DR. JIVRAJ MEHTA INSTITUTE OF TECHNOLOGY MATHEMATICS, APPLIED SCIENCE & HUMANITIES DEPARTMENT LESSON PLANNING

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1 DR. JIVRAJ MEHTA INSTITUTE OF TECHNOLOGY MATHEMATICS, APPLIED SCIENCE & HUMANITIES DEPARTMENT FACULTY: PROF. VIBHUTI RATHOD SEMESTER: SUBJECT: VECTOR CALCULUS AND LINEAR ALGEBRA (005) ACADEMIC YEAR: DEPARTMENT : CIVIL Sr. No. Topic Name Proposed Date System of Linear Equations & Matrices Introduction of the subject defination of matrics //06 Introduction of linear equation augmented matrix with example //06 Lecture Hours Total Hours Required 3 Elementry row echelon form 3//06 & 4//06 4 Reduced row echelon form 8//06 & 0//06 5 Gauss elimination method and condition of consistant and inconsistance //06 & 5//06 UNIT- 6 Gauss Jordan method 7// Inverse of a matrix by row operation 8//06 & //06 8 solution of system using inverse 4//06 & 5//06 9 Rank by determinant and raw operation 9//06 0 Inverse by determinant /3/06 & 3/3/06 Row space,column space and null space 9/3/06 & 0/3/06 Linear Transformation & Eigen Value & Eigen Vector 3 Introductin of eigen value and eigen vector 4/3/06 4 Properties of eigen value and eigen vector 6/3/06 & 7/3/06 5 Cayley Hemiltonian theorm /3/06 & 3/3/06 UNIT-3 6 Diagonalization of matrix,algebric multiplicity if a eigen value 8/3/06 & 30/3/06 7 linear transformation fromr n to R m 3/3/06 8 Linear opration properties of L.T 4/4/06 9 Matrix represtation of L.T,similar matrix 6/4/06 & 7/4/06 0 Linear Combination & Linear Independence Introduction of vector and vector space and its properties /4/06 Sub space and its properties 3/4/06 UNIT- 3 Linearly dependence and independence 8/4/ Expansion of Basis 0/4/06 & /4/06 5 Linealy span of a matrix 5/4/06 to 8/4/ Vector Function 7 Vector function and differntiation 3//06 8 Arc length,curvature 5//06 & 0//06 UNIT-5 9 Gradient of a scalar function // Directional Derivative of a scalar function 7//06 3 Divergence and curls of a scalar function 9//06 3 Innear Product Space 33 Isomorphisiom,kernal and range of a L.T 4//06 34 Orthogonal set,normalization 6//06 35 Gram schmidth orthogonalization /3/06 36 UNIT-4 Orthogonality of inner space 4/3/06 & 9/3/ least square approximation /3/06 38 Approximation to an incosistant system 6/3/06 39 Diagonalization of symetric metrix 8/3/06 40 Application of canonical form and quadretic form 3/3/06 & 30/3/06 4 Vector Calculus 4 line intigral and linear intigral path /4/06 UNIT-6 43 Green's theorm,surface and volume integral 6/4/06 & 8/4/ stock's theorm,divergence theorm of raws divergence 0/4/06 & /4/06 57 Remarks Subject Coordinator : Prof. Vibhuti Rathod HOD Maths,Applied Sci. & Humanitie Principal

