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350+ Hrs of Learning
63+ Milestone
15 Projects
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Career
Opportunities
Design Engineer, CAE Engineer, Trainee Engineer
Top skills you
will learn?
MS Excel, Autocad,Catia,Solid Works, Hypermesh,ANSYS, Python
Who can join
the program?
B.E. / B.Tech or Student of Civil, Mechanical, Production,Biotechnology, Aerospace Engineering
Minimum
Eligibility
No minimum eligibility

Course Curriculum

Best-in-class content by leading faculties & industry leaders in form of Live Classes, Projects, Industry Case studies & Assignments.
Milestone 1

Concept of Stress

2 Assessment | Credit : 3
  • What is stress
  • Pressure v/s Stress
  • Stress-Strain Relationship
  • stress-strain diagram
  • True Engineering Curve and FOS
Milestone 2

SFD and BMD

2 Assessment | Credit : 3
  • Free Body Digram
  • Assumption for SFD and BMD
  • SFD and BMD for All type of loading
Milestone 3

Deformation

2 Assessment | Credit : 3
  • Bending
  • Torsion equation
  • Modulus of Rigidity
  • Bulk Modulus and relation
Milestone 4

Transformation of Stress and Strain

2 Assessment | Credit : 3
  • Normal Stress
  • Shear and principle planes
  • Second order tensor
Milestone 5

Theories of Failures

2 Assessment | Credit : 3
  • Maximum Principal/Normal Stress Theory (Rankine's Theory)
  • Maximum Principal /Normal Strain Theory (Saint's Theory)
  • Maximum Shear Stress Theory (Guest's Theory)
  • Maximum Strain Energy Theory (Haigh's Theory)
  • Distortion energy theory (Von Mises yield criterion)
Milestone 6

Structure of Engineering Material

2 Assessment | Credit : 3
  • Crystal structure
  • Microstructure
  • Molecular structure of organic polymers and glasses
Milestone 7

Determination of Mechnical Properties

2 Assessment | Credit : 3
  • Introduction
  • The Tensile Test
  • Bend Testing
  • Statistics of Brittle Fracture
  • Hardness Testing
  • Fracture Toughness Testing
  • Time-Dependent Mechanical Properties
Milestone 8

Metals & Alloys

2 Assessment | Credit : 3
  • the Effect of Processing the Families of Engineering Alloys
  • Joining of Metals and Alloys
  • Degradation of Metals and Alloys
Milestone 9

Composite and Plastic Engineering

2 Assessment | Credit : 3
  • Formation of Composites and Their Type
  • Plastic as Polymer and Its Properties
Milestone 10

Introduction to Engineering Drawing

2 Assessment | Credit : 3
  • Principles of Engineering Graphics and Their Significance – Drawing Instruments and Their Use – Conventions in Drawing – Lettering – BIS Conventions
  • Dimensioning Rules
  • Geometrical Construction
Milestone 11

Curves used in Eng Practice and their Construction

2 Assessment | Credit : 3
  • Conic Sections
  • Special Curves-Cycloids
  • Epicycloids
  • Hypocycloids
Milestone 12

Orthographic Projections

2 Assessment | Credit : 3
  • Principles of Orthographic Projections – Conventions – First and Third Angle ProjectionsProjections of Points and Lines Inclined to Both the Planes
Milestone 13

Projections of Plane and Solids

2 Assessment | Credit : 3
  • Projections of Regular Planes
  • Inclined to Both Planes
  • Projections of Regular Solids Inclined to Both Planes
Milestone 14

Development of Surface

2 Assessment | Credit : 3
  • Development of Surfaces of Right
  • Regular Solids – Development of Prisms
  • Cylinders
  • Pyramids
  • Cones and Their Parts.
Milestone 15

Isometric Projections

2 Assessment | Credit : 3
  • Principles of Isometric Projections-Isometric Scale- Isometric Viewsconventions-Plane FiguresSimple and Compound Solids
Milestone 16

Transformation of Projections

2 Assessment | Credit : 3
  • Conversion of Isometric Views to Orthographic Views
  • Conversion of Orthographic Views to Isometric Projections Vice-Versa
Milestone 17

Theory of Heat Transfer and Modes

2 Assessment | Credit : 3
  • Heat Vs Temperature
  • Landscape of Temperature and Introduction to Mode of Heat Transfer
Milestone 18

