AKS UNIVERSITY, SATNA

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Faculty of Engineering & TechnologyStudy and Evaluation SchemeOfDiploma (Engineering)-3YearsDiploma (Engg.) (I Year)(Group-A, For Cement Tech. & Mechanical Engg.)(Applicable w.e.f Academic Session 2013-16, till revised)AKS UNIVERSITY, SATNAStudy and Evaluation Scheme** The University Authorities reserve all the rights to make any additions/ deletions or changes/modifications to this syllabus as deemed necessary.1

AKS University, SatnaSherganj, Panna Road, Satna (MP) 485001Study & Evaluation SchemeofDiploma (Engineering) (First Year)SUMMARYProgramme :Diploma (I Year)Duration :Three year full time (Six Semesters)Medium :Hindi & English BothMinimum Required Attendance : 75 %Maximum Credits:48 (Only First Year)Evaluation Assessment :InternalExternalTotal50100150Internal Evaluation (Theory/ Practical Papers)Sessional-IDuration of Examination :Sessional-II10External10Internal3 hrs.2 hrsContinuous Assessment& attendance10 20 30To qualify the course a student is required to secure a minimum of 31% marks in aggregateincluding the semester end examination, internal assessment evaluation (Both theory & PracticalPapers)A candidate who secures less than 31% or Grade ‘D’ of marks in a Subject/Paper(s) shall bedeemed to have failed in that Subject/Paper(s). In case a student has secured less than 31% orGrade ‘R’ in Subject/Paper(s), he/she shall be deemed to re-appear (ATKT Examination) inSubject/Paper(s) to achieve the required percentage (Min. 31%) or grade (Min. D) in theSubject/Paper(s).Question Paper Structure1. The question paper shall consist of 26 questions in three Sections. Out of which Section-Ashall be of Objective type 10 questions and will be compulsory. (weightage 2 marks each).2. Section-B shall contain 10 Short answer type questions and students shall have to answerany eight (weightage 5marks each).Out of the remaining six question s are long answer type questions, student shall be required toattempt any four questions. The weightage of Questions shall be 10 marks each.2

AKS University, Satna ( M.P.)FACULTY OF ENGINEERING AND TECHNOLOGYDIPLOMA (Engg.)SEMESTER- IGroup A (Mechanical Engg., &Cement tech.)Sr.No.Sub. Code1.14MS1012.LTPCreditAPPLIED MATHEMATICS-I32-414CH102APPLIED CHEMISTRY32-43.14PH103APPLIED PHYSICS-I31-44.14ME105ENGINEERING DRAWING22-35.14SS108-H/ISPIRITUAL STUDIES- HINDUISM/ISLAM3--36.14SD109SSD-Functional English-I3--37.14CH151--218.14PH152APPLIED PHYSICS-I Lab--219.14ME153WORKSHOP PRACTICE- Lab--21177624SUBJECTAPPLIED CHEMISTRY- LabTotal3

AKS University, Satna ( M.P.)FACULTY OF ENGINEERING AND TECHNOLOGYDIPLOMA (Engg.)SEMESTER- IIGroup A (Mechanical Engg., & Cement tech.)Sr.No.Sub. Code10.14MS20111.LTPCreditAPPLIED MATHEMATICS-II32-414PH202APPLIED PHYSICS-II31-412.14ME207APPLIED MECHANICS31-413.14CA208COMPUTER FUNDAMENTAL & PCPACKAGE3--314.14EV209ENVIRONMENTAL SCIENCE &ENGINEERING3--315.14SD206SSD-Functional English-II3--316.14PH251APPLIED PHYSICS-II Lab--2117.14ME255APPLIED MECHANICS Lab--2118.14CA256COMPUTER FUNDAMENTAL & PCPACKAGE Lab--21184624SUBJECTTotal4

