla Measurement
- 4.16Heat Transfer || Part 1: Equipment; Counter & Cocurrent flow
- 4.17Heat Transfer2 Questions
- 4.18Heat Transfer || Part 2: Fourier’s law; LMTD; Heat transfer coefficient
- 4.19Heat Transfer || Part 3: Energy Balance, maximum Cell Concentration
- 4.20Heat Transfer || Part 4: Numerical
Material Balance | Numerical
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