2 DR. JIVRAJ MEHTA INSTITUTE OF TECHNOLOGY ELECTRICAL ENGG. DEPARTMENT FACULTY: ASST.PROF.CHIRAG CHAUHAN SUBJECT: ELEMENTS OF ELECTRICAL ENGINEERING (0005) DEPARTMENT : CIVIL SEMESTER: II ACADEMIC YEAR: Sr. No. Topic Name Proposed Total Hours Lecture Hours Date Required D. C. Circuits:Elementary Concepts: Introduction of Electrical Current, Voltage, Power and Energy; 9/0/06 3 Sources of Electrical Energy Independent and Dependent Source, Source 0/0/06 4 Ideal electrical circuit elements - Resistor, Inductor and Capacitor; 03/0/06 UNIT- 5 Fundamental laws of electric circuits - Ohm's Law and Kirchhoff s Laws 03/0/ Analysis of series, parallel and series-parallel circuits; 05/0/06 7 Star Delta conversion 08&0-0-06, 8 Node and Mesh analysis. /0/06 9 Electrostatics: 0 Electric charge and Laws of electrostatics; 5/0/06 UNIT- Definitions - Electric field, lines of force, electric field intensity, electric flux 7/0/06 4 Electrostatic induction; Gauss s law and its application; Dielectric strength; 7/0/06 3 Capacitor; Capacitor in series and parallel, Energy stored in a capacitor. 9/0/06 4 Electromagnetism: 5 Faradays Laws; Lenz's Law; Fleming's Rules /0/06 6 Effect of magnetic field on current carrying conductor; Magnetic circuits 4/0/06 7 Statically and dynamically induced EMF; Concepts of self inductance 4/0/06 8 UNIT-3 mutual inductance and coefficient of coupling; 6/0/ Inductance in series and parallel 9/0/06 0 Hysteresis and Eddy current losses 0/03/06 Energy stored in magnetic fields. 0/03/06 Examples 04/03/06 3 A. C. Circuits : Single Phase A.C. Circuits: 4 Generation of sinusoidal voltage, Definition of average value,root mean square 07& form factor and peak factor;phasor representation of alternating quantities; 09/03/06 6 diagrams of R, L, C, R-L, R-C and R-L-C circuits; /03/06 7 Concepts of Real power, Reactive power, Apparent power and Power factor 4& UNIT-4 8 Series, Parallel and Series - Parallel circuits; Power in AC circuit, 8/03/06 9 Power factor improvement; /03/06 30 Resonance in series and parallel 3/03/06 3 Q-factor, Bandwidth and Selectivity 3/03/06 3 Examples 5/03/06 33 Three Phase A.C. Circuits 34 Necessity and Advantages of three phase systems, Generation of three phase 04/04/06 35 Phase sequence, Balanced supply and Balanced load; 06/04/06 UNIT-5 36 Relationship between line and phase values of balanced three phase circuit; 08/04/ Power Measurement in balanced three phase circuits /04/06 38 Examples 3/04/06 39 Batteries and Fuel Cell: 40 Introduction of Batteries; The Simple cell, E.M.F and internal 4 resistance of a cell; Primary and Secondary cells, Cell capacity; UNIT-6 5/04/06 4 Types & Specifications of Batteries; Charging & Discharging of Battery; Safe 43 disposal of Batteries; Fuel cell: Principle & Types 8/04/06 44 Electrical of fuel cell. Wiring: 45 Types of wires and cables; Types of Connectors & Switches; 46 UNIT-7 0/04/06 47 System of wiring, domestic and industrial wiring; Simple control circuit in 48 domestic installation. /04/06 49 Illumination: 50 Types of lamps, fixtures & reflectors; Illumination schemes for domestic, 5 industrial & commercial premises; 5/04/06 UNIT-8 5 Lumen 53 requirements for different categories 7/04/06 54 Safety & protection: 55 Safety precautions in handling electrical appliances; Electric shock, First aid 56 UNIT-9 for electric shock other hazards of electrical 9/04/06 57 Methods of earthing; Circuit protection devices: Fuses, MCB, ELCB & 58 Relays. 0/05/06 TOTAL 48 Remarks Faculty: H.O.D.: Principal:

