Designing & 3D CAD Modeling

DURATION:30 HOURS | www.robotminds.online
Blog Image

A wonderful Computer Aided Design (CAD) course which helps to bring out creativity and innovative thinking amongst the students in the age group of 12 years to 18 years. Creo parametric course will cover Sketch, Part design and Assembly.

Outcomes of Creo Parametric

  • Learns basics of Computer Aided Design (CAD) concepts.
  • Learns to make different parts using different tools.
  • Learns to make assembly of Parts using different constraints.
  • Builds the students confidence level and sense of creation.
  • Satisfaction, confidence and achievement give boost to value knowledge.

Why Creo Parametric training from India First Robotics

  • Lots of Parts will be designed in this training.
  • Each day will come up with Projects which makes the training interesting and exciting.
  • Revision Time & Query Sessions are provided to the students which help them in clearing previous doubts.
  • Exam will be conducted at the end of Training to test the knowledge level of the students.

Pre-Requisites:

  • Student should have knowledge of basic Geometry.
  • Eagerness to learn new innovative things.

Who Could Attend this Training?

  • Students from 12 years to 18 years can join this training.
  • Anyone who have interest in this field and have pre-requisite knowledge

PTC Creo Parametric


SR.NO TOPICS
Session 1 2 hr Theory
1. Introduction to Creo
2. Introduction to Sketch
3. Sketching tools
  • Creating a Line
  • Creating a Rectangle
  • Creating a Circle
  • Creating an Arc
  • Creating an Ellipse
  • Creating a Fillet and Chamfer
  • Creating an Offset, Thicken and Palette
Practical
  • Sketch practice
Session 2
2 hr
Theory
1.Editing tools
  • Modify
  • Mirror
  • Divide
  • Delete Segment
  • Corner
  • Rotate and Resize
Practical
  • Sketch practice
Session 3
2 hr
Theory
1.Constraints
  • Vertical
  • Horizontal
  • Perpendicular
  • Tangent
  • Midpoint
  • Coincident
  • Symmetric
  • Equal
  • Parallel
Practical
  • Sketch practice
Session 4
2 hr
Theory
1.Inspection Tools
  • Overlapping Geometry
  • Highlight Open Ends
  • Shade Closed Loop
Practical
  • Sketch practice
Session 5
2 hr
Theory
  • Introduction to Part Design
  • Selection of Template
  • Extrude and Revolve Tools
Practical
Basic Geometry Shapes
  • Cube
  • Cylinder
  • Cone
  • Sphere
Session 6
2 hr
Theory
  • Shell Tool
2.Practical
  • Bottle and Whistle
Session 7
2 hr
Theory
  • Sweep and Helical Sweep Tools
Practical
  • Coffee Mug and Spring
Session 8
2 hr
Theory
  • Swept Blend Tool
Practical
  • Nut and Bolt
Session 9
2 hr
Theory
  • Hole, Round, Chamfer and Mirror Tools
Practical
  • Toy Car
Session 10
2 hr
Theory
  • Draft and Rib Tools
Practical
  • Shoe Rack
Session 11
2 hr
Theory
  • Pattern Tool
Practical
  • Wheel and DC Motor
Session 12
2 hr
Theory
Introduction to Assembly
  • Use of Distance constraint
  • Use of Angle offset constraint
  • Use of Parallel constraint
  • Use of Coincident constraint
  • Use of Normal constraint
  • Exploding Assemblies
  • Edit Position
Practical
  • Toy Car Assembly
Session 13
2 hr
Practical
  • Skate board Assembly
Session 14
2 hr
Practical
  • Revision and Practice
  • Query Session
Session 15
2 hr
  • Test