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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
No minimum eligibility


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

Concept of Stress

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


  • Free Body Digram
  • Assumption for SFD and BMD
  • SFD and BMD for All type of loading
Milestone 3


  • Bending
  • Torsion equation
  • Modulus of Rigidity
  • Bulk Modulus and relation
Milestone 4

Transformation of Stress and Strain

  • Normal Stress
  • Shear and principle planes
  • Second order tensor
Milestone 5

Theories of Failures

  • 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

  • Crystal structure
  • Microstructure
  • Molecular structure of organic polymers and glasses
Milestone 7

Determination of Mechnical Properties

  • Introduction
  • The Tensile Test
  • Bend Testing
  • Statistics of Brittle Fracture
  • Hardness Testing
  • Fracture Toughness Testing
  • Time-Dependent Mechanical Properties
Milestone 8

Metals & Alloys

  • 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

  • Formation of Composites and Their Type
  • Plastic as Polymer and Its Properties
Milestone 10

Introduction to Engineering Drawing

  • 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

  • Conic Sections
  • Special Curves-Cycloids
  • Epicycloids
  • Hypocycloids
Milestone 12

Orthographic Projections

  • 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

  • Projections of Regular Planes
  • Inclined to Both Planes
  • Projections of Regular Solids Inclined to Both Planes
Milestone 14

Development of Surface

  • Development of Surfaces of Right
  • Regular Solids – Development of Prisms
  • Cylinders
  • Pyramids
  • Cones and Their Parts.
Milestone 15

Isometric Projections

  • Principles of Isometric Projections-Isometric Scale- Isometric Viewsconventions-Plane FiguresSimple and Compound Solids
Milestone 16

Transformation of Projections

  • Conversion of Isometric Views to Orthographic Views
  • Conversion of Orthographic Views to Isometric Projections Vice-Versa
Milestone 17

Theory of Heat Transfer and Modes

  • Heat Vs Temperature
  • Landscape of Temperature and Introduction to Mode of Heat Transfer
Milestone 18

Conduction 1D, 2D, 3D

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

Free Convection

  • Concept of Heat Transfer Coefficient
  • Diffusion and Free Stream
Milestone 20

Forced Convection

  • Calculation for RE
  • Fins , Correlation of NU, PR, RE, RA, GA
Milestone 21

Dimensionless Numbers

  • All Used Dimensionless No in Heat Transfer
Milestone 22


  • Emissivity
  • Surface to Surface Modelling
  • Ray Tracing and discrete ordinates
  • Radiosity Vector and View Factor
Milestone 23

Manufacturing properties of materials

  • Conductivity
  • Density Corrosion Resistance
  • Ductility
  • Stiffess
  • Elasticity
  • Hardness
  • Strength
  • Fatigue
  • Wear Resistance
Milestone 24

Casting Processes, Gating Design and Casting Defects

  • What Is Casting and Its Types
  • Types of Gates and Defects
Milestone 25

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

  • Basic Type of Machine Tools and Processes
Milestone 26

Metal Forming Processes such as rolling, forging, extrusion etc

  • Details of Processes 1.Rolling, 2.Forging 3.Extrusion
Milestone 27

Micro-fabrication processes, Additive manufacturing.

  • What Is 3d Printing and Its Applications?
  • Additive Processes Details and Its Limitations
Milestone 28

CATIA as a CAD software

  • 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

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

Sketcher 2

  • Sketch Tools
  • Tools(sketch Sloving Status Sketch Analysis Output Feature)
  • visualization Toolbar
  • User Selection Filter
Milestone 31

Modelling and Material Selection.

  • 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

  • Axis System
  • Types of Draft
  • Shell Stiffener
  • RIB Slot
  • Multisection Solid
  • Removed Multisection Solid
  • Apply Material
  • Measure Render
Milestone 33

Introduction To Multibody concept

  • Copy Paste, Paste Special
  • Insert Body
  • Boolean Operations (Add,remove,intersect)
  • Transformation (Translation, Mirror, Scaling, Affinity)
Milestone 34

Multibody concept

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

Introduction To Drafting & Detailing Theory

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


  • (Aux, Section, Details, Clipping, Broken)
  • View Properties
  • Datums & Tolerance
Milestone 37


  • GD & T, Symbols, Note, Leaders, Table
  • Insert Body
  • Symbols (Machining, Roughness, Welding, Custom)
  • Dress-Up Toolbar
Milestone 38

Surfacing Modeling based Plastic Component

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


  • Offset(all 3 Types)
  • Fill
  • Blend
  • Join
  • Healing
  • Project-Combine
Milestone 40

Advanced Surfacing

  • Adaptive Sweep
  • Sweep(all)
  • Multisection Surface
Milestone 41

Wire-frame Modeling

  • Point
  • Line
  • Planes
  • Curves
  • Circle-Conic
  • Standard Examples
  • Use of Wire Frame Modelling
Milestone 42

BIW Templates

  • What Is BIW
  • Junction
  • Diabolo
  • Hole
  • Mating Flange
  • Bead
  • Blend Corner
Milestone 43

Introduction to Assembly

  • 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

  • Part
  • Product
  • Component
  • Space Analysis
  • Reuse Pattern
  • Save Management
Milestone 45

Assembly Drafting (GD&T)

  • Scene( Exploded View)
  • Bill of Material
  • Ballon Creation
  • Graph Tree Reordering
Milestone 46

Design Engineering

  • 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

  • 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

  • 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

  • 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

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

Solid Modeling Fundamentals

  • Overview
  • Introduction
  • Extrusion
  • Revolution
  • Sweep
  • Sketching
Milestone 52

Placed Features and Assembly

  • Overview
  • Introduction
  • Adding a Hole
  • Adding a Round
  • Adding a Chamfer
  • Patterns
  • Assembly
  • Alternate Solid Modeller
Milestone 53

Modeling techniques

  • Overview
  • Introduction
  • Parameters
  • Other CAD Systems
  • Surface and Line Models
Milestone 54

Defining Material Properties

  • 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


  • 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

  • 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

  • Overview
  • Introduction
  • Static Loadings-Ductile Materials
  • Brittle Materials
  • Fatigue Loading-Ductile Material
Milestone 58

Surface and Line Model

  • Overview
  • Introduction
  • Sheet with Circular Hole-Plane Stress
  • Pressure Vessel and Bracket
  • Line Body Model
Milestone 59

Natural Frequencies

  • 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

  • Introduction
  • Buckling Analysis of Fixed Free Column (Flag Pole)
  • Pinned-Pinned Column
  • Built-Up Structure
Milestone 61

Thermal Analysis

  • 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

  • Introduction
  • Thermal Stress-Uniform Temperature Change
  • Thermal Stress in a Cylinder
Milestone 63

Interview Preparation

  • Spoken English Training
  • Aptitude Test & Soft Skills Training
  • Mock Interview Focused of Theory
  • Mock Interview Focused of Tool


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