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B. Tech. / M. Tech. (Integrated) First Year

This document provides an overview of the Biology for Engineers course, including 6 modules that cover topics like cell structure and function, genetic information flow, and interdisciplinary technologies inspired by organ systems. The course objectives are to enable learners to understand basic biology concepts and apply them to various engineering applications, such as biosensors. Upon completing the course, learners will be able to outline current bio-inspired inventions, explain basic biology units and apply them to engineering, describe information flow in cells and evolution, illustrate technologies from organ systems, and apply biology theory to engineering applications.

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64 views2 pages

B. Tech. / M. Tech. (Integrated) First Year

This document provides an overview of the Biology for Engineers course, including 6 modules that cover topics like cell structure and function, genetic information flow, and interdisciplinary technologies inspired by organ systems. The course objectives are to enable learners to understand basic biology concepts and apply them to various engineering applications, such as biosensors. Upon completing the course, learners will be able to outline current bio-inspired inventions, explain basic biology units and apply them to engineering, describe information flow in cells and evolution, illustrate technologies from organ systems, and apply biology theory to engineering applications.

Uploaded by

Jv s
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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B. Tech. / M. Tech.

(Integrated) First year

L T P C
2 0 0 2
Course Code: BIT101R01
Semester: I/II

BIOLOGY FOR ENGINEERS

COURSE OBJECTIVES

The objective of this course is to enable learners to understand the basic


organization, functions and characteristics of living organisms, and apply them for
various Engineering applications.

Module 1 Introduction to Bio-inspired Engineering (1 h)


Introduce the course with examples of bioinspiration, biomimicry and biomimetics

Module 2 Cell & its constituents for the Development of Bio-sensors (11 h)
Biomolecules - the building blocks of Cell: Carbohydrates-classification, types and
functions; Nucleic Acids - types and functions (DNA and RNA); Lipids – classification
and functions; Proteins – types, structure and functions; Enzymes – Activation
energy, co-enzymes; Biosensor (Applications in Healthcare, Food and
Environmental Science)
Cell structure and function; Microorganisms, Biofilters (Pollution control and
treatment), Self-healing concrete

Module 3 Flow of Genetic Information - Storage, Optimization and Retrieval (4


h)
The central dogma in molecular biology - Transcription and Translation, DNA as data
storage system; Darwinian evolution, Genetic Algorithms

Module 4 Interdisciplinary technologies inspired from organ systems-I (6 h)


Immune System, artificial immune system and swarm robotics; Cardiovascular,
Respiratory, Renal system, Stem Cells & 3D bio-printing, Human Organ-on-chip

Module 5 Interdisciplinary technologies inspired from organ systems-II (7 h)


Muscular System, Ionic and Electroactive polymers, Bio-robotics; Sensory organs
(eye, ear, smell, taste, touch); Bio-optics & Bionics; Nervous System, Artificial neural
networks

Module 6 Laboratory Experiments (2 h)

Exp. 1: Introduction to biosafety laboratory practices and bio-waste disposal

Exp. 2: Comparison of self-cleaning property on natural and synthetic surfaces

Exp. 3: Demonstration of 3D Printing

Textbooks:

6
1. Lisa A. Urry, Michael L. Cain, Steven A. Wasserman, Peter V. Minorsky, Jane
B. Reece. 2016. Campbell Biology (11th edition), Pearson

2. Bar-Cohen, Y. 2012. Biomimetics: Nature-Based Innovation.: CRC Press,


Taylor & Francis.

References:

1. Karp, G. 2007. Cell and Molecular Biology, 5th ed. John Wiley and Sons, Inc.
2. Shier D, N., Butler J.L., Lewis R. 2010. Hole’s Human Anatomy and
Physiology,12thed. New York, N.Y.: McGraw-Hill.

Learning Outcomes

Upon completion of the course, the learners will be able to

Outline the current technological inventions inspired from


Module 1
biology
Explain the basic units of life and apply the concepts for
Module 2
engineering applications
Describe the flow of information in cell and evolution and
Module 3 apply them for data optimisation and storage

Illustrate the interdisciplinary technologies inspired from


Modules 4 & 5 human organ systems

Apply theoretical knowledge of basic biology in engineering


Module 6 applications

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