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http://admission.duetbd.org/

http://www.duet.ac.bd/

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Application Form c~iY Kwi‡Z nB‡e Ges evsjv‡`k WvK wefvM KZ…©K cwiPvwjZ ÒbM`Ó A_ev DBBL KZ…©K cwiPvwjZ Òi‡KUÓ Gi gva¨‡g cixÿvi wd cÖ`vb Kwi‡Z nB‡e| DUET Web Address

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Dear Applicant Mr. X

Your Verification code is: 1234

Now you can start your application using this code.

http://admission.duetbd.org/application_step01.php

Best Regards

Coordinator

Admission Committee 2020-2021.

http://admission.duetbd.or/

http://www.duet.ac.bd/admission



http://admission.duetbd.org/application_step01.php


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Nagad Payment of Application Fee

The Application fee of Tk. 980 Should be paid through Nagad using Mobile.

Dial *167#

Biller ID for DUET 1113

Bill Number is Applicat ID

The instruction of "How to Pay" is as follows

wPÎ 9 (K): bM` Payment c×wZ

Rocket App Payment of Application Fee

The Application fee of Tk. 980 Should be paid through Rocket App.

Biller ID for DUET 221

Bill Number is Applicat ID

The instruction of "How to Pay" is as follows

wPÎ 9 (L): i‡KU Payment c×wZ


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3.3 Helpline:

Av‡e`b Kwi‡Z †Kvb mgm¨vi m¤§yLxb nB‡j B‡gBj [email protected] A_ev 01719-157145 wKsev

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Syllabus for Admission Test 2020-2021 [For all disciplines]

First Paper [Physics, Chemistry, Mathematics and English]

Physics

Vector: Scalar and vector quantities, addition and subtraction of vectors, law of parallelogram, resolution

of vectors.

Motion and Force: Displacement, speed and velocity, acceleration. Newton's laws of motion, static

&and kinetic friction, frictional forces. Circular motion, angular velocity and acceleration, centripetal and

centrifugal forces, torque and moment ofinertia. Mass and weight, gravity and gravitation, Kepler's law,

laws of falling bodies,

Work and Energy: Work and power, potential and kinetic energy, transformation of work and energy,

work energy theorem.

Properties of Matter: Elasticity, different kinds of elasticity, Hook's law, Poisson's ratio, potential

energy for a deforming body. Hydrostatics, Pascal's law, Archimedes principle, specific gravity. Surface

tension, capillarity, angle of contact. Viscosity and co-efficient of viscosity.

Waves and Oscillation, Sounds: Simple harmonic motion (SHM), time period, frequency, potential and

kinetic energy of SHM. Simple and compound pendulum. Waves, different types of wave motion. Sound,

infrasonic and ultrasonic sound, velocity of sound, interference of sound, beats and Doppler effect in

sound. Absorption and Reflection of sound from surfaces.

Heat and thermodynamics: Heat and temperature, different types of thermometer, heat capacity, water

equivalent, latent heat, calorimetric principle. Co-efficient of real and apparent expansion. Thermal

conductivity, emission and absorption power of radiant heat, Newton's law of cooling. Specific heat of

gas, molar heat capacity. First and Second law of thermodynamics, entropy, heat engine and its

efficiency.

Light: Rectilinear propagation of light. Photometry. Laws of reflection and-refraction, reflection of light

from mirrors (plane, concave and convex), refraction of light through prism and lens.

Atomic Physics: Electron and photon, X-ray, photoelectric effect. Atom models. Radioactivity and decay

law, half-life and mean-life. Fusion and fission.

Chemistry

Exothermic and Endothermic reaction: Different types of chemical reactions.

Solution: Different units of concentration of solution and preparation of solution of different

concentration.

Catalysis and catalyst: Types, Criterion and Important industrial uses. Introduction to modem periodic

table and classification of elements.

