Why Choose TECHNOLOGICS ?

Hands-on Training at India's Best STATE OF ART LAB

Training Highlights & Benifits @ TECHNOLOGICS

• 100% Placement Assistance Track record Till Date
• Fully Equipped Updated Software and Hardware facility
• Industrial experienced faculties
• New generation Hardware
• FREE Soft Skills Training
• 100% Hands-On Practical Oriented Training
• Career Guidance & Mentorship
• Individual Focus
• Real-Time Project Exposure
• Frequent accessibility to Industrial leadership

Find more About TECHNOLOGICS

TECHNOLOGICS headquartered in Bangalore, India. is established by technology pioneers having decades of experience across India & Middle East in controls and automation industry. We offer a wide range of services, related to PLC SCADA, IBMS, LabVIEW, Building Automation, Home Automation, Embedded systems, ETAP Power, JAVA JSP, Python, Device Driver, IOT & OPC for commercial, residential and Industrial sectors.
TECHNOLOGICS commenced business trading as a designer and installer of multi-brand controls, automation distribution systems, providing a complete range of Custom Installation services and has an extensive experience in the field of complex turn-key solutions development and integration. We propose, design, develop, train, install, integrate, operate and maintain the state of the art EMBEDDED, IBMS/SCADA and the PLC automation systems and solutions. The services we offer span the full development / integration lifecycle from definition of requirements to field testing of implemented solutions.

Our Training Specialization

• Industrial Automation (PLC SCADA DCS VFD HMI)
• Process Automation
• Integrated Building Management System (IBMS)
• Embedded Systems
• LabVIEW
• Linux & Device Driver
• Internet Of Things (IoT) & OPC
• ETAP Power System
• JAVA JSP & Other IT Software
• Oracle Database

Advance Diploma in Mechanical Automotive Design Training Includes:

