EASY STEP  Basic Concepts of Engineering
The thought process behind EASY STEP (A MADE EASY Offering) is to provide B.E./ B. Tech students with quality lectures on basic concepts. EASY STEP aims to make students “engineers by profession and not just by degree”. This Course also keeps in mind that along with semester exams it is also important to keep in mind the placements. While some may want to go for core placements, some may want to go for IT placements. Hence EASY STEP caters to both by giving core lectures as well as subjects such as Aptitude and certain IT subjects as well to all branches.
Fee Structure:
EASY STEP  Basic Concepts of Engineering  Online Recorded Course 


Course  Stream  Commencement Date  Course Validity  Course Duration  Course Mode  Mode  Fee  Enroll  
EASY STEP  CE, ME, EE, EC, CS  1^{st} June 2024  1 Year  Approx 350400 Hrs 
Hinglish  Recorded (2 Views) 

Enroll Now 
EASY STEP  Basic Concepts of Engineering  Online Recorded Course 


Course  EASY STEP  
Stream  CE, ME, EE, EC, CS  
Fee 


Enroll  Enroll Now  
Commencement Date  1^{st} June 2024  
Course Validity  1 Year  
Course Duration  Approx 350400 Hrs 

Course Mode  Hinglish  
Mode  Recorded (2 Views) 
Course Features
 Highly advantageous for semester exams.
 Strengthening basic fundamentals & concept building.
 Developing strong grip on engineering subjects
 Very beneficial for campus placements
 Classes conducted by Senior faculties
 Regular performance assessment
 Wellstructured curriculum for effective learning
Streams Offered
 CE, ME, EE, EC, CS
Course Syllabus Details:
Subject  Topic  Teaching Hours  
Mathematics  Matrix (Linear Algebra), Differential Calculus, Integration, Vector Calculus, Differential Equation, Complex Variable, Numerical method.  (45hrs)  
Engineering Drawing  Introduction to IS Code or drawing, Conics and Engineering,curvesellipse, parabola, hyperbola, cycloid, trochoid, involute , Projection of lines, traces, true length, projection of planes, Solid objectscube, Prism, pyramid, cylinder, cone and sphere, Isometric project, Isometric scale  (15hrs)  
Engineering Mechaincs  Equilibrium , Plane Trusses, Translation, Friction, Circular Motion, Impulse Momentum Equation, Rotation, General Motion.  (20hrs)  
Reasoning and Aptitude  Aptitude :Number System, Ratio and Proportion, Percentage, Profit and Loss, Average, Time and work, Speed, Distance and Time, Algebra, Geometry and Mensuration, Permutation and Combination, Reasoning :Dices and Cubes, Direction Sense, Blood Relationship, Seating Arrangement, Coding Decoding, Series, Puzzles, Clocks and Calendars, Data Interpretation, Set Theory, 
(25hrs) 
Subject  Topic  Teaching Hours  
SOM  Simple stress and strain, Shear force and bending moment, Transformation of stress and strain, Slope and deflection, Torsion of shaft, Bending stress.  (45 hrs)  
SOIL MECHANICS AND FOUNDATION ENGG.  Physical properties of soil, Capillarity, permeability and seepage, Compaction and consolidation, Shear strength of soil, Foundation engg, Deep foundation  (45 hrs)  
STRUCTURAL ANALYSIS  Statically determinate truss, Energy Methods, Stiffness method, Flexibility method, Analysis of cables.  (25hrs)  
ENVIRONMENTAL ENGG  Introduction to basic chemistry, Water demand, Quality of water, Quality of Waste water, Water treatment, Waste water treatment, Air Pollution, Muncipal solid waste management.  (45 hrs)  
RCC  Properties of concrete, Limit state design of rectangular, Limit state design.  (35hrs)  
FLUID MECHANICS  Fluid properties, Principles of fluid statics, Fluid dynamics , Boundary layer theory, Laminar and turbulent Flow  (20 hrs)  
HIGHWAY ENGINEERING  Geometric design, Traffic engineering, Pavement design.  (20hrs)  