Gas laws: Boyle's law, Charle's law and Dalton's law of partial pressure of gases, ideal gas equation

(PV=nRT), STP, NTP.

Atomic structure: Fundamental particles of atom, atomic number, mass number, isotopes, isobar, isotone.

Quantum numbers: Name and significance, Pauli Exclusion Principle, orbit and orbital. Modern

concepts of acid and base, classification of salt according to their chemical properties, basicity of an acid

and acidity of a base.

pH: pH scale and its uses, Buffer solutions and their mechanism, acid-base titration, indicators and their uses.

Modem concept of oxidation and reduction: oxidizing agent, reducing agent and oxidation

number/state.


Chemical bond: Ionic bond, covalent bond and co-ordinate covalent bond.

Electrolysis: Electrical conductor, electrolyte and Faraday's law of electrolysis. Oxides and its types.

Hardness: Hardness of water and its removal techniques (Permutit process, ion exchange resin process).

Important ores of Iron, Copper, Aluminum and Zinc: Manufacturing process of iron and copper from

its ore and Comparison of properties of cast Iron, iron, steel and wrought iron.

Fundamentals of organic compounds: Homologous series, Functional groups of organic compounds.

Aliphatic hydrocarbon: Saturated and unsaturated hydrocarbons; General method of preparation and

properties of alkane, alkene and alkyne as well as their IUPAC system of nomenclature.

Alcohol: Classification, Enzyme, Fermentation, Power alcohol and Absolute alcohol.

Mathematics

Algebra: Logarithms, AP & GP, Polynomial, Complex number, Permutation and Combination, Binomial

theorem, Determinants, Matrix, Partial fractions, Exponential Series.

Trigonometry: Ratio of associated and compound angles, Transformation formulae, Multiple angle and

Sub-multiple angles, Inverse circular functions, properties and solution of triangles.

Co-ordinate Geometry: Co-ordinates of a point, rectangular and polar co-ordination, Locus and its

equations, Straight lines, Circles and Conics.

Differential Calculus: Functions, Limits, Continuity, Differentiation, Successive Differentiation with

Leibnitz theorern, Partial Differentiation.

Integral Calculus: Fundamental integrals, Integration by substitution, Integration by parts, partial

fractions, Definite integrals.

English

Uses of Tense: Right form of verbs, correction of errors, subject-verb agreement in sentences.

Sentence Structure: Types of sentences and clauses, Transformation of sentence, according to the

direction.

Parts of Speech: Identify/Change/Use of different types of parts of speech in sentences according to

context.

Use of Preposition: Appropriate use of preposition and prepositional phrases.

Idioms and Phrases: Usage of Idioms and Phrases.

Voice: Change of voice from active to passive and vice versa.

Vocabulary in context: Synonyms, antonyms, homophones, Forms of different words and derivation of

words using different affixes according to the context.

Reading: Reading comprehension and answer MCQ/ short questions/fill in/cloze test/ true-false based on

the text.

Verbal: Functional use of gerund, infinitive and participles.

Translation: Translation from Bengali to English and vice versa.


Second Paper

Civil Engineering

Structural Mechanics: Scalar and vector quantities; Force systems; Equilibrium and freebody diagrams;

Friction; Centroid and centre of gravity; Moment of inertia; Work, power and energy.

Strength of Materials: Stresses and strains; Mechanical properties of materials; Bending moment and

shear force diagrams; Flexural and shear stresses; Deflection.

Engineering Materials: Bricks; Aggregates; Cement; Mortars (Lime and Cement); Concrete; Timber.

Estimating and Construction Process: Estimating of earthwork; Brick work; Mortar and concrete in

foundations and superstructures, Rate analysis. Foundations, Masonry works, Damp proof, Stairs,

Plastering and pointing, Formworks, Paintings, Construction equipments.

Hydraulics: Fluid characteristics; Flow of fluid; Notches and weirs; Pipe friction and flow through pipes.