Diploma (Engg.)Semester-IAPPLIED MATHEMATICS – IUNIT-1 ALGEBRA Introduction of Permutations and Combinations. Theory of Quadratic Equation : Function, Number and Nature of Roots, Simultaneousquadratic equations. General form of a quadratic equation with real coefficients, relationbetween roots and coefficient of a quadratic equation. Binomial Theorem: Statement of theorems for positive integer, general term, middle term,constant term.UNIT-2 Function, Limit and Continuity Function : Definition, Range and Domain and Co-Domain of Function, Types of Function,Absolute Value Function, Exponential value Function, Identity Function, ReciprocalFunction, Rational and Irrational Function, Increasing and decreasing Function. Limits: Concept of Limit, Left Hand Limit, Right Hand Limit, Limit of Standard Functions. Continuity: Definition of Continuity, Elementary test for Continuity and discontinuity.UNIT-3 DETERMINANTS AND MATRICES Determinants: Definition and Properties of determinants, Solution of equations by Cramer's rule. Matrix: Definition of matrix, representation of matrix, addition, subtraction and multiplicationof matrices. Types of matrices, Minors and co-factors of matrices, Adjoint of a matrix, Inverseof a matrix, Solution of simultaneous linear equations by Matrix method . Partial Fractions: Proper and Improper fractions, Break a fraction into partial fraction, whosedenominator contains: linear factors, repeated linear factors, non repeated quadratic factors.UNIT-4COMPLEX NUMBERS AND VECTOR ALGEBRA Definition of complex number, operation on complex number (addition, subtraction ,multiplication, division), conjugate complex number, Modulus and Amplitude of a complexnumber, polar form of a complex number, Uses of Demoiver’s theorem(without proof) forn integer. Vectors and Scalars: Concept of vector and scalar quantities (Elementary), Types of vectors,Addition and subtraction of vectors, Multiplication of two vectors, Scalar product (2d&3d),vector product.(2d &3d)UNIT-5TRIGONOMETRY Allied angles [sin (180 A),sin (90 A) etc.]. Addition and subtraction formulae for trigonometric functions. Product formulae for trigonometric functions, C-D formula for trigonometric functions. T-ratio ofmultiple and sub-multiple angles, Conditional identities, solution oftrigonometric equations. Relation between sides and angles of a triangle.TEXT BOOK :th1.Gupta, D , “Engineering Mathematics” 5 edition, S.Chand, 2009REFERENCE BOOKS :nd1.Sabharwal, SS , “Applied Mathematics Vol. I” Eagle Prakashan, Jalandhar, 2 edition,rd2. Kohli, S, “Engineering Mathematics Vol. I”, IPH, Jalandhar, 3 edition, 2008.th3. Mathur, AB, Jagi, VP, “Advanced Engineering Mathematics” Khanna Publishers, Delhi, 8 edition, 2010.th4. Grewal, BS, “Higher Engineering Mathematics”, Khanna Publishers, Delhi, 13 edition, 2010.5

Diploma (Engg.)Semester-IAPPLIED PHYSICS - IObjective- Physics is considered as one of the core subjects for diploma students in engineeringand technology for developing in them scientific temper and appreciation of physical properties ofmaterials, which they have to handle in their professional career. Now a days, various products ofphysical industries are playing important role in the field of engineering with increasing number ofsuch products each successive years. The present syllabus aims to providing the fundamentalconcepts of motion, mechanics of solids, fluid mechanics, work , power and energy, waves andsound mechanics, heat and temperature etc. have been included in the curriculum as foundationcourse provide knowledge of advance technology and international environment for lifelongeducation and research to the studentsUnit- 1 : Units , Measurement and MotionPhysical quantities , fundamental and derived units, symbols & abbreviation.scalar and vector quantities- example , basic requirement to represent vector addition andmultiplication of vectors.Linear measurement by vernier calipers, screw gauge and spherometerMotion:- Newton’s laws of motion and their applications, linear momentum, impulse andimpulsive forces, Circular motion, concept of centripetal and centrifugal forces, Rotational motion,moment of torque, moment of inertia and radius of gyrationUnit- 2 : Work, Power & EnergyWork:- definition and it’s S.I. units, Workdone in moving an object on horizontal and lined plane( incorporating frictional forces)Power:- definition & it’s S.I.unit , calculation of power in simple casesEnergy :- definition & it’s S.I.unit , types of energy, kinetic and potential energy with Examplesand their derivation , Principle of conservation of mechanical Energy ( for freely falling bodies ),transformation of energy from one form to anotherUnit- 3 : Properties of MatterElasticity: - definition & it’s unit , defnition of stress and strain, types of modulus of elasticity ,Hookes law and elastic limit, Explanation of stress and strain diagram.Surface tension:- definition and it’s unit, measurement of surface tension by capillarytube method, cohesive and adhesive forces, surface energy, application of surface tension ,effect of temperature and impurity on surface tension.Fluid mechanics- defnition of viscosity, stream line and turbulent flow, critical Velocity, Reynoldsnumber , Derivation of terminal velocity, effect of temperature on viscosity.Unit- 4 : Waves and Sound MechanicsWave motion :- Wave motion with examples, Types of wave motion, transverse andLongitudinal wave motion with example, depression of beam and Derivation of determination oftime period of a depression of beam.Sound:- Introduction, defnition of pitch, loudness, quality and intensity of sound Waves, reflection,refraction and absorption of sound waves by surfaces, echo, noise and reverbration defects andmethod to control these defects.6