BUILDING MATERIALS  Cement, Concrete, Bricks, Timber.  (15hrs)  
HYDROLOGY  Hydrological cycle, Infiltration, Hydrographs, Flood routing.  (20hrs)  
IRRIGATION  Introductionnecessity of irrigationbenefits, Water requirement of crops, Methods of irrigation, Gravity dams, Diversion head.  (15hrs)  
PERT CPM  Introduction, Introduction to CPM/PERT, Basic steps and frame work of CPM/PERT.  (15hrs)  
SURVEY  Geometic engineering, Surveying Equipments, Determination of elevation.  (15hrs) 
Subject  Topic  Teaching Hours  
Network Theory  Basic circuit law, Theorems (A.C and D.C), Transient circuit Analysis and Steady AC Analysis.  (30hrs)  
Control System  Mathematical Models of physical systems, Time Response Analysis, Stability and Algebraic criteria, Root Locus Technique,Frequency response Analysis, Frequency response Analysis.  (30hrs)  
Signal and Systems  Introduction to continuous/Discrete time signal/system, LTI System, Fourier series, Fourier Transform, Laplace Transform, Z Transform.  (30hrs)  
Digital Electronics  Logic simplification, Sequential circuit.  (30hrs)  
Analog Electronics  Diode circuit analysis, Transistor DC analysis, BJT Amplifiers, MOSFET Amplifiers, Frequency response, Feedback Amplifiers and oscillators, Operational Amplifiers.  (35hrs)  
Machines  DC machines construction, Armature reaction, Performance characteristics of DC generators , Performance characteristics of DC motors, Starting of DC motors, Speed control of DC motors, Efficiency and testing of DC machines, Transformer, Single phase transformer, Efficiency and voltage regulation, testing of transformers, Auto transformers, parallel operation, Three phase transformer construction, phasor group, Open delta connection, Synchronous machine, Constructional features, Armature reaction, O.C and S.C Tests, Voltage Regulation using synchronous impedance, MMF, Poitier’s tringle, voltage and frequency control, Parallels operation of synchronous generators synchronizing power and torque coefficient, Two reaction theory, Power flow equation, Operating characteristics, Synchronous motor starting methods, Vcurves, Hunting and damping, synchronous condenser, Induction Machine, Constructional features, Rotating magnetic fields equivalent circuit torque and power equations Torqueslip characteristics, No loud and blocked rotor tests, efficiency, Speed control and starting cogging and crawling single phase induction motor.  (50hrs)  
Power System  Power Generation, Performance of transmission lines, Distribution of electric power, Electrical Design, Conductors, Insulators, Corona Effect, Mechanical design of over headlines, Line supports, Cross arms, Sag calculation, Earthing, Overhead line insulators, Insulated cables, Fault, Stability, Load flow, Power System Protection.  (50hrs)  
Power Electronics  Power electronics switching devices, Uncontrolled and controlled rectifiers, ACAC Converters.  (30hrs)  
Meausrements  Introduction to measuring instruments, Measurement of power and energy, Potentiometers, Bridges.  (15hrs) 
Subject  Topic  Teaching Hours  
Industrial Engineering  Work and method study , Project Management, Quality Control, Operation Research, ERP, MRP and eBusiness.  (25 Hours)  
Power Plant  Steam power cycle, Steam turbines, Boilers, Gas power cycle and gas turbines.  (25 Hours)  
RAC  Basics of refrigerator and heat pump, Vapor compression refrigeration cycle, Reversed Brayton Cycle.  (20 Hours)  
Thermodynamics  Zeroth law and temperature scale, First law and its analysis, Second law and entropy, Exergy, availability and irreversibility.  (30 Hours)  
