SYLLABUS FOR MECHANICAL ENGINEERING
SEMESTER – II
CHEMISTRY
PAPER CODE- 100203
Module 1: Atomic And Molecular Structure (10 Lectures)
Failure Of Classical Newtonian And Maxwell Wave Mechanics To Explain Properties
Of Particles At Atomic And Sub-Atomic Level; Electromagnetic Radiation, Dual
Nature Of Electron And Electromagnetic Radiation, Plank’s Theory, Photoelectric
Effect And Heisenberg Uncertainty Principle. Failure Of Earlier Theories To
Explain Certain Properties Of Molecules Like Paramagnetic Properties.
Principles For Combination Of Atomic Orbital’s To Form Molecular Orbitals. Formation
Of Homo And Hetero Diatomic Molecules And Plots Of Energy Level Diagram Of
Molecular Orbitals. Coordination Numbers And Geometries, Isomerism In
Transitional Metal Compounds, Crystal Field Theory And The Energy Level
Diagrams For Transition Metal Ions And Their Magnetic Properties.
Module 2: Spectroscopic Techniques And Applications (8
Lectures)
Principles Of Vibrational And Rotational Spectroscopy And Selection
Rules For Application In Diatomic Molecules. Elementary Idea Of Electronic
Spectroscopy. Uv-Vis Spectroscopy With Related Rules And Its Applications.
Fluorescence And Its Applications In Medicine. Basic Principle Of Nuclear
Magnetic Resonance And Its Application. Basics Of Magnetic Resonance Imaging.
Module 3:
Intermolecular Forces And Properties Of Gases (4 Lectures)
Ionic, Dipolar And
Van Der Waals Interactions. Equations Of State Of Ideal And Real Gases,
Deviation From Ideal Behavior. Vander Waal Gas Equation.
Module 4: Use Of Free
Energy In Chemical Equilibria & Water Chemistry (8 Lectures)
Thermodynamic
Functions: Energy, Enthalpy Entropy And Free Energy. Equations To Interrelate
Thermodynamic Properties. Free Energy, Emf. And Cell Potentials, The Nernst
Equation And Applications. Corrosion. Use Of Free Energy Considerations In
Metallurgy Through Ellingham Diagrams. Solubility Equilibria. Water Chemistry,
Hard And Soft Water. Parameters Of Quality Of Water To Be Used In Different
Industries As For Drinking Water. Calculation Of Hardness Of Water In All
Units. Estimation Of Hardness Using Edta And Alkalinity Method. Removal Of
Hardness By Soda Lime And Ion Exchange Method Including Zeolite Method
Module 5: Periodic Properties (4 Lectures)
Effective Nuclear
Charge, Penetration Of Orbitals, Variations Of S, P, D And F Orbital Energies
Of Atoms In The Periodic Table, Electronic Configurations, Atomic And Ionic
Sizes, Ionization Energies, Electron Affinity And Electronegativity,
Polarizability, Acid, Base, Principle Of Hsab Theory, Oxidation States,
Hybridization And Molecular Geometries.
Module 6: Stereochemistry (4 Lectures)
Representations Of
3-D Structures, Structural Isomers And Stereoisomers, Configurations And
Symmetry And Chirality, Enantiomers, Diastereomers, Optical Activity, Absolute
Configurations And Conformational Analysis.
Module 7: Organic Reactions And Synthesis Of A Drug Molecule
(4 Lectures)
Introduction To Intermediates And Reactions Involving
Substitution, Addition, Elimination, Oxidation- Reduction, Diels Elder
Cyclization And Epoxide Ring Openings Reactions. Synthesis Of A Commonly Used
Drug Molecule Like Aspirin.