Conduction 1D, 2D, 3D

2 Assessment | Credit : 3
  • Conduction in 1D, 2D and 3D with Spherical Coordinate
  • Cartesian coordinates & Polar coordinates
Milestone 19

Free Convection

2 Assessment | Credit : 3
  • Concept of Heat Transfer Coefficient
  • Diffusion and Free Stream
Milestone 20

Forced Convection

2 Assessment | Credit : 3
  • Calculation for RE
  • Fins , Correlation of NU, PR, RE, RA, GA
Milestone 21

Dimensionless Numbers

2 Assessment | Credit : 3
  • All Used Dimensionless No in Heat Transfer
Milestone 22

Radiation

2 Assessment | Credit : 3
  • Emissivity
  • Surface to Surface Modelling
  • Ray Tracing and discrete ordinates
  • Radiosity Vector and View Factor
Milestone 23

Manufacturing properties of materials

2 Assessment | Credit : 3
  • Conductivity
  • Density Corrosion Resistance
  • Ductility
  • Stiffess
  • Elasticity
  • Hardness
  • Strength
  • Fatigue
  • Wear Resistance
Milestone 24

Casting Processes, Gating Design and Casting Defects

2 Assessment | Credit : 3
  • What Is Casting and Its Types
  • Types of Gates and Defects
Milestone 25

Machining Processes e.g. turning, drilling, grinding etc. Tool life.

2 Assessment | Credit : 3
  • Basic Type of Machine Tools and Processes
Milestone 26

Metal Forming Processes such as rolling, forging, extrusion etc

2 Assessment | Credit : 3
  • Details of Processes 1.Rolling, 2.Forging 3.Extrusion
Milestone 27

Micro-fabrication processes, Additive manufacturing.

2 Assessment | Credit : 3
  • What Is 3d Printing and Its Applications?
  • Additive Processes Details and Its Limitations
Milestone 28

CATIA as a CAD software

2 Assessment | Credit : 3
  • Concept of Parametric Modeling
  • Feature Based Modeling
  • User Interface, Mouse Operations
  • File Types and Management
  • Drawing Profiles
  • Major User Industries of Catia
  • Why Catia Is Preferred?
Milestone 29

Sketcher 1

2 Assessment | Credit : 3
  • Sketcher: Profile Toolbar
  • Operation(corner, Chamfer, Relimitations Transformations, Project 3D Element)
  • Constriants
  • Types of Constraints, Workbench.
Milestone 30

Sketcher 2

2 Assessment | Credit : 3
  • Sketch Tools
  • Tools(sketch Sloving Status Sketch Analysis Output Feature)
  • visualization Toolbar
  • User Selection Filter
Milestone 31

Modelling and Material Selection.

2 Assessment | Credit : 3
  • Modeling of Machined Component
  • Material Addition and Removal (Pad, Pocket, Shaft, Groove)
  • Sketch and Positioned Sketch
  • Types of Fillets
  • Types of Chamfer
  • Types of Hole
  • Modeling of Machined Component - 2. Pattern (Rectangular, Circular, User )
  • Thread/tap
  • Datum Features (Plane, Axes, Points), Simple Draft
  • Frequently Used Commands for Machined Components in Catia / Creo
Milestone 32

Advance Design features

2 Assessment | Credit : 3
  • Axis System
  • Types of Draft
  • Shell Stiffener
  • RIB Slot
  • Multisection Solid
  • Removed Multisection Solid
  • Apply Material
  • Measure Render
Milestone 33

Introduction To Multibody concept

2 Assessment | Credit : 3
  • Copy Paste, Paste Special
  • Insert Body
  • Boolean Operations (Add,remove,intersect)
  • Transformation (Translation, Mirror, Scaling, Affinity)
Milestone 34

Multibody concept

2 Assessment | Credit : 3
  • Standard Example
  • Negative Body Concept Ie Boolean Operations
  • Advance Features:- Parameters Formula Relations Design Table
Milestone 35

Introduction To Drafting & Detailing Theory

2 Assessment | Credit : 3
  • Introduction to Drafting & Detailing Theory:- (Types Generative – Interactive)
  • Initial Drafting Setting
  • Sheet Background Views (Ortho, ISO)
  • Dimensions (Types- Generate Dimension & Create Dimension)
Milestone 36