Production  Sand casting and gating design, Special casting processes like die casting, investment casting, etc., Gas welding, gas cutting and types of flames, Arc welding types, Shielded gas arc welding techniques, Brazing, soldering, etc., Types of bulk forming processes like rolling, forging, extrusion, drawing, etc., Types of sheet metal forming processes like blanking, punching, deep drawing, etc., Metal cuttingcutting tool geometry, types of chips, merchant circle, etc., Machining lathe operations, turning shaping and planing, milling and grinding, drilling, etc, NC, CNC and part programming, Material science crystallography, phase diagrams, heat treatment, etc., Limits, Fits and Tolerances, FMS and Supply Chain Management.  (60 Hours)  
SOM  Simple stress and strain, Shear force and bending moment, Transformation of stress and strain, Slope and deflection, Torsion of shaft, Bending stress.  (45 Hours)  
Heat Transfer  Steady State Conduction, Conduction with Heat Generation, Free and Forced Convection, Radiation.  (25 Hours)  
Fluid Mechanics  Fundamental Properties, Fluid Statics, Fluid Kinematics, Bernoulli’s and its Application, Viscous Flow of Incompressible Fluid, Boundary Layer Theory, Dimensional Analysis, Compressible Flow.  (30 Hours)  
Theory of Machines  Analysis of Kinematic Chains and Mechanisms, Velocity Analysis (Icentre Method), Velocity Analysis (Relative Velocity Method), Acceleration Analysis, Mechanism with Lower Pairs, Gear and Gear Trains, Flywheel and Dynamic Analysis of Single SliderCrank Mechanism, Governors, Balancing, Gyroscope.  (45 Hours) 
Subject  Topic  Teaching Hours  
TOC  UNIT 1: Finite Automata, DFA, NFA, NFA to DFA, NFA with Etransition, Minimization of a DFA, Mealy Machine, Moole Machine Unit 2: Regular Expressions, RE to FA, FA to RE, Closure properties of regular languages, Pumping lemma, Myhill Nerode Theorum Unit 3: Grammer, Context Free languages, Chomsky Normal Form (CNF), Greibach Normal Form (GNF) Unit 4: Push Down Automata (PDA), Construction of PDAs, Closure Properties of CFLS Unit 5: Turing Machine and undecidability 
(30hrs)  
COMPILER DESIGN  UNIT 1: Introducton, Basics of Compiler, Language Processing system, Phases of Compiler. UNIT 2:Lexicol Analysis, Syntax Analysis, Top Down Parsing, LL(1) Parsing, Bottom up Parsing, LR (K) Parsing UNIT 3: Syntax Directed Translation UNIT 4: Intermediate Code Generation UNIT 5: Code Optimization, Code Generation, Run Time Environment 
(20hrs)  
COMPUTER ORGANISATION  Computer Arithmetic, Instruction Cycle, Addressing Modes, Interrupt Cycle, IInstruction Pipelining, Cache Memory.  (35hrs)  
SOFTWARE ENGINEERING  SOFTWARE VS HARDWARE, SOFTWARE PROCESS MODELS, SOFTWARE ASSESSMENT MODELS, SOFTWARE ESTIMATIONS MODEL, RISK ANALYSIS, WHITE BOX TESTING, BLACK BOX TESTING, SDLC.  
DESIGN AND ANALYSIS OF ALGORITHMS  Chapter 1: Introduction: Algorithm, Performance AnalysisSpace complexity, Time Asymptotic Notations Big oh notation, Omega notation, Theta notation oh notation. Chapter 2: Time and Space Complexity Calculation of simple algorithms. Analysis Recursive Algorithms: Recurrence Equations, Solving Recurrence Equa Iteration Method, Recursion Tree Method, Substitution method and Mas Theorem Chapter 3: Divide and conquer: General method, applicationsBinary search, Quic Merge sort, Strassen's matrix multiplication. Chapter 4: Elementary Data Structures tree reorientation, complete binary tree, binary heaps (min heap, max heap), Graph representation. Greedy method: General method, applicationsJob sequencing with dea knapsack problem, Minimum cost spanning trees, Single source shorte problem. Chapter 5: Dynamic Programming: General method, applications Optimal binary s trees, 0/1 knapsack problem, All pairs shortest path problem, Traveling person problem, Reliability design. 