Reinforced Cement Concrete: Materials of R.C.C. and their properties; Design of beams; One-way and

Two-way slabs; Axially loaded columns; Wall and individual column footing; Design of stair, Masonry

retaining wall.

Surveying: Chain survey; Plane table surveying; Leveling and contouring; Traversing; Theodolite and

curve ranging, Topographic survey.

Electrical and Electronic Engineering

Electrical Circuits: DC Sources, DC Circuits, Circuit Laws and Theorems, Fundamental of AC Circuit,

Single Phase AC Circuits, Power and Power Factor, Resonance, Balanced Polyphase Circuit Analysis.

Power System: Single Line Diagram of Power System, Types of Transmission and Distribution System,

Corona, Skin Effect, Mechanical Design of Overhead Line, Introduction of Switchgear.

Electrical Machine: Principle of Electromagnetic Induction, Armature Winding of Dynamo, Voltage

Equation and Characteristics of DC Generators; Principle, Starting and Speed Control of DC Motors;

Principle, Construction, Equivalent Circuits, Voltage Regulation, and Efficiency of Transformers; Single

Phase and Polyphase Induction Motors; Voltage Equation and Voltage Regulation of Alternators;

Principle and Starting of Synchronous Motors.

Electronic Devices & Circuits: Semiconductor Diodes, Rectifiers, Clipping and Clamping Circuits,

Transistors, JFETs, MOSFETs, CMOS, Amplifiers, Voltage and Power Amplifiers, Class A, Class B and

Class C Amplifiers, Oscillator Circuits, Operational Amplifier,Photoelectric Devices, Multivibrators,

Radio and TV Transmitter/Receiver,.

Telecommunication: Various Types of Modulation and Demodulation- AM, FM, PM, AM-VSB.

Comparisons of Analog and Digital Communication, Bandwidth and Channel Capacity, Noise in

Communication, PAM, PWM, PPM, TDM and FDM. Components and Basic Principle of Telephony,

Satellite Communication, Optical Fiber Communication and Cellular Communication.

Digital Electronics and Computer Technology: Number Systems, Boolean Algebra, Logic Gates,

Combinational and Sequential Logic Circuits, Adder/Subtractor, Encoders, Decoders, Multiplexer and

Demultiplexer, Flip-Flops, Registers, Counters; Introduction to Micro-computers, Micro-Computer and

Microprocessor Architecture, Introduction to Computer Programming Language: Assembly Language

and High Level Language Programming, LAN, WAN and Internet.


Mechanical Engineering

Foundry: Pattern materials; tools and processes used in foundry.

Welding: Different types of welding processes; Joints and related tools.

Machine Tools and Metal Cutting Processes: Turning; Shaping; Drilling; Planing; Grinding & Milling

Machines; Cutting Processes; Tools & Cutting Fluids; Jigs & Fixtures.

Metallurgy: Furnaces and refractories; ferrous and non-ferrous metals and alloys; Iron-Iron carbide

diagram; Heat treatment of steel.

Production Management, Planning & Control: Organization; Scientific Management; Direct &

Indirect Cost; Depreciation Methods; Different types of production systems; Location; Layout; Work

measurement; Inventory Control; Precision & non-precision measuring instruments; Limits-fits &

Tolerances; Quality control.

Measurement and Inspection: Measurement and inspection instruments.

Engineering Mechanics: Equilibrium of Co-planer forces; Friction; Moment of inertia; Work, power

and energy.

Strength of Materials: Stress and Strain; Mechanical properties of material; Deformation of materials;

Shear forces and bending moment diagrams; Torsion.

Thermodynamics and Heat Engine: Thermodynamic properties; Laws of perfect gas; Laws of

thermodynamics; Carnot, Otto, Diesel and Dual cycles; Two-stroke and four-stroke engines and their

performances; Principle of refrigeration; Properties of steam; Boilers and their accessories and

mountings; Fuels and lubricants.

