Design, Assembly and Rendering of an American Chopper Motorcycle using Solidworks Objective: The objective of this project is to understand and demonstrate the design philosophy of a retro American chopper motorcycle model using new age design tool – Solidworks. In the design, assembly and the rendering phases, usage…

Design, Assembly and Rendering of Sunseeker Predator Yacht using Solidworks Objective: The objective of this project is to understand and demonstrate the design philosophy of a Sunseeker Predator Yacht using design tool – Solidworks. In the design, assembly and the rendering phases, usage of sketch tools and making…

CASING DESIGN USING NX CAD - SHEET METAL WORKBENCH   Objective: To learn and implement Advanced Sheet Metal design using NX CAD as a tool. To understand Sheet Metal applications and its importance as per industry standards.   Introduction: Sheet metal is any metal that has a thickness in between 0.5 mm and 6…

BOX ASSEMBLY USING NX CAD - SHEET METAL WORKBENCH   Objective: To learn and implement the principles of Advanced Sheet Metal design using NX CAD as a tool. To understand Sheet Metal applications and its importance as per industry standards.   Introduction: Sheet metal is any metal that has a thickness in between…

ENCLOSURE USING NX CAD - SHEET METAL WORKBENCH   Objective: To learn and implement the principles of Advanced Sheet Metal design using NX CAD as a tool. To implement Sheet Metal from Solid command. To understand Sheet Metal applications and its importance as per industry standards.   Introduction: Sheet metal…

METAL BRACKET USING NX CAD - SHEET METAL WORKBENCH                                                                              …

METAL BRACKET USING NX CAD - SHEET METAL WORKBENCH                                                                             …

DRAFT ANALYSIS ON A FAN COVER   Some terms to be defined before proceeding to the analysis are as follows: Draft: Draft is an angular tapering given at the design stage to every Plastic Component that has to be manufactured. It is given in the direction of the Mold Movement. The Draft allows the parts to release easily…

Base Bracket Design – Plastic Component This report demonstrates the design of a Plastic Component - Bracket using industry principles such as Draft angles, Draft Analysis, Determining and implementing of Tooling Axis, Class A, Class B and Class C surfaces. The component is designed using CAD package CATIA V5. The…

Switch Bezel Design – Automotive Plastic Component This report demonstrates the design of an Automotive Plastic Component – Door Switch Bezel using industry principles such as Draft angles, Draft Analysis, Determining and implementing of Tooling Axis, Class A, Class B and Class C surfaces. The component is…

Center Console Coin Holder Design – Automotive Plastic Component This report demonstrates the design of an Automotive Plastic Component – Coin Holder for Center Console using industry principles such as Draft angles, Draft Analysis, Determining the Tooling Axis, Class A, Class B and Class C surfaces. The component…

Core and Cavity Design for Switch Bezel - Plastic Component Mold  This report demonstrates the design of Core and Cavity Bloacks for an Automotive Plastic Component – Door Switch Bezel using industry principles such as Parting Surface and Parting Line definition, Draft angles, Draft Analysis, Determining and…

Center Console Coin Holder Design with Rib Design– Automotive Plastic Component This report demonstrates the design of an Automotive Plastic Component – Coin Holder for Center Console with Ribs using industry principles and Design Rules. Concepts such as Rib Root Thickness, Draft angles, Draft Analysis, Determining…

Center Console Coin Holder Design with Rib Design– Automotive Plastic Component This report demonstrates the design of an Automotive Plastic Component – Coin Holder for Center Console with Ribs using industry principles and Design Rules. Concepts such as Rib Root Thickness, Draft angles, Draft Analysis, Determining…

DOOR ARM REST DESIGN FROM CLASS A AS INPUT - AUTOMOTIVE PLASTIC COMPONENT This report demonstrates the design of a Door Arm Rest an Automotive Plastic Component using industry principles such as Draft angles, Draft Analysis, Determining and implementing of Tooling Axis, Side Core Axis, Class A, Class B, Class C surfaces…

Door Applique Design with Engineering Features This report demonstrates the design of an Automotive Plastic Component – Driver Side RH Door Applique Design with 4-Way, 2-Way Locators and Heat Stakes using industry principles and Design Rules. Concepts such as Rib design rules, Draft angles, Draft Analysis, Determining…

Automotive Plastic Component: B Pillar RH Cover - Creating CAD Part from Master Sections and Class A as Input   This report demonstrates the design of B Pillar RH Cover and Automotive Plastic Component. The component has been designed from the Class A and Master Sections as Input. Industry principles such as Draft…

DESIGN AND DEVELOPMENT OF DOOR PANEL TRIMS – AUTOMOTIVE INTERIOR PLASTIC COMPONENT DESIGN   Objective: Development of Door Trim Panel containing Arm rest, Lower Substrate, Map Pocket and Bottle Holder using Class A and Master Sections as Inputs. The Design and Development is to be done using CATIA V5 software…

Underbody Coating: Underbody Coating is  applied on Vehicles to prevent the underbody surface from damages occuring due to Rain water, Mud, Slush, Snow, Gravels and stones. Damages ranging from Paint layer chip off to heavy Corrosion can occur on the Under Body of the Vehicle. The coating is a layer of defined thickness…

Vehicle Benchmarking: When a Product(vehicle) is designed or prepared for an upgrade, the team has to decide on adding on new features or update the older ones based on customer feedbacks. To decide on what features to add as per latest requirements and feedbacks, the term Benchmarking comes in picture. Benchmarking means…