Unit- 5 : Heat & Temperature & Transfer of heatHeat & Temperature:- Heat & Temperature, concept of heat capacity, specific heat, and latentheat, Calorimeter and it’s uses.Transfer of heat:- Modes of transfer of heat (conduction, convection and radiationwith examples), study state and variable state, Co-efficient of thermal conductivity, Determinationof thermal conductivity good conductor ( Searle’s method) and bad conductor ( rubber tubemethod ), properties of heat radiation, Stefan,s law, Kirchhoff’s law, Wien’s law, Plank’s blackbody radiation law, Prevost theory of heat exchange.TEXT BOOKS1. ‘BASIC APPLIED PHYSICS’ BY - GAUR R.K. , Dhanpat Rai Publications.2. APPLIED PHYSICS’ BY – R.P.GOYAL , Shivlal Prakashan, AgraREFERENCE BOOKS1. Verma H.C. “CONCEPT IN PHYSICS” , Bharti Bhawan Ltd. ,New Delhi2. APPLIED PHYSICS’ BY – A.K. JHA3. Gomber and Gogia , “ Fundamental Physics” Vol-I and Vol-II, Pradeep ublications,Jalandhar4. “A text book of nano science” S.K. Kataria and Sons, New Delhi5. Optics by- GhatakList of Experiments1. To find internal radius of hollow tube by vernier calipers.2. To find volume of a given cylinder by screw gauge.3. To determine the thickness of a glass strip and radius of curvature of a convex surface byusing a spherometer.4. To find value of acceleration due to gravity ‘g’ by using a simple pendulum.5. To determine the coefficient of viscosity of a given viscous liquid by Stock’s method.6. To study the depression of a beam and hence to determine Young’s modulus of thematerial of beam by using a spherometer.7. To find the frequency of the given tunning fork using a sonometer.8. To find the velocity of sound by using Resonance air coloumn apparatus.9. To determine the surface tension of liquid ( water) by using capillary rise method.10. To determine thermal conductivity of rubber by using calorimeter7