Hydraulics: Viscosity; Fluid statics; Manometery; fluid flow measurements and measuring devices; head

loss; hydraulic machineries and devices.

General Electricity: Basic Circuits and their laws; Electrical machineries: types and principles of

operation; Voltmeters; Ammeters and other measuring instruments; Semiconductor diodes and

Transistors and their characteristics.

Computer Science and Engineering

Computer Fundamentals: Basic Organization and Functional Units; Hardware, Software, Software and

its applications.

Basic Programming: Basic program structure and IDE, pseudo code, header files, data types operators,

variables and expressions; Input and Output; control statement and decision making, loop sructure,

arrays, strings, pointers, function, recursion, pointers and dynamic memory allocation, arrays, strings,

multidimensional array; structures, unions enumerations, file I/O system, linking, library functions.

Object Oriented Programming (C++/Python): Object oriented programming basics, class & object,

Properties of object oriented programming.

Discrete Mathematics: Probability theory, Counting, tree & graph.

Data Structure: Array, pointer, linked list, stack, queue, searching.

Database Management: Database system concept, data models, query languages.

Software Development: System analysis, system design, system implementation.

Operating system: Scheduling, memory management, I/O system, File system.


Microprocessor & Microcomputer: 8086 Architecture, bus systems, instruction sets, assembly

language, interrupt control, interfacing chips, memories, secondary storage devices.

Data Communication & Computer Network: Transmission media, modulation/demodulation,

Multiplexing, OSI and TCP/IP model, network topologies, network protocols, intemets, IP addressing.

Computer Graphics: Graphics pipeline, modeling, animation, rendering, relation to computer vision and

image processing, geometric transformations, Rasterization.

Digital Electronics: Number systems, Boolean algebra, Logic gates, Combinational and sequential logic

circuits, Flip-Flops, Registers, Counters, VLSI, AID and D/A Converters.

Electronic Devices and Circuits: Semiconductor Diodes and Rectifiers, BJT, JFET, MOSFET, CMOS,

Amplifiers, Oscillator circuits, Photo Electric devices, Multivibrator, Time Base Circuits.

Basic Electricity: Circuit laws, DC circuits, AC circuits.

Textile Engineering

Introduction to Textile Engineering: History of textiles, Present status of textiles in home and abroad.

Definition of important textile terms.

Textile Fibres: Classification, Cultivation, Grading, Chemical composition, Physical and chemical

structures, Properties (physical and chemical), End uses of Natural (Cotton, Jute, Linen/Flax, Hemp,

Sisal, Coir, Wool, Silk) fibres. Classification, Preparation, Properties (physical and chemical), End uses

of Re-generated (Viscose and Cellulose acetate rayon) and Synthetic (Nylon, Polyester, Acrylic,

Polypropylene, Spandex, Glass, Carbon) fibres.

Yarn Manufacturing Technology: Study of flow chart of yarn manufacturing (100% Cotton, 100%

Polyester, 100% Acrylic, 100% Wool, Blended yarn). Ginning of cotton fibre. Mixing and blending of fibers.

Processing stages of yarn manufacturing-Short Staple: Blowroom, Carding, Drawing, Lapformer and

Comber, Simplex, Ring, Winding, Doubling and Twisting, Spinning wastage from Blowroom to winding

and control of waste, Related calculations; Long Staple: Batch and Batching, Jute carding, drawing,

spinning, winding. Jute mill wastage and its control, Related calculations.

Fabric Manufacturing Technology: Flow Chart of Fabric manufacturing, Preparatory process (winding,

warping, sizing), Drafting, Denting, Weaving, Knitting, Nonwoven, Fabric wastage and its control,

Related calculations.

Wet Processing Technology: Flow chart of wet processing, Singeing, Desizing, Scouring, Bleaching,

Dyeing, Printing, Finishing of textile materials, Wastage in wet process and its control, Related calculations.