MATHEMATICS –II (ODE & COMPLEX VARIABLES)
PAPER CODE- 102202
Module 1: Multivariable Calculus (Integration): (10
Lectures)
Multiple Integration: Double Integrals (Cartesian), Change Of Order
Of Integration In Double Integrals, Change Of Variables (Cartesian To Polar),
Applications: Areas And Volumes, Center Of Mass And Gravity (Constant And
Variable Densities); Triple Integrals (Cartesian), Orthogonal Curvilinear
Coordinates, Simple Applications Involving Cubes, Sphere And Rectangular
Parallelepipeds; Scalar Line Integrals, Vector Line Integrals, Scalar Surface
Integrals, Vector Surface Integrals, Theorems Of Green, Gauss And Stokes.
Module 2: First Order Ordinary Differential Equations: (6 Lectures)
Exact,
Linear And Bernoulli’s Equations, Euler’s Equations, Equations Not Of First
Degree: Equations Solvable For P, Equations Solvable For Y, Equations Solvable
For X And Clairaut’s Type.
Module 3: Ordinary Differential Equations Of Higher
Orders: (8 Lectures)
Second Order Linear Differential Equations With Variable
Coefficients, Method Of Variation Of Parameters, Cauchy-Euler Equation; Power
Series Solutions; Legendre Polynomials, Bessel Functions Of The First Kind And
Their Properties.
Module 4: Complex Variable – Differentiation: (8 Lectures)
Differentiation, Cauchy-Riemann Equations, Analytic Functions, Harmonic
Functions, Finding Harmonic Conjugate; Elementary Analytic Functions
(Exponential, Trigonometric, Logarithm) And Their Properties; Conformal
Mappings, Mobius Transformations And Their Properties.
Module 5: Complex Variable
– Integration: (8 Lectures)
Contour Integrals, Cauchy-Goursat Theorem (Without
Proof), Cauchy Integral Formula (Without Proof), Liouville’s Theorem And
Maximum-Modulus Theorem (Without Proof); Taylor’s Series, Zeros Of Analytic
Functions, Singularities, Laurent’s Series; Residues, Cauchy Residue Theorem
(Without Proof), Evaluation Of Definite Integral Involving Sine And Cosine,
Evaluation Of Certain Improper Integrals Using The Bromwich Contour
PROGRAMMING FOR PROBLEM SOLVING (PPS)
PAPER CODE-100204
Module 1:
Introduction To Programming (6 Lectures)
Introduction To Components Of A
Computer System (Disks, Memory, Processor, Where A Program Is Stored And
Executed, Operating System, Compilers Etc). Idea Of Algorithm: Steps To Solve
Logical And Numerical Problems. Representation Of Algorithm: Flowchart/Pseudo
Code With Examples. From Algorithms To Programs; Source Code, Variables (With
Data Types) Variables And Memory Locations, Type Casting/Type Conversion, Run
Time Environment (Static, Dynamic Location), Storage Classes (Auto, Register,
Static, Extern), Syntax And Logical Errors In Compilation, Object And
Executable Code.
Module 2: Operators (3 Lectures)
Arithmetic
Expressions/Arithmetic Operators/Relational Operators/Logical Operators/Bitwise
Operators And Precedence
Module 3: Conditional Branching And Loops (5 Lectures)
Writing And Evaluation Of Conditionals And Consequent Branching, Iteration And
Loops
Module 4: Arrays (4 Lectures)
Array Declaration & Initialization,
Bound Checking Arrays (1-D, 2-D), Character Arrays And Strings.
Module 5: Basic
Algorithms (6 Lectures)
Searching (Linear Search, Binary Search Etc.), Basic
Sorting Algorithms (Bubble, Insertion And Selection), Finding Roots Of
Equations, Notion Of Order Of Complexity Through Example Programs (No Formal
Definition Required)
Module 6: Function (4 Lectures)
Introduction & Writing
Functions, Scope Of Variables Functions (Including Using Built In Libraries),
Parameter Passing In Functions, Call By Value, Passing Arrays To Functions:
Idea Of Call By Reference
Module 7: Recursion (5 Lectures)
Recursion, As A Different
Way Of Solving Problems. Example Programs, Such As Finding Factorial, Fibonacci
Series, Reverse A String Using Recursion, And Gcd Of Two Numbers, Ackerman
Function Etc. Quick Sort Or Merge Sort.
