Section 4: Fundamentals of Biological Engineering
Feature of this Course (currently this course focuses on Important topics for the GATE Exam):
- High-Quality Video Lectures
- Previous year question discussion.
- PDF Notes for Revision (print these notes before watching the lecture, so that you can add important points)
- Topic-wise Previous year practice questions (2011-2022).
- Previous Paper Analysis from 2011 to 2022.
The number of questions asked from this section increased this year. This section is important if you want to score a good rank. If you have a strong base you can start with Important topics, or else you need to cover the whole course. READ MORE
“If you still have any doubt, try our free demo course now.”
Course Features
- Lectures 31
- Quizzes 13
- Duration 24 weeks
- Skill level All levels
- Language Hindi & English (mainly Hindi)
- Students 114
- Assessments Self
Curriculum
- 3 Sections
- 31 Lessons
- 24 Weeks
Expand all sectionsCollapse all sections
- 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
Requirements
- Basic knowledge of Biology, chemistry and physics.
Features
- Video Lectures which include previous year question solution.
- Previous Paper Analysis from 2011 to 2021.
- PDF Notes for Revision (print these notes before watching the lecture, so that you can add important points)
- Topic-wise Previous year practice questions (2011-2021).
Target audiences
- Those who want to give the GATE exam.
- Those targeting job and foreign universities for admission.
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1 Comment
Thank you sir! For this amazing courses🌱