Diploma (Engg.)Semester-IApplied ChemistryObjective- The role of chemistry and chemical production in every branch of engineering isexpanding greatly now a day’s various chemical products of chemical industries are playingimportant role in the field of engineering with increasing number of such products each successiveyears. The strength of materials the composition of substances, their behaviors when subjected todifferent treatment and environment and the laws of heat and dynamic energy have entered inalmost every activity of modern life.UNIT-1 : Atomic Structure and chemical bondingAtomic Structure:- Introduction to electron, proton and neutron. Atom, Atomic number, orbit andorbitals, shapes of s, p and d orbitals. Quantum number and its type. Rule for filling electrons inorbital’s: Aufbau’s principle, Pauli’s principle and Hund’s rule. Brief history of development ofperiodic table.Chemical bonding:- Definition of bond, Ionic, covalent and co-ordinate bond.UNIT-2 : Water Chemistry and solutionIntroduction, sources and water quality parameter (hardness and its type), Softning of water byvarious method:- Soda-line process, zeolite and Ion exchange process. Treatment of drinkingwater.Soultion:- Definition of solution, solute and solvent. Types of solution. Molarity, Normality andMolality of the solution.UNIT-3 : ElectrochemistryElectrolyte, Types of electrolyte, ostwal law of dilution, Arrhenius theory of electrolyticdissociation,Ph and its measurement, Buffer solution, Redox reaction, common ion effect,electrochemical series.Acid and Base concept:- Arrhenius theory, Bronsted-lorry and Lewis acid-base concept.UNIT-4 : Metals, catalysis and corrosionMetals:- Physical and chemical properties of metals and non-metals, electronicconfigurationand oxidation state of 3d-transition metals.Catalysis:- Definition, Types and theory of catalysis, industrial application of catalyst.Corrosion:- Definition, mechanism of corrosion, type and factors affecting rate of corrosion,corrosion control.UNIT-5 : Fuels, explosive and cementFuels:- Definition, classification of fuel, calorific value of fuel, determination of calorific value of fuelby bomb calorimeter. Analysis of coal:- proximate and ultimate analysis.Cement:- Introduction of cement, composition of Portland cement and its manufacture, setting andhardening of cement. Explosives:- Introduction, definition, types and application of explosives.Text Book:AuthorJain&JainJain&JainB.K. SharmaB.K. SharmaS.S.DaraShashi ChawlaName of the bookEngineering ChemistryEngineering ChemistryIndustrial ChemistryEngineering ChemistryEngineering ChemistryEngineering ChemistryPublisherDhanpat Rai&sonsWileyIndiaEditionGoel PublicationKrishna PublicationS.ChandPublicationDhanpat Rai&sonsReference Books:GhoshPolymer ScienceTata McGraw Hill8

Applied ChemistryTata McGrawHill2ndEdition2009Appl. Che. (Theory Practice)NEWAGE PublicationChemistry in EngineeringTata McGraw HillPolymer ScienceJohn Wiley&sonsDiploma (Engg.)Semester-IENGINEERING DRAWINGObjective: Engineering Technician irrespective of his field of operation in an industry is expectedto possess a thorough understanding of drawing which includes clear spatial visualization ofobjects and the proficiency in reading and interpreting a wide variety of engineering drawings.Besides this he is also expected to possess a certain degree of drafting skill, depending upon hisjob functions in his day to day activities. This course of engineering drawing for diploma coursesin Engineering branches is aimed at developing basic knowledge and skill, of engineeringdrawing.S.S. KumarO.P.Viramani, A.K.NarulaJ.RajaramanF.W. BillmeyerUNIT-11-INTRODUCTION TO DRAWING INSTRUMENTSDrawing material their uses Application of Minidrafter, compass, divider, French curves,pencils grades and their uses. Planning of drawing sheet as per I.S.696-1972 Margin, titleblock, zoning, revision panel, folding marks, and numbering f sheet.2-CONVENTINAL REPRESENTATIONCommon Engg. Materials, Mechanical components – Internal and external threads slottedhead, square head, radial arms, ribs, etc.3-LINES AND LETTERING AND DIMENSIONINGIntroduction of type of lines and their application Single Stroke vertical, inclinedletter[capital] Dimensioning system– Aligned and unidirectional and their technique4-ENGINEERING CURVESConstruction of Ellipse by Eccentricity and Concentric circle methods Construction ofHyperbola by Eccentricity Method Construction of Cycloid Construction of Involutes ofcircle and polygon Construction of Archimedean Spiral of any number of convolutions5-SCALESIntroduction of scales and their applications Concept of reducing, enlarging and full sizescale Classification of scales-plain, diagonal, vernier Scale of chord Definition of R.F.Construction of Plain, diagonal scale and , vernierUNIT-2ORY OF PROJECTION AND PROJECTION OF POINT, LINES AND PLANESDefinition of various term associated with theory of projection. Planes of projection,Quadrants, first and third angle projection method .Projection of points in all the fourquadrants.Projection of lines1.parallel to HP and VP both 2.perpendicular to one plane and parallel to other 3.Inclined toone plane and parallel to other 4.knowledge of projection of line inclined to both theplanes[No Practice required]UNIT-3Projection of Plane- 1.Prependicular to HP and VP both 2.Perpendicular to one planeand parallel to other 3.Inclined to one plan and perpendicular to other 4.Knowledge ofprojection of plane inclined to both the planes.PROJECTION OF SOLIDS:Projection of cylinder, cone, prism and pyramid Under the following conditions:1.Axis parallel to HP and VP 2.Axis perpendicular to HP and parallel to VP 3.Axisperpendicular to VP and parallel to HP 4.Axis inclined to HP and parallel to VP 5.Axisinclined to VP and parallel to HP 6.Axis inclined to both HP and VP9