Views

2 Assessment | Credit : 3
  • (Aux, Section, Details, Clipping, Broken)
  • View Properties
  • Datums & Tolerance
Milestone 37

Annotations

2 Assessment | Credit : 3
  • GD & T, Symbols, Note, Leaders, Table
  • Insert Body
  • Symbols (Machining, Roughness, Welding, Custom)
  • Dress-Up Toolbar
Milestone 38

Surfacing Modeling based Plastic Component

2 Assessment | Credit : 3
  • Environment, Tool Bars, Surface Creation (Extrude, Revolve, Sphere, Cylinder)
  • Surface Modification
  • Surface Editing (Trim, Split, Shape Fillet, Close Surface, Thickness).
Milestone 39

Surfacing

2 Assessment | Credit : 3
  • Offset(all 3 Types)
  • Fill
  • Blend
  • Join
  • Healing
  • Project-Combine
Milestone 40

Advanced Surfacing

2 Assessment | Credit : 3
  • Adaptive Sweep
  • Sweep(all)
  • Multisection Surface
Milestone 41

Wire-frame Modeling

2 Assessment | Credit : 3
  • Point
  • Line
  • Planes
  • Curves
  • Circle-Conic
  • Standard Examples
  • Use of Wire Frame Modelling
Milestone 42

BIW Templates

2 Assessment | Credit : 3
  • What Is BIW
  • Junction
  • Diabolo
  • Hole
  • Mating Flange
  • Bead
  • Blend Corner
Milestone 43

Introduction to Assembly

2 Assessment | Credit : 3
  • Types of Assembly Approach
  • Types of Constrains and DOF
  • Placement of Components in the Assembly
  • Manipulating Components
  • Bottom Up Approach
Milestone 44

TOP DOWN Approach

2 Assessment | Credit : 3
  • Part
  • Product
  • Component
  • Space Analysis
  • Reuse Pattern
  • Save Management
Milestone 45

Assembly Drafting (GD&T)

2 Assessment | Credit : 3
  • Scene( Exploded View)
  • Bill of Material
  • Ballon Creation
  • Graph Tree Reordering
Milestone 46

Design Engineering

2 Assessment | Credit : 3
  • How to Define Problem
  • Differentiate Fact from Opinion
  • Specify Underlying Causes
  • Consult Each Faction Involved for Information
  • State the Problem Specifically
  • Identify What Standard or Expectation Is Violated
  • Determine in Which Process the Problem Lies
  • Avoid Trying to Solve the Problem Without Data
  • How to Do Brain Stroming and Process Information
  • Focusing on Plan A with Susiquint Plan for Back Up
  • Analyzing Design and Selection of Better Possible Solution
  • Testing and Prototyping
Milestone 47

Finite Element Method

2 Assessment | Credit : 3
  • Taylor Series, Forward Difference Method and Central Difference Method
  • Dicretization Apporaches in FDM
  • Virtual Work and Variational Principle
  • Galerkin Method
  • Displacement Approach
  • Stiffness Matrix and Boundary Condition
Milestone 48

Introduction to CAE

2 Assessment | Credit : 3
  • Introduction to CAE
  • General Working of FEA
  • Stiffness Matrix
  • Boundary Conditions
  • Elements and Element Shapes
  • General Procedure to Conduct FEA
  • Fea Software
  • Key Assumptions in FEA
  • Types of Engineering Analysis
  • Classification of Materials
Milestone 49

Introduction to ANSYS Workbench

2 Assessment | Credit : 3
  • System Requirements
  • Starting Ansys Workbench 2021
  • Ansys Workbench 2020 R1 GUI
  • Working on a Project
  • Units in ANSYS Workbench
  • ANSYS Workbench Database and File Format
  • Changing the Unit System
  • Components of the System
Milestone 50

Sketching and Part Modeling in DesignModeler

2 Assessment | Credit : 3
  • Introduction to Modeling
  • Introduction to Design modeler Window
  • Illustration1: I-Section
  • Illustration 2: Spring Plate
  • Illustration 3: Clamp
Milestone 51

