Rajasthan Polytechnic 1st Semester Syllabus 2024

Rajasthan Polytechnic (BTER) September 16, 2024

Students of BTER Polytechnic or Rajasthan Polytechnic 1st Semester are at the right place to get the details of the Polytechnic 1st Semester Syllabus 2024. Here, at RAJASTHAN POLYTECHNIC (BTER), you will find the complete Polytechnic Syllabus for 1st Semester (Common for All Branches).

This Syllabus is provided by Government Of Rajasthan, Board of Technical Education Rajasthan, Jodhpur.

It is According to the Teaching and Examination Scheme For Diploma I Semester (Common For All Engineering Branches) Semester Scheme, Session 2020-2021 & Onwards.


Subject Category

Subject Code

Subjects 

BS

1001

Mathematics-I

BS

1002

Applied Physics-I 

BS

1003

Applied Chemistry

HS 

1004

Communication Skills in English

ES

1005

Engineering Graphics

ES

1006

Engineering Workshop Practice

BS

1007

Applied Physics-I Lab 

BS

1008

Applied Chemistry Lab

HS

1009

Communication Skills in English-Lab

HS

1010

Sports & Yoga 

HS

1011

Anandam (Joy of Giving)


BS: Basic Science, HS: Humanities Science, ES; Engineering Science VS: Value Studies

1. L : Lecture 

2. T : Tutorial 

3. P : Practical 

4. TH : Marks for End Semester Exam for Theory 

5. PR : Marks for End Semester Exam for Practical

6. CT : Marks for class tests (Internal Assessment)

7. TU : Marks for tutorials (Internal Assessment)

8. PR(S) : Marks for practical and viva (Internal Assessment)

MATHEMATICS-I

Course Code 

1001

Course Title

Mathematics-I

Number of Credits

5(L-3,T-2,P-0) 

Prerequisites 

None

Course Category

Basic Science


COURSE CONTENT

  1. TRIGONOMETRY

    1. Concept of angles, measurement of angles in degrees, grades and radiance and their conversions.

    2. Ratios of Allied angles (without proof), Sum, difference formulae (without proof).

    3. Applications of Sum and difference formulae

    4. Product formulae (Transformation of product to sum, difference and vice versa).

    5. T- Ratios of multiple angles (2A, 3A).

    6. Graphs of sin x, cos x and tan x.

  2. DIFFERENTIAL CALCULUS

    1. Definition of function; Graphs of ex ,log 𝑥 𝑎𝑛𝑑 𝑥 .

    2. Concept of limits. standard limitslim𝑥→𝑎 𝑥 𝑛−𝑎 𝑛 𝑥−𝑎 , lim𝑥→0 𝑠𝑖𝑛𝑥 𝑥 ,lim𝑥→0 𝑎 𝑥 −1 𝑥 and lim𝑥→0(1 +𝑥) 1 𝑥

    3. Differentiation of trigonometric functions.

    4. Differentiation of inverse trigonometric functions.

  3. COMPLEX NUMBERS

    1. Definition, Real and imaginary parts of a Complex number. 

    2. Addition, Subtraction, Multiplication and Division of a complex number 

    3. Introduction of De-movier’s theorem 

    4. Application of De-movier’s theorem

  4. PARTIAL FRACTIONS  

    1. Definition of polynomial fraction, Proper & improper fractions.

    2. Definition of partial fractions.

    3. To resolve proper fraction into partial fraction with denominator containing Non-repeated linear factors,

    4. To resolve proper fraction into partial fraction with denominator containing repeated linear factors

  5. PERMUTATIONS, COMBINATIONS AND BINOMIAL THEORES

    1. Value of n Pr and nCr and formula-based problems. 
    2. Problems based on General term.

APPLIED PHYSICS-I

Course Code 

1002

Course Title

Applied Physics-I

Number of Credits

5 (L-3,T-2, P-0) 