Garments Manufacturing Technology: Flow chart of garments manufacturing, Design, Sketch, Pattern

design, Sample making, Cutting, Sewing, Finishing, Related calculations.

Textile Testing: Sampling, Humidity and its effect, Testing of different fibre properties : strength,

length, trash, neps, fibre fineness, maturity; Yarn testing: count, strength, yarn evenness, twist; Fabric

testing : strength, thickness, threads per unit length, crimp, air permeability, water permeability, crease

resistance and crease recovery, fabric stiffness, handle and drape, abrasion resistance, shrinkage, fastness

test, carpet testing, Uster statistics.

Fabric Structure and Clothing Analysis: Basic textile designs, Drafting and lifting plan,

Ornamentation of fabric design, Double cloth, Backed cloth, Lino weave, Velvet, Terry, Specification of

commercial fabrics, Warp and weft yarn determination from fabric, colour and weave effect, Fashion

style and accessories, Related calculations.


Architecture

Basic Drawing/Analytical Drawing: To understand the skill about plan, section, elevation, axonometric

drawings etc.

Composition of Forms: To understand the sense of composition with basic elements, Poster design, Cover

design, Logo etc.

Human Figure: To understand the skill about the gesture, posture, proportion, ratios of human body and

organs.

Perspective: To understand the skill to perceive the one point or two point perspectives.

History of Architecture: Indo-Islamic architecture; Development of Islamic architecture during Mughal

period; Islamic architecture in Bengal; Islamic architecture in Dhaka; Hindu architecture in East Bengal;

Modern architecture in Dhaka; Ancient architecture in Bengal.

Construction Process: Concrete; Foundations and foundation soil; Shallow foundations; Deep foundation;

Brick masonry; Composite masonry; Cavity walls; Partition walls. Arches; Lintels; Ground floors; Upper

floors; Damp proofing; Termite treatment; Stairs; Roof; Pitched roof; Plastering and pointing; Doors;

Windows; Carpentry and Joinery; Shoring, Underpinning Scaffolding; Form works.

Estimating & Costing: Introduction of estimating; Quantity estimation of excavating tank, road

embankment, canal digging, boundary wall, bituminous & R.C.C. road; Complete estimate of a single storied

two-roomed building with verandah; Rate analysis.

Surveying: Chain survey; Plane table surveying; Leveling; Contouring; The idolize surveying; Traversing;

Tachometric surveying; Topographic surveying.

Industrial and Production Engineering

Engineering Mechanics: Equilibrium of Co-planer forces, Friction, First and Second Moments of Area, Polar

Moment of Area, Work, Energy and Power, Kinematics and kinetics of particles and rigid bodies.

Strength of Materials: Stress and Strain, Mechanical properties of material, Deformation of Materials, Shear

Forces and Bending Moment diagrams, Torsion.

Metallurgy: Furnaces and refractoriness; ferrous and non-ferrous metals and alloys; Iron-Iron carbide

diagram; Heat treatment of steel.

Production Process (Foundry, Welding, Sheet Metal works and Machining): Pattern making and its

materials, Tools and processes used in foundry, Different types of welding processes, Turning, Shaping,

Drilling, Planning, Grinding & Milling, Tools & Cutting Fluids, Jigs & Fixtures, Joints and related tools, NC

& CNC Machining.

Industrial and Production Management: Organization, Scientific Management, Direct & Indirect Cost,

Depreciation Methods, Different types of production systems, Location, Layout, Work measurement,

Inventory Control, Precision & non-precision measuring instruments, Gauges, Limits-fits & Tolerances.

Basic Electricity and Electronics: Basic Circuits and their laws, Electrical machineries with its types and

principles of operations, Voltmeters, Ammeters and other measuring instruments, Semiconductor diodes and


Computer Fundamental and Operations: Fundamentals of Computer Hardware and Elementary Software,

Simple Knowledge in programming with C/C++, Microprocessors and Microcomputers.