3 Dr. Jivraj Mehta Institute Of Technology Civil Engineering Department Semester: nd Faculty: Hiren Talati Subject: Elements Of Civil Engineering. Year: 06 Sr. No. Title Of Topic & Details Lecture Hours PLANNING DATE Introduction 30/0/6 Branches Of Civil Engineering, Scope Of Civil Engineering. 30/0/6 Role of civil engineering, importance of planning scheduling and construction. //06 Impact of infrastructure development on the economy of country. cpm & pert //06 Surveying 3//06 a Chain surveying 6//06 Introduction for surveying and leveling. Objective of use of surveying, primary division of surveying. 8//06 Fundamental principle of surveying, classification of surveying. plan and maps 9//06 Scales, representation of scales, types of scales. Examples of scales. 0//06 Methods of linear measurement. Instruments used in chaining. Chain surveying. 3//6 Ranging, obstacles, errors in chaining. 5//6 Tape correction, convention sign and symbols, examples of chaining. 6//6 b Compass survey 7//6 Types of compass, surveyor and prismatic compass information. 0//6 Bearings, whole circle bearing and reduced bearings, computation of angles. //6 Meridians, declinations and dip of needle. Local attraction, compass surveying examples. 3//6 Examples of compass surveying. 4//6 c Level survey 7//6 Introduction for leveling, objective and uses 9//6 Terms use in leveling, information about leveling instrument /3/06 Methods of leveling, recording and methods of reducing /3/06 Errors in leveling contours, Characteristics and application and examples 5/3/06 Examples of height of instrument and rise and fall method 7/3/06 d Plannimeter 8/3/06 Information about planimeter, Uses of planimeter, purpose of planimeter 9/3/06 Examples of area Examples of volumes 4/3/6 e Modern tools and techniques. 5/3/6 Introduction to theodolite, introduction to E.D.M instruments 6/3/6 Introduction to total station,introduction for global positioning system 9/36 Remote sensing and geographic information system /3/6 Total Hours /3/6 Building Material 3/3/6 Requirement, types and uses of construction materials 8/3/6 Properties and important of civil engineering materials 9/3/6 Basic information for stone, bricks, lime, cement, ceramic materials 30/3/6 Basic information for Timber, sand, aggregate, mortar and concrete /4/86 Basic information for Paints and varnishes, glass, plastic, and miscellaneous materials 4/4/06 Building Planning 5/4/06 Elementary principles and basic requirement of a building Planning 6/4/06 Layout of residential building, and industrial building 9/4/06 Classification of building based upon occupancy and structure /4/06 Design loads, common building components and their functions /4/06 Normal dimension of building components 3/4/6 Elements of building drawing and introduction to building byelaws 6/4/6 3 Water Resourses engineering 8/4/6 Elementary hydrology information, 9/4/6 Watershed development. 0/4/6 Water requirements and its conservation 5/4/6 sources of water 6/4/6 Hydraulic structures of storage, water conveyance system; canals, water conduits 7/4/6 4 Transportation Engineering. Role of transportation in national development. 30/4/6 Transportation ways, /5/06 Elements of highway materials properties and highway construction. 3/5/06 BOT projects for highways, 4/5/06 surface transportation and activation 7/5/06 elements of traffic engineering. 9/5/06 Elements of traffic controls. 0/5/06 Total hours /5/06

4 DJMIT Academic Year: 05-6 Name of Teacher : PROF.YAGNESH SHRIMALI/ PROF.AMIT PATEL Subject Name (Code) : ENGINEEERING GRAPHICS (003) Semester/Division (Dept) : ND Subject Shared with : PROF.AMIT PATEL (CIVIL) Theory/ Tutorial/ Practical: Theory Days: MONDAY,TUESDAY,THURSDAY Hrs./Week:03 Sr. Name of Topic Hrs. Allotted. Introduction to Engineering Graphics: : Planned Date Actual Date Teaching Aid Code Remarks i. Drawing instruments and accessories, BIS SP 46 ii. Use of plane scales, Diagonal Scales and Representative Fraction. Projections of Planes: 8//06 5 //06 5 i. Projections of planes (polygons, //06 5 circle and ellipse) ii. its inclination to one reference plane 4//06 5 and with two reference planes iii. Concept of auxiliary plane 8//06 5 iv. method for projections of the plane 9// Projections of Solids and Section of Solids: i. Classification //06 5 of solids ii. Projections of solids (Cylinder, 5//06 5 Cone, Pyramid and Prism) iii. Projections of solids along with 6//06 5 frustum with its inclination to one reference plane iv. Projections of solids two reference 8//06 5 planes v. true shape of the section // Engineering Curves: i. Classification and application of Engineering Curves 3//06 5 Page of 3