Prerequisites 

None

Course Category

Basic Science 


COURSE CONTENTS

  1. PHYSICAL WORLD, UNITS AND MEASUREMENTS

    1. Physical quantities

      1. Fundamental and derived

      2. Dimensions and dimensional formulae of physical quantities

      3. Principle of homogeneity of dimensions 

    2. Measurements

      1. Measuring instruments, least count

      2. Types of measurement (direct, indirect) 

    3. Errors in measurements (systematic and random)

      1. Absolute error

      2. Relative error

      3. Significant figures.

  2. FORCE WORK AND ENERGY

    1. Force, Momentum- Statement and derivation of conservation of linear momentum

    2. Applications such as recoil of gun, rockets

    3. Work Concept and units

      1. Examples of zero work, positive work and negative work 

    4. Energy and its units

      1. Kinetic energy, Gravitational potential energy, and Mechanical energy

    5. Conservation of mechanical energy for freely falling bodies

    6. Power and its units

      1. Power and work relationship

      2. Calculation of power (numerical problems)

  3. ROTATIONAL MOTION

    1.  Circular motion

      1. Definition of angular displacement

      2. Angular velocity, angular acceleration, frequency and time period

    2. Centripetal and Centrifugal forces with live examples 

  4. PROPERTIES OF MATTER

    1. Elasticity 

      1. Definition of Stress and Strain

      2. Hooke’s law and 

    2. Modulus of elasticity, Significance of stress-strain curve

    3. Pressure

      1. Definition, units

      2. Atmospheric pressure, gauge pressure, absolute Pressure 

    4. Surface tension

      1. Cohesive and adhesive forces

      2. Angle of contact

    5. Applications of surface tension

    6.  Effect of temperature and impurity on surface tension 

  5. HEAT AND THERMOMETRY 

    1. Concept of heat and temperature

    2. Modes of heat transfer with examples (Conduction, Convection and Radiation)

    3. Newton’s law of cooling

    4. Scales of temperature and their relationship

    5. Types of Thermometer (Mercury, Platinum resistance thermometer,Pyrometer) and their uses

APPLIED CHEMISTRY

Course Code 

BS 1003

Course Title

Applied Chemistry

Number of Credits

5 (L-3,T-2, P-0) 

Prerequisites 

None

Course Category

Basic Science 


COURSE CONTENTS

  1. ATOMIC STRUCTURE, CHEMICAL BONDING AND SOLUTIONS:

    1. Hydrogen spectrum explanation based on Bohr’s model of atom

    2. Heisenberg uncertainty principle 

    3. Quantum numbers – Principal Quantum Numbers, azimuthal Quantum Numbers, Magnetic Quantum Numbers, Spin Quantum Numbers orbital concept with shape of orbitals

    4. Aufbau rule, Electronic configuration. 

    5. Solution–idea of solute, solvent and solution, methods to express the concentration of solution- molarity (M = mole per litre), normality, molality, ppm, mass percentage, volume percentage, mole fraction and P H . 

  2. WATER

    1. Classification of soft and hard water based on soap test 

    2. Problems caused by the use of hard water in boiler (scale and sludge, foaming and priming, corrosion etc)

    3. Water softening techniques

      1. Soda lime process

      2. Zeolite process

    4. Municipal water treatment (in brief only)

      1. Sedimentation

      2. Coagulation

      3. Filtration

      4. Sterilization. 

  3. ENGINEERING MATERIALS

    1. Natural occurrence of metals

      1. Minerals

      2. Ores of iron, aluminium and copper

      3. Gangue (matrix)

      4. Flux

      5. Slag

      6. Metallurgy - brief account of general principles of metallurgy. 

    2. Portland cement and hardening 

    3. Glasses 

    4. Refractory

    5. Rubber _Natural Rubber, Vulcanization of rubber 

  4. CHEMISTRY OF FUELS AND LUBRICANTS 

    1. Definition of fuel 

      1. Combustion of fuel,

      2. Classification of fuels

      3. Calorific values (HCV and LCV)

      4. Calculation of HCV and LCV using Dulong’s formula

    2. petrol and diesel - fuel rating (octane and cetane numbers) 

    3.  Chemical properties of lubricants 

      1. Coke number, 

      2. Total acid number

      3. Saponification value

  5. ELECTRO CHEMISTRY

    1. Faradays laws of electrolysis,Simple numerical problems. 

    2. Introduction to Corrosion of metals –

      1. Definition

      2. Types of corrosion (chemical and electrochemical)

    3.  H2 liberation and O2 absorption mechanism of electrochemical corrosion

    4. Factors affecting rate of corrosion 

    5. Internal corrosion preventive measures –

      1. Purification

      2. Alloying 

      3. Heat treatment  

    6. External corrosion preventive measures

      1. metal (anodic, cathodic) coatings

      2. organic inhibitors.

COMMUNICATION SKILLS IN ENGLISH

Course Code 

1004

Course Title

Communication Skills in English

Number of Credits

3 (L-3,T-0, P-0) 

Prerequisites 

None

Course Category

Humanities & Science 


COURSE CONTENTS

  1. COMMUNICATION THEORY AND PRACTICE

    1. Basics of Communication: - 

      1. Introduction

      2. Meaning and Definition

      3. Process of Communication

    2. Types of Communication: - 

      1. Formal and Informal

      2. Verbal and Non-verbal

    3. Art of Effective Communication

      1. Choosing Words

      2. Voice and Modulation

      3. Framing of questions and answers

  2. SOFT SKILLS FOR PROFESSIONAL EXCELLENCE

    1. Introduction: Soft Skills and Hard Skills.

    2. Applying Soft Skills across Cultures.

  3. READING COMPREHENSION
    Comprehension, vocabulary enhancement and grammar exercises based on reading of the following texts:

    1. "The Blind Dog" (a story from Malgudi Days) by R.K. Narayan
      "The Gift of the Magi" (story) by O. Henry 

    2. "If" (poem) by Rudyard Kipling
      "Where the Mind is Without Fear" (poem) by Rabindranath Tagore

  4. PROFESSIONAL WRITING

    1. Letters: Formal letters

    2. Job Application with CV

    3. Drafting E-mail and Notice

  5. VOCABULARY AND GRAMMAR

    1. Types of Sentences with correct form of the verb

    2. Active and Passive Voice 

    3. Modals (may, might, can, could, would, should, ought to, will, shall, must)
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