1.AIM     To Create a Solid part from the given Class A Surface as an input.   2. Other Objectives Creating tooling Axis Creating Class B Surface Creating Class C Surface   3. Class A Surface     Class A Surface is a surface with aesthetic shape with no thickness. After the completion of concept…

1. AIM To Create a Part body from the given Class A Surface as an input.   2. Other Objectives Creating tooling Axis Creating Class B Surface Creating Class C Surface   3. Class A Surface       Class A Surface is a surface with aesthetic shape and no thickness. After the completion of concept sketch,…

1. AIM To Create a Part body from the given Class A Surface as an input.   2. Other Objectives   Creating tooling Axis Creating Class B Surface Creating Class C Surface 3. Class A Surface Class A Surface is a surface with aesthetic shape and no thickness. After the completion of concept sketch, the image will…

1. AIM To Create a Part body from the given Class A Surface as an input.   2. Other Objectives   Creating tooling Axis Creating Class B Surface Creating Class C Surface Should Perform Draft Analysis 3. Class A Surface Class A Surface is a surface with Aesthetic shape and No Thickness. After the completion…

  1. AIM To Create a Part body from the given Class A Surface as an input.   2. Other Objectives   Creating tooling Axis Creating Class B Surface Creating Class C Surface Should Perform Draft Analysis 3. Class A Surface Class A Surface is a surface with Aesthetic shape and No Thickness. After the completion…

1. AIM To Perform Draft Analysis on the Switch Bezel Component and to do Core and Cavity design for Switch Bezel Component using Catia V5   2. Other Objectives Create Parting Surface Create Parting line   3. Class A Surface Class A Surface is a surface with aesthetic shape and no thickness. After the completion…

1. Aim   To Create an Solid Component along with some Engineering Features such as Ribs and Screw Boss from the given Class A surface. Also the Engineering or B side Features  should be designed as per the Design Standards.   2. Engineering Features 2.1 Ribs For an Plastic component, the ideal Thickness…

1. Aim   To Create an Solid Component along with some Engineering Feature such as Dog House from the given Class A surface. Also the Engineering or B side Features  should be designed as per the Design Standards.   2. Dog House When a Plastic Component has more than a 3mm of thickness, then it has an possibility…

1. Aim   To Create an Solid Component along with some Engineering Feature's such as Heat Stakes, Locators, Ribs and  Dog House from the given Class A surface. Also the Engineering or B side Features should be designed as per the Design Standards.   2. Engineerig Features   2.1 Heat Stakes Any Component…

1. Aim   To Create an Solid Component along with an Engineering Feature namely  Dog House from the given Class A surface and Mastersection. Also the Engineering or B side Features should be designed as per the Design Standards.   2. Master Section   While Considering an Launch of an New Automative Car,…

1. Aim: To Create 2 Assembly models from the given input.   2.Procedure: 2.1 Work Flow Pattern: Creation of all individual Parts from the input Importing into Assembly Workbench and Providing Assembly Constraints Creation of 2D Drawing Similar to the Input   2.2 Model 1: 2.2.1 Creation of Individual Parts: In…

1. Aim   To create the Lower Substrate Door Trim with Master Section and Class A Surface as an input. Design rules should be followed while creating the B side features. The mounting features should be created as per the guidelines and with the master Section.   2. Procedure   This Lower Substrate Door Trim…

BENCHMARKING: Benchmarking is simply a technical word which means comparison.  It is a study in which we measure the Company's Products, Services and Processes of Manufacturing with other companies who are considered to be the best or competitors in their respective industries. By doing this study, we could understand…

Underbody Coating: Underbody coating is just a layer of coating applied on the bottom of the car to protect it from harsh environments and it helps to prevent it from getting Rusted.Most of the Automative vehicle's body which is Body in White is made up of Metal and Steel which are more prone to Corrosion and Rust when…

1.1 Aim: To design Inner Hood Panel from Class A Surface( Hood Outer Panel) and Master Section. The Hood should be designed considering the Hood Opening Angle and Passenger and Pedestrian safety.    2.1 Introduction to HOOD: The hood or Bonnet is a part which comes under the subsystem of Closures in BIW and it…

Any structure which is constructed for carrying loads will be measured for various factors to predict their stiffness, strength and rigidity. These includes Section Modulus, Moment of Inertia and Modulus of Elasticity. Section Modulus: Section Modulus is an study of any cross-sectional strength about an neutral axis. It…

1.1 Aim: To verify whether this Fender Wheel Arc Passes the European Standards or not. 2.1 Fender: Fender is a shortening word of Defender, where it defends the engine compartment and styling surface of the car body from any objects that would fly off the wheels due to centrifugal force. Fenders are the shaped part of…

1.1 Aim: To design Fender with its mounting areas such Drip mount, Bumper mount, A-pillar mount, Baffle Mount and Sill Mount. The design should follow the engineering standards and the Drip mount design should have followed the Master Section.   2.1 Fender: Fender is a shortening word of Defender, where it defends…

1.1 Aim: To design a car roof, it is essential to incorporate various reinforcements, including the front roof rail, rear roof rail, bow roof rail, and center roof rail. Additionally, the roof assembly must have a minimum draft angle of 7 degrees and a thickness of 0.75. 2.1 Designing Of Roof: The car roof serves as the…

1.1 Aim: The backdoor design was developed using a top-down assembly approach in NX CAD, ensuring the incorporation of all necessary mountings and reinforcements. The design included precise placements and integration of mountings for hinges, gas stays, wiper motor mountings, and latch strikers. The top-down assembly methodology…

1.1 Aim:        The objective of this project is to utilize Siemens NX Software to design the individual parts of the butterfly valve, assemble them, and create detailed drawing sheets for each component and the complete assembly. The primary focus is on incorporating accurate GD&T symbols and tolerances…