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Engineering First Year Syllabus

Table of Contents

First Semester

Second Semester

First Semester Subjects

English and Communication Skills - I (991001)

Course Outcomes

  • Develop skills in listening, speaking, reading, and writing.
  • Understand the use of business and personal letters.

Syllabus

  1. Reading Skills:
    • Reading comprehension of simple texts.
  2. Writing Skills:
    • Paragraph development and letter writing.
  3. Listening Skills:
    • Listening to lectures and conversations.
  4. Speaking Skills:
    • Communicating ideas fluently.

Applied Mathematics - I (991002)

Course Outcomes

  • Solve problems using trigonometry and calculus.
  • Understand determinants and matrices.

Syllabus

  1. Algebra:
    • Binomial theorem, partial fractions, determinants.
  2. Trigonometry:
    • T-ratios, De-Moivre’s theorem.
  3. Calculus:
    • Differentiation and its applications.

Applied Physics - I (991003)

Course Outcomes

  • Understand the principles of motion, energy, and properties of matter.
  • Apply these principles to solve engineering problems.

Syllabus

  1. Measurement and Errors:
    • Units, dimensions, and error analysis.
  2. Force and Motion:
    • Newton’s laws, momentum, friction, and circular motion.
  3. Work, Power, and Energy:
    • Definitions, conservation principles, and applications.
  4. Properties of Matter:
    • Elasticity, viscosity, and surface tension.
  5. Thermometry and Heat:
    • Heat transfer, expansion, and thermodynamics.

Applied Chemistry - I (991004)

Course Outcomes

  • Develop an understanding of chemical properties and their industrial applications.
  • Apply chemistry knowledge to solve practical problems.

Syllabus

  1. Atomic Structure:
    • Fundamentals, periodic table, and bonding.
  2. Water Treatment:
    • Hardness, softening methods, and boiler issues.
  3. Solutions:
    • Concepts of pH, solubility, and buffers.
  4. Electrochemistry:
    • Electrolysis, Faraday’s laws, and applications.
  5. Environmental Chemistry:
    • Pollution types, effects, and mitigation.

Computer Fundamentals (991005)

Course Outcomes

  • Understand computer systems, components, and applications.
  • Apply knowledge of operating systems and office applications.

Syllabus

  1. Introduction:
    • Basics of computers, generations, and memory.
  2. Number Systems:
    • Binary, octal, decimal, and hexadecimal conversions.
  3. Operating Systems:
    • Concepts of single-user and multi-user systems.
  4. Networks and Internet:
    • Network types, devices, and protocols.
  5. Office Applications:
    • Word processing, spreadsheets, and presentations.

Engineering Graphics - I (991006)

Course Outcomes

  • Develop skills to create and interpret engineering drawings.
  • Use tools and techniques for graphical representation.

Syllabus

  1. Drawing Office Practice:
    • Instruments, lines, and lettering.
  2. Dimensioning:
    • Methods and principles of dimensioning.
  3. Geometrical Constructions:
    • Polygons, ellipses, and cycloids.
  4. Scales:
    • Construction of plain and diagonal scales.
  5. Projections:
    • Orthographic and isometric projections.

General Workshop Practice - I (991007)

Course Outcomes

  • Develop basic workshop skills in fitting, carpentry, and electrical work.
  • Understand the safety and use of tools and machines.

Syllabus

  1. Fitting Shop:
    • Tools, marking, and fitting operations.
  2. Carpentry Shop:
    • Timber types, tools, and joints.
  3. Electrical Shop:
    • Wiring, circuits, and safety measures.

Second Semester Subjects

English and Communication Skills - II (992001)

Course Outcomes

  • Enhance advanced communication skills in English.
  • Develop critical reading and structured writing abilities.

Syllabus

  1. Reading Skills:
    • Literature, fiction, and poetry analysis.
  2. Writing Skills:
    • Notices, memos, resumes, and emails.
  3. Listening and Speaking Skills:
    • Group discussions, debates, and interviews.

Applied Mathematics - II (992002)

Course Outcomes

  • Apply integration and differential equations in engineering problems.
  • Utilize statistical tools for data analysis.

Syllabus

  1. Coordinate Geometry:
    • Lines, circles, and conic sections.
  2. Integral Calculus:
    • Standard integrals, area, and volume calculations.
  3. Ordinary Differential Equations:
    • First-order equations and applications.
  4. Statistics:
    • Measures of central tendency and dispersion.

Applied Physics - II (992003)

Course Outcomes

  • Understand concepts of electricity, magnetism, and modern physics.
  • Solve practical problems using these principles.

Syllabus

  1. Electrostatics:
    • Coulomb’s law, electric fields, and capacitors.
  2. Electricity:
    • Ohm’s law, resistors, and power.
  3. Electromagnetism:
    • Magnetic fields, forces, and induction.
  4. Semiconductor Physics:
    • Diodes, transistors, and rectifiers.
  5. Modern Physics:
    • Lasers, X-rays, and fiber optics.

Applied Chemistry - II (992004)

Course Outcomes

  • Gain insights into advanced chemical processes and materials.
  • Apply chemistry knowledge in industrial and environmental contexts.

Syllabus

  1. Chemical Kinetics:
    • Reaction rates and catalysis.
  2. Polymers:
    • Types, properties, and applications.
  3. Corrosion:
    • Mechanisms and prevention methods.
  4. Industrial Chemistry:
    • Fuels, cement, and glass manufacturing.

General Workshop Practice - II (992007)

Course Outcomes

  • Enhance practical skills in machining, welding, and foundry work.
  • Understand advanced safety and quality practices.

Syllabus

  1. Machine Shop:
    • Lathe operations and cutting tools.
  2. Welding Shop:
    • Gas and arc welding techniques.
  3. Foundry Shop:
    • Molding and casting processes.
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