(30hrs)  
DATABASE MANAGEMENT SYSTEM  Introduction to File and Database systems Database system structure, View of Data – Data Abstraction –Instances and Schemas – data Models, Relational Model. ER diagrams – Entities, Attributes and Entity sets – Relationships and Relationship sets – Additional features of ER Model – Concept Design with the ER Model. Relational Algebra – Selection and projection set operations – renaming – Joins – Division – Examples of Algebra overviews – Relational calculus – Tuple relational Calculus – Domain ,Form of Basic SQL Query – Examples of Basic SQL Queries – Introduction to Nested Queries – Correlated Nested Queries Set – Comparison Operators – Aggregative Operators – NULL values – Comparison using Null values – Logical connectivity’s – AND, OR and NOT – Impact on SQL Constructs – Outer Joins Schema refinement – Problems Caused by redundancy – Decompositions – Problem related to decomposition – reasoning about FDS – FIRST, SECOND, THIRD Normal forms – BCNF – Lossless join Decomposition – Dependency preserving Decomposition ,Data on External Storage – File Organization and Indexing – Cluster Indexes, Primary and Secondary Indexes. BTree  B+Tree index,Transaction Processing – Introduction Need for Concurrency control Desirable properties of Transaction Schedule and Recoverability Serializability and Schedules – Concurrency  (30hrs)  
DISCRETE MATHS  MATHEMATICAL LOGIC, SETS, RELATIONS & FUNCTIONS, COMBINATIONS, GRAPH THEORY.  (30hrs)  
COMPUTER NETWORKS  Requirements of IP addresses, Subnetting, Supernetting , Assigning Private IP, NAT( static NAT, Dynamic NAT, Port NAT), Classless addressing, Special Ip address, Calculating forwarding table of router, How different questions asked in different competitive Exams about Routing  (35hrs)  
DIGITAL LOGIC  (30hrs)  
OPERATING SYSTEMS  (30hrs)  
Programming and Data Structures  (30 Hrs) 
Subject  Topic  Teaching Hours  
Computer Organization  Introduction to components of a computer system, Memory, processor, I/O devices, Programming basics.  (20hrs)  
Electronic devices and Circuits  Basics of Semiconductor physics, Semiconductor Diode, Special Diodes, BJT, FET (Extra LDD MOSFET, Scaling law of MOS (transistor).  (30hrs)  
Network Theory  Basic of network analysis, Theorems, Transient.  (35hrs)  
Signals and Systems  Basic of Signals, LTI System, Fourier Series, Fourier Transform, Laplace Transform, Discrete time signal and systems, ZTransform.  (35hrs)  
Digital Electronics  Boolean Algebra and Reduction, Logic Gates, Sequential Circuits, Registers, Counters.  (30hrs)  
Analog Circuit  Diode Circuits, Biasing circuits of BJT and MOSFETs, BJT and MOSFET Amplifiers, Operational Amplifier, Oscillator, Feedback Amplifier.  (45hrs)  
Analog & Digital Communication  Amplitude Modulation, Angle Modulation, Receivers, PCM, DPCM, ASK, PSK, FSK, Sampling, Multiplexing.  (30hrs)  
Electromagnetic Wave  Electrostatic and magnetostatics, Maxwell’s equation, Electromagnetic Wave propagation.  (30hrs) 
FAQs
This is a recorded course of 300 – 350 hrs (for each specific branch). Each lecture is to be watched twice by the student. Certain subjects useful in IT placements are also included e.g. Aptitude.
One year from the date of enrolment.
Students studying in years 1,2,3,4 of engineering are eligible for this course.
The course focuses on basic concepts used in engineering for each branch (separate courses). It aims at providing conceptual clarity and will be useful for semester exams and core placements.
The recorded online course will be accessible through Secure browser, MADE EASY Android & IOS Application.
The candidate will get an opportunity to watch the recorded lectures twice.
 Click here to view MADE EASY PRIME App TutorialPDF
 Click here to view MADE EASY PRIME App Tutorial Video
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