Thermodynamics and Heat Engines: Thermodynamic properties; Laws of perfect gas; Laws of

thermodynamics; Carnot, Otto, Diesel and Dual cycles; Two-stroke and four-stroke engines and their

performances; Principle of Refrigeration; Properties of steam; Boilers and their accessories and mountings,

Fuels and lubricants.


Fluid Mechanics and Fluid Machineries: Viscosity, Fluid statics, Manometery and Fluid flow

measurements, Flow Measuring Devices, Head loss, Hydraulic machineries and devices.

Instrumentation, Measurement and Control: Measurement and inspection, instruments, Electronic

measuring instruments, Electro-mechanical instruments and control, Basic control and controllers,

Programmable logic controller.

Automation, Robotics and Mechatronics: Fundamentals of automation, Automatic control, Fundamentals of

Robotics and their comparisons, Different types of Robots and their applications, Fundamentals of

Mechatronics, Mechatronic systems and their applications in various fields of Instrumentation and control,

Signal processing and conditioning.

Chemical and Food Engineering

Food and Nutrition: Classification and composition of foods; Function of food and nutrients (carbohydrates,

proteins, lipids, vitamins, minerals etc.); Basic human nutrition; Nutritional deficiency diseases; Maternal and

child nutrition; Governmental regulation of food and nutrition labelling.

Food Preservation: Principles of food preservation; Preservation of food by various methods (pasteurization,

sterilization, concentration, pickling, fermentation, preservatives, irradiation, CAS, salt, cold storage, freezing,

sugar, drying, canning etc.); Storage of agricultural commodities; Food spoilage; Food poisoning.

Food Microbiology: Concept of cell anatomy and cell division; Characteristics of microorganisms; Staining

and identification of microbes; Pure culture and culturing techniques; Heat resistance of microorganism;

Microbiology of water; Microbial water activity; Foodborne diseases; Industrial food microbiology;

Microbiology of food products (milk and milk products, fish, meat and meat products, fermented foods etc.).

Food and Biochemistry: Various chemical reactions, oxidation, reduction; Biochemistry and chemical

activities of water, carbohydrates, amino acid, peptide, proteins, lipids, nucleosides, nucleotides, minerals,

vitamins; Hydrogenation and rancidity; Emulsion and emulsification; Browning reaction; Food additives.

Food Analysis: Food analysis; sensory evaluation of foods; Volumetric and gravimetric analysis; Nutritional

analysis; Quality test of water; Analysis of Fats, oils, vitamin and mineral; Analysis of fruits, vegetables, milk

and milk products; Quality tests in food industry; Chromatography; Spectrophotometric analysis.

Food Safety and Quality Assurance: Food safety management; Food adulteration; Hygiene and sanitation in

food processing; HACCP and hazard management; Food safety rules and regulations; Quality control in food

industries; Risk analysis; Food standard organizations; Statistical quality control; Sampling; Quality assurance

concept; TQM.

Chemical Engineering Operations: Unit operation and unit processes; Industrial measurement of flow,

pressure and temperature; Heat transfer, heat exchanger and boiler; Size reduction and solid separation

techniques; Single effect and multiple effect evaporators; Dryer and dehumidifier; Filtration process and filter

press operation; Mechanism of diffusion, vapor-liquid equilibrium, distillation, absorption and extraction.

Chemical Process Industries: Process block diagrams and process flow diagrams; Treatment of wastewater,

operation and maintenance of ETP; Manufacturing process of Portland cement; Manufacturing process and

handling of sulphuric acid; Manufacturing process of polyethylene, polypropylene, PVC and polyamides;

Solid, liquid and gaseous fuels; Refining and cracking process of petroleum and petrochemicals.