Solid Modeling Fundamentals

2 Assessment | Credit : 3
  • Overview
  • Introduction
  • Extrusion
  • Revolution
  • Sweep
  • Sketching
Milestone 52

Placed Features and Assembly

2 Assessment | Credit : 3
  • Overview
  • Introduction
  • Adding a Hole
  • Adding a Round
  • Adding a Chamfer
  • Patterns
  • Assembly
  • Alternate Solid Modeller
Milestone 53

Modeling techniques

2 Assessment | Credit : 3
  • Overview
  • Introduction
  • Parameters
  • Other CAD Systems
  • Surface and Line Models
Milestone 54

Defining Material Properties

2 Assessment | Credit : 3
  • Introduction to Engineering Workspace
  • Creating and Adding Materials
  • Assigning Material to the Beam
  • Assigning Material to the Clamp
  • Assigning Material to the Assembly
Milestone 55

Meshing

2 Assessment | Credit : 3
  • Introduction
  • Meshing of Plate with Holes
  • Generating the Mesh, Optimize the Model and Generating the Local Mesh (Illustration Through
  • Assembly Meshing
Milestone 56

Static Structural Analysis

2 Assessment | Credit : 3
  • Introduction to Static Structural Analysis
  • Pre-Processing
  • Solution
  • Post-Processing
  • Cantilever Beam
  • Plate with a Central Circular Hole and Square Slot
  • Pressure Vessel
  • Bracket
  • Clevis Assembly
Milestone 57

Wizard and Tools

2 Assessment | Credit : 3
  • Overview
  • Introduction
  • Static Loadings-Ductile Materials
  • Brittle Materials
  • Fatigue Loading-Ductile Material
Milestone 58

Surface and Line Model

2 Assessment | Credit : 3
  • Overview
  • Introduction
  • Sheet with Circular Hole-Plane Stress
  • Pressure Vessel and Bracket
  • Line Body Model
Milestone 59

Natural Frequencies

2 Assessment | Credit : 3
  • Overview
  • Introduction
  • Performing the Modal Analysis
  • Specifying Analysis Settings
  • Modal Analysis :Cantilever Beam and Simply Supported Beam
  • Chime and Connecting ROD
  • Motor Cover and Assembly
Milestone 60

Buckling Loads

2 Assessment | Credit : 3
  • Introduction
  • Buckling Analysis of Fixed Free Column (Flag Pole)
  • Pinned-Pinned Column
  • Built-Up Structure
Milestone 61

Thermal Analysis

2 Assessment | Credit : 3
  • Introduction
  • Important Terms Used in Thermal Analysis
  • Types of Thermal Analysis
  • Steady State Thermal Analysis of Car Disk Brake Rotor
  • Heat Sink
  • Transient Thermal Analysis of Piston
Milestone 62

Thermal Stress

2 Assessment | Credit : 3
  • Introduction
  • Thermal Stress-Uniform Temperature Change
  • Thermal Stress in a Cylinder
Milestone 63

Interview Preparation

2 Assessment | Credit : 3
  • Spoken English Training
  • Aptitude Test & Soft Skills Training
  • Mock Interview Focused of Theory
  • Mock Interview Focused of Tool

Industry Projects and Case Studies

Learn through real-life industry projects.
Get Hands-on coding practice
Devlop projects and applications
Get mentored by industry experts
Bullet Panetration of a Steel Plate
Explicit dynamics for dynamics problem
Drop Test of Apple iPhone
Real world application
Pretension of Bolted Joints
Tension on bolted joints and their failure process.
Snap Lock Test
Advance non linear analysis
Car Crash Analysis
Industrial problem and can be stretched upto highest level of CAE
Analysis of Cantilever Beam 1D and Comparison with Hand Calculation
To observe the basic understanding of cantilever beam under different loading and error comparison with hand calculation.
Analysis of Lug: Axial, Trasverse and Oblique Loading and Classical Hand Calculation
To strengthen the classical method of hand calculation and analysis with FEA of lug under all different loading pattern
Thermal Stress Analysis for Non homogenous Block
To observe and understand the thermal stress, deformation and expansion
Non Linear Conctact Analysis/Material Non Linearity
Non linearity in advance and tough topic of FEA but very close to real world application.
Virbration Analysis of Truss
Natural, Forced and other type of vibration and FOS of design
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