UNIT-4SECTION OF SOLIDS AND DEVELOPMENT OF SURFACES:Section of cone, cylinder, prism and pyramid [Solid resting on its base in The HP i.e. theAxis perpendicular to H.P. and parallel to VP] in the following cases:1. Section plane parallel to HP and perpendicular to VP 2. Section plane parallel to VP andperpendicular to HP 3.Section plane inclined to HP and perpendicular to VP 4.Sectionplane inclined to VP andINTRODUCTION TO DEVELOPMENT OF LATERAL SURFACE OF SOLIDSCone, cylinder, prism and Pyramids [Simple and truncated] under the condition-solidresting on its base in the HP and axis Perpendicular to HP and parallel to VP perpendicularto HP Drawing True shape of sectionUNIT-51-ORTHOGRAPHIC PROJECTIONPrincipal of orthographic projections Identification of necessary views and superfluous viewSelection of front view Preparation of necessary orthographic views of simple objects Fromgiven pictorial views2-ISOMETRIC VIEWSConcept of isometric projection and isometric view[Isometric Drawing] Construction ofisometric scale Construction of isometric view of polygon and circle Construction ofisometric view of cone, cylinder ,prism and pyramids Construction of isometric view ofsimple objects from given orthographic viewsREFERANCE BOOKS :Engineering DrawingEngineering DrawingEngineering DrawingP. S. GillA. C. ParkinsonR. K. DhawanTEXT BOOKS :Engineering DrawingAbhiyantriaki AarekhanN. D. BhatShivdatt Upadhyay Deepak Prakashan, Gwalior10

Diploma (Engg.)Semester-IWORKSHOP PRACTICEUNIT-1 : INTRODUCTION TO WORK SHOPGeneral Safety rules of workshop, State the General Safety Measures to be observed inWorkshop.State the General housekeeping activities, Prepare a list of general safety Rules to be followed inWorkshopFitting shopLayout of Shop, Sketch & Label Details of shop LayoutType of jobs produced in fitting shop, Understand the functions of fitting shop, Understand differentMetals, Alloys & their Sections, List the Commonly used Metals, Alloys., State at least FiveSections, Shape & Size of Metals, Alloys.Use relevant IS Code for commonly used materials with their samples of different Cross sections.Fitting tools. Know use of fitting tools, sketch various tools & label their parts. Classify fitting toolsas marking tools, Clamping devices, striking tools, cutting tools etc. Know the marking out &inspection instruments such as surface plate, marking block, scriber, tri square, bevel protractoretc. Fitting operation: - Use of Various fitting tools, inspection & measuring Instruments. Toproduce given jobs. Choose correct Shape & Size of Blank for a given drawing.Marking as per drawing using correct method, tools & sequence. Choose correct sequence ofoperations for the job viz. Sawing, filing, scraping, drilling & Tapping etc. Select appropriate Tools,inspection and measuring instruments. Clamping the job in correct position in an appropriateclamping device. Perform the operation with appropriate body posture, method & precision,exercising personal judgment of need of the force. Inspect the job as and when necessary.Introduction to screw threads.UNIT-2 : Carpentry Shop: Carpentry shop lay out. Sketch & Label Details of shop Layout. Type of jobs produced in carpentryshop. Understand the functions of carpentry shop. Introduce type of jobs produced by carpenter.Commonly used raw materials: Know commonly used raw materials &their commercially availablesize. Name various type of raw materials used

AKS University, Satna ( M.P.) FACULTY OF ENGINEERING AND TECHNOLOGY DIPLOMA (Engg.) SEMESTER- II Group A (Mechanical Engg., & Cement tech.) Sr. No. Sub. Code SUBJECT L T P Credit 10. 14MS201 APPLIED MATHEMATICS-II 3 2 - 4 11. 14PH202 APPLIED PHYSICS-II

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