5 ii. Construction of Conics 5//06 5 iii. Cycloid Curves 9//06 5 iv. Involutes /3/06 5 v. Spirals along with normal and tangent to each curve 3/3/ Projections of Points and Lines i. Introduction to principal 8/3/06 5 planes of projections ii. Projections of the points located in 0/3/06 5 same quadrant and different quadrants iii. Projections of line with its inclination 4/3/06 5 to one reference plane iv., Projections of line with with two 5/3/06 5 reference planes v. True length and inclination with the reference planes 7/3/ Orthographic Projections: i. Fundamental of projection /3/06 5 along with classification ii. Projections from the pictorial view /3/06 5 of the object on the principal planes for view from front iii. top and sides using first angle 8/3/06 5 projection method and third angle projection method iv. full sectional view 9/3/ Isometric Projections and Isometric View or Drawing: i. Isometric Scale 3/3/06 5 ii. iii. Conversion of orthographic views into isometric projection Conversion of orthographic views into isometric projection 4/4/ /4/06 5 REFERENCES: Sr. Name of Book Author/s Publication Details Elementary Engineering Drawing N.D.Bhatt Charotar Publishing House, Page of 3

6 A text book of Engineering Drawing R.K.Dhawan S.Chand & Company Ltd., NewDelhi 3 A text book of Engineering P.S.Gill Drawing 4 Engineering Drawing Agrawal and C M Agrawal S.K.Kataria & sons Tata McGraw Hill, New Delhi TEACHING AID CODE. O.H.P.. L.C.D. Projector 3. Model 4. Chart 5. Other Note: Remark column is useful to write for covering of slippage or for remedial plan. Sign. of Subject Teacher Sign. of HOD Page 3 of 3

7 DJMIT Academic Year: 05-6 Name of Teacher : MR.SANJAY PANCHAL/MR.RAJESH PANCHAL Subject Name (Code) : WORKSHOP PRACTICE (00) Semester/Division (Dept) : ND Subject Shared with : MR.RAJESH (CIVIL) PANCHAL Theory/ Tutorial/ Practical: Practical Days: THURSDAY,SATURDAY Hrs./Week:04 Sr. Name of Topic Hrs. Planned Actual Teaching Allotted Date Date Aid Code 4 8//06 5 Introduction to various shops / sections and workshop layouts Safety norms to be followed in a workshop should be conveyed to students 4 //06 5 Demonstration of hand tools 4 5//06 5 Remarks power tools, machine tools 4 0/3/06 5 basic measuring instruments 4 6/3/06 5 materials 4 3/3/06 5 Marking and measurement in 4 7/4/06 5 Carpentry Fitting, Smithy 4 6/4/06 5 Welding 4 8/4/06 5 Tin smithy 4 30/4/06 5 Plumbing and Machine shop. 4 5/5/06 5 full sectional view 4 /5/06 5 REFERENCES: Sr. Name of Book Author/s Publication Details Mechanical Workshop Practice K C John PHI Learning Workshop Technology Vol. and Raghuvanshi B.S. Dhanpat Rai & Sons 3 Workshop Technology Chapman W.A. J and Arnold E. Viva low priced student edition Page of

8 TEACHING AID CODE. O.H.P.. L.C.D. Projector 3. Model 4. Chart 5. Other Note: Remark column is useful to write for covering of slippage or for remedial plan. Sign. of Subject Teacher Sign. of HOD Page of