Corrosion Technology: Basic concept of corrosion and its effect; Electrochemical mechanism of corrosion;

Different forms of corrosion; Corrosion control and prevention methods; Corrosion testing; Materials of

construction for corrosive environments.

Chemical Engineering Materials: Characteristics of chemical engineering materials; Engineering properties

of tiles, bricks and sands; Constituents and manufacturing process of glass and ceramics; Properties and uses

of asbestos and other insulating materials; Refractory materials.


Natural Gas & Fertilizers: Properties of natural gas; Transportation, distribution and purification of natural

gas; Applications of natural gas; Urea-ammonia manufacturing plants; Influencing parameters in ammonia

production; Manufacturing process of nitrogenous, phosphate and complex fertilizers.

Industrial Stoichiometry: Units and unit conversion; General equation of material balance; Degrees of

freedom analysis; Material balance with and without chemical reactions; Energy balance in open and closed

systems; Specific and latent heat; Heat of reaction and formation; HHV and LHV.

Applied Mechanics: Force systems: force, moment, resultant of forces; Equilibrium conditions and its

applications; Kinetics and kinematics of machineries; Stress and strains; Torque, couple; Work, power and

energy; Mechanics of machineries used in chemical firms and in food industries.

Thermodynamics: Laws of thermodynamics and applications; Thermodynamic processes; Basic

engine types: two stroke and four strokes; Basic power cycles: Carnot, Otto, Diesel and Dual cycles; IC

engines.

Fluid Mechanics: Viscosity; Fluid statics; Manometry; Fluid measurements and measuring devices; Head

losses; Hydraulic machineries and devices.

Basic Electrical and Electronic Engineering: Basic electricity and electronics; DC, AC and

circuits, ammeter, voltmeter and other measuring instruments; Semi-conductor diodes and

transistors; p-n-p and n-p-n transistors, ICs; Electrical machineries; Instrumentation and control; Automation;

PLC, micro-processors.

Basics of Computer Sciences and IT: Fundamentals of computer hardware & software and applications;

Computer programming fundamentals; ICT, GIS, GPS.

Materials and Metallurgical Engineering

Metallurgy: Furnaces and refractories; ferrous and non-ferrous metals and alloys; Iron-Iron carbide diagram;

Heat treatment of steel.

Engineering Materials: Aspects of engineering materials; Engineering uses of ferrous metals and alloys;

Engineering use of non-ferrous metal; Bricks; Sand; Cement; Lime as mortar; Aluminum as construction

materials; Timber; Stone; Insulating materials; Glass and ceramics, Paints and varnishes, Sound absorbing

materials; Fire and water proofing materials; Fuels and lubricants; Plastic materials; Optical fiber and Gallium

Arsenide Materials.

Foundry and Casting: Materials used for patterns; Pattern allowances and their significance; Classification

of patterns; Tools and processes used in foundry. Molding; Foundry furnaces; Casting.

Welding: Different types of welding processes; Joints and related tools.

Engineering Mechanics: Equilibrium of Co-planer forces; Friction; First and Second Moments of Area;

Polar Moment of Area; Work, Energy and Power.

Strength of Materials: Stress and Strain; Mechanical properties of material; Deformation of materials; Shear

forces and bending moment diagrams; Torsion.

Thermodynamics: Definition and Scope of thermodynamics; Heat and heat units; Temperature and its

scales; Thermodynamic systems; Thermodynamic laws & processes; Properties of gas; Vapor and steam;

Entropy and enthalpy; Thermodynamic air cycles; Thermodynamic vapor cycles; Refrigeration and heat

pumps; Transmission of heat.

Basic Electricity & Electronics: Basic circuits and their laws, Electrical machineries with its types and

principle of operation; Voltmeters, Ammeters and other measuring instrument;Semiconductor, Diodes,


Computer Fundamental and Operations: Fundamentals of Computer Hardware and Elementary

Software, Simple Knowledge in programming with C/C+, Microprocessors and Microcomputers.

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