• AUTOCAD 2D
• Introduction to AutoCAD 2D
• Understanding AutoCAD Interface
• Co Ordinate Systems in AutoCAD 2D
• Drawing and Modifying Objects
• Dimensioning in AutoCAD
• Layer management Publish and Plot
• Block creation and Block edit
• Knowing Attributes
• Isometric Drawings in Auto CAD
• Customizing AutoCAD
• Project documentation
• Knowing Layout and Layout Settings
• AutoCAD 3D
• Introduction to 3D drawings
• Types of 3D models
• The convention to AutoCAD 3D
• Coordinate systems in AutoCAD 3D
• Viewing a 3D model
• Creating Wireframe models
• Creating Surface models
• Modelling solid objects
• Editing 3D objects
• Generating drawing views of solid models
• Calculating mass properties of solid models
• Rendering
• Animations for 3D objects
• Working with raster images
• Project documentation
• Catia v5
• Introduction Catia v5
• Understanding view manipulation
• Understanding standard toolbar
• Introduction to sketcher
• Profile creation using design parameters
• Understanding sketch tools
• Creating construction/std. element
• Applying Geometrical/Dimensional constraints
• Understanding user selection filter toolbar
• Understanding visualization toolbar
• Profile editing options
• Sketch analysis
• Introduction to part design
• Sketch based features
• Creating reference element
• Applying Dress-Up features
• Advanced Dress-Up features
• Creating Surface based features
• Creating transformation features
• Applying Boolean operations
• Inserting new bodies
• Understanding toolbars
• Data exchange in Catia
• Introduction to Assembly design
• Understanding tools and toolbars
• Assembly features
• Assembly constraints
• Introduction to Sheet metal
• Understanding views toolbar
• Creating walls and Rolled walls
• Understanding bending operations
• Understanding cutting operations
• Understanding stamping operations
• Understanding transformation operations
• Manufacturing preparation
• Wireframe and Surface design
• Introduction to surface design
• Understanding wireframe toolbar
• Creating surfaces
• Trim & Split definition
• Creating Sweep surfaces
• Analysis
• Drafting
• Real-time Rendering workbench
• NX CAD
• Introduction to NX CAD
• Knowing Design parameters
• Graphical user interface
• Coordinate Systems in NX CAD
• Introduction to sketcher workbench
• Feature Modelling
• Datum Features
• Advanced Feature modelling
• Feature operations and smart tools
• Assembly Modelling
• Making constraints in Assembly
• Drafting
• Advanced Drafting
• Surface Modelling
• Sheet metal design
• CREO Parametric
• Introduction to Creo Parametric
• Features of Creo Parametric
• GUI of Creo Parametric
• Introduction to sketcher workbench
• Base feature-Part modelling
• Advanced features of part modelling
• Datum features
• Feature operations
• Smart tools
• Setup and Utilities
• Assembly Modelling
• Advanced Assembly Design
• Surface features
• Drawing views
• Detailing the drawing
• Sheets and formats
• Sheetmetal Design
• Flexible Modelling
• GD&T
• What is GD&T
• Machining flow chart
• Necessity of Dimensional Tolerance
• Tolerance dimensioning
• Deviation
• System of fits
• Terms and definitions
• Maximum Material Condition (MMC)
• GD&T Rules
• GD&T Symbols and Modifiers
• SolidWorks
• Introduction SolidWorks
• Understanding view manipulation
• Understanding standard toolbar
• Introduction to sketcher
• Profile creation using design parameters
• Understanding sketch tools
• Creating construction/std. element
• Applying Geometrical/Dimensional constraints
• Understanding user selection filter toolbar
• Understanding visualization toolbar
• Profile editing options
• Sketch analysis
• Introduction to part design
• Sketch based features
• Creating reference element
• Applying Dress-Up features
• Advanced Dress-Up features
• Creating Surface based features
• Creating transformation features
• Applying Boolean operations
• Inserting new bodies
• Understanding toolbars
• Data exchange in SolidWorks
• Introduction to Assembly design
• Understanding tools and toolbars
• Assembly features
• Assembly constraints
• Introduction to Sheet metal
• Understanding views toolbar
• Creating walls and Rolled walls
• Understanding bending operations
• Understanding cutting operations
• Understanding stamping operations
• Understanding transformation operations
• Manufacturing preparation
• Wireframe and Surface design
• Introduction to surface design
• Understanding wireframe toolbar
• Creating surfaces
• Trim & Split definition
• Creating Sweep surfaces
• Analysis
• Drafting
• Real-time Rendering workbench
• ANSYS
• intro to FEM/FEA
• intro to ansys
• create geometry
• generate key points,lines,area.volumes
• extruding areas,lines,key points
• work plane management & co ordinate systems
• editing geometry
• performing boolean operations
• copy&reflect geometrics
• check geometric properties
• import geometry to other CAD software
• material definition
• explain nodes & elements
• meshing
• types of mesh free & mapped meshing
• explain mesh attributes,size controls
• meshing key points,lines,areas,volumes
• mapped meshing
• mesh concatenation
• mesh extrusion
• mesh sweeping
• hexa,tetra conversion
• define loading & boundary conditions
• different types of loads
• different type of constraints
• intro to static structural analysis
• beam analysis
• truss analysis
• stresses in bars
• stresses in composite bars,strain energy calculations
• finding out reaction solutions
• model analysis
• over view of non linear analysis
• thermal analysis
• coupled field analysis
• advanced post processing
• report generation
• model analysis
• impulse loading
• harmonic loading
• transient heat analysis
• NX-NASTRAN
• introduction
• element shapes & nodes
• structure module
• simulation navigator
• solution creation
• material properties
• loads
• boundary conditions
• mesh
• beam analysis
• model analysis
• thermal analysis
• coupled field analysis
• advanced post processing
• result & simulation
• solving the scenario
• FEA result
• simulation & animation

Course Downloads:

• Training Course Module The Advanced Training in CAD CAM CAE Course