Module 8: Structure/Union (3 Lectures)
Structures, Accessing Structure Elements, Way Of Storage Of Structure Element,
Defining Structures And Array Of Structures, Basic Definition Of Union,
Comparison B/W Structure & Union With Example
Module 9: Pointers (5
Lectures)
Idea Of Pointers, Defining Pointers, Use Of Pointers In
Self-Referential Structures, Notion Of Linked List (No Implementation), Pointer
To Pointer, Pointer To Array, Pointer To Strings, Array Of Pointer, Pointer To
Function, Pointer To Structure.
Module 10: File Handling (Only If Time Is Available,
Otherwise Should Be Done As Part Of The Lab)
ENGLISH
PAPER CODE-100206
1. Vocabulary Building
A. The Concept Of Word Formation
B. Root Words From Foreign Languages And Their Use In
English
C. Acquaintance With Prefixes And Suffixes From Foreign
Languages In English To Form Derivatives.
D. Synonyms, Antonyms, And Standard Abbreviations. E.
Affixes, Acronyms
2. Basic Writing Skills
A. Sentence Structures
B. Use Of Phrases And Clauses In Sentences
C. Importance Of Proper Punctuation
D. Kinds Of Sentences
E. Use Of Tense, Use In Context And Coherence Of Tense In
Writing
F. Use Of Voice – Active/Passive In Sentences
G. Use Of Speech – Direct And Indirect Speech H. Framing
Questions- Direct, Using Modal Verbs
3. Identifying Common Errors In Writing
A. Subject-Verb
Agreement
B. Noun-Pronoun Agreement
C. Misplaced Modifiers
D. Articles E. Prepositions
F. Redundancies
G. Clichés
H. Common English Errors
4. Nature And Style Of Sensible Writing
A. Describing
B. Defining
C. Classifying
D. Providing Examples Or Evidence
E. Writing Introduction And Conclusion
F. Organising Principle
Of Paragraphs In Documents
G. Argument, Describing/ Narrating/ Planning,
Defining,Classifying
H. Lexical Resources, Using Suitable Language Register
I. Coherence, Writing Introduction, Body And Conclusion,
Techniques For Writing Precisely,Grammar And Accuracy
5. WRITING PRACTICES
A. COMPREHENSION
B. FORMAL LETTER WRITING/ APPLICATION/ REPORT WRITING/ WRITING MINUTES OF MEETINGS
C. ESSAY WRITING
D. FORMAL EMAIL WRITING
E. RESUME/ CV WRITING, COVER LETTER,
F. STATEMENT OF PURPOSE
WORKSHOP MANUFACTURING PRACTICES
PAPER CODE-100205
Detailed Contents:
1. Manufacturing
Methods-Casting, Forming, Machining, Joining, Advanced Manufacturing Methods (3
Lectures)
2. Cnc Machining,
Additive Manufacturing (1 Lecture)
3. Fitting Operations & Power Tools (1 Lecture)
4. Carpentry (1 Lecture)
5. Plastic Moulding, Glass Cutting (1 Lecture)
6. Metal Casting (1
Lecture)
7. Welding (Arc Welding & Gas Welding), Brazing,
Soldering (2 Lecture)
Suggested Text/Reference Books:
Hajra Choudhury
S.K., Hajra Choudhury A.K. And Nirjhar Roy S.K., “Elements Of Workshop
Technology”, Vol. I 2008 And Vol. Ii 2010, Media Promoters And Publishers
Private Limited, Mumbai. &
Kalpakjian S. And Steven S. Schmid, “Manufacturing Engineering And Technology”,
4th Edition, Pearson Education India Edition, 2002. & Gowri P. Hariharan And A.
Suresh Babu,”Manufacturing Technology – I” Pearson Education, 2008. & Roy A. Lindberg,
“Processes And Materials Of Manufacture”, 4th Edition, Prentice Hall India,
1998. & Rao P.N.,
“Manufacturing Technology”, Vol. I And Vol. Ii, Tata Mcgrawhill House, 2017.
