P-V DIAGRAM OF OTTO CYCLE Objective: To plot the p-v (pressure-volume) diagram of the Otto cycle and calculate the thermal efficiency of an engine using math lab code. Otto cycle: The Otto cycle is an idealized thermodynamic cycle that describes the functioning of a typical spark ignition engine.…

DESIGN ,ASSEMBLY AND RENDER OF AMERICAN CHOPPER   Objective: To design and assemble each and every component of the american chopper To acquire knowledge about part design and surface design To understand the flow of process in designing a motorcycle To render photo-realistic images of the american chopper Introduction:…

SUNSEEKER PREDATOR YACHT DESIGN AND RENDER Objective: To design and assemble each and every component of the Yacht To acquire knowledge about part design and surface design To understand the flow of process in designing a yacht To render photo-realistic images of the yacht   Introduction Sunseeker International is a British…

Week 8 - Challenge 1 - Base Bracket Design OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To perform draft analysis on the class A surface and the solid part model PRE-DESIGN CHECKS: Before starting the creation of the class B…

Week 8 - Challenge 1 – Switch bezel design OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To perform draft analysis on the class A surface and the solid part model PRE-DESIGN CHECKS: Before starting the creation of the class…

Week 8 - Challenge 3 – Coin Holder design OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To perform draft analysis on the class A surface and the solid part model PRE-DESIGN CHECKS: Before starting the creation of the class…

Week 8 - Challenge 4 – Bumper OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To perform draft analysis on the class A surface and the solid part model PRE-DESIGN CHECKS: Before starting the creation of the class B surface we must…

Week 8 - Challenge 6 - Core & Cavity Design OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To perform draft analysis on the class A surface and the solid part model To create the parting line and parting surface To form the core…

Week 9 - Attachment Feature Creation (Ribs & Screw Boss) - Challenge 1 OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces to creat ribs and screw bosses on the b surface To perform draft analysis on the class A surface and the…

Week 9 - Attachment Feature Creation (Dog House) - Challenge 2 OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To create a dog house for the solid part whilst following the design rules To perform draft analysis on the class A…

Week 9 - Project 1 - Door Trim Lower with Engineering Features OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To create engineering features for the solid part whilst following the design rules To perform draft analysis on the…

Week 9 - Project - A pillar Design with Master Section OBJECTIVES: To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To create a dog house for the solid part whilst following the design rules To perform draft analysis on the class A surface…

Week 10- Assembly Workbench QUICK RETURN MECHANISM BODY 1 DRAFTING BODY 2 DRAFTING BODY 3 DRAFTING BODY 4   DRAFTING BODY 5 DRAFTING ASSEMBLY OF QUICK RETURN MECHANISM The first step in the assembly workbench is to insert the components using the existing components command The components are moved away from the origin…

FINAL PROJECT– DOOR TRIM OBJECTIVES: To create individual tooling axis for the parts and perform draft analysis on the class A surface To create the class B and class C surfaces from the given class A surface To form a solid geometry by combining all the surfaces To decide an attachment strategy for the part and…

BENCHMARKING: Benchmarking is defined as the process of measuring products, services, and processes against those of organizations known to be leaders in one or more aspects of their operations. Benchmarking provides necessary insights to help you understand how your organization compares with similar organizations While…

CHALLENGE-2 UNDER BODY COATING Paint process: 1)Pre-treatment: The first station in the painting process is pre-treatment, where bodies coming through from the body shop are cleaned, degreased and usually phosphated to prepare them for subsequent coating. The main purpose of pre-treatment is to provide a clean coated body…

Design of hood Aim To design the inner and outer panel of the hood from the given class A surface To consider various design aspects required to design a proper hood To create the latch trajectory for the striker To create reinforcements for the hinge and striker assembly To assemble all the components together to obtain…

Section modulus calculation and optimization Aim To study and understand about the concept of section modulus To find the area moment of inertia of the existing hood design and calculate the section modulus To optimize the section modulus of the hood by increasing the area and comparing it with the stock hood design Area…

  Fender Wheel Arch Challenge Aim: To understand the purpose of a wheel arch To learn about different regulations used in different countries for the wheel arch design To verify whether the given fender wheel arch design satisfies the European regulations Wheel arch: The wheel arch is the semi-circular part positioned…

Fender design Aim To study about the fender and its various design requirements To design a fender of thickness 0.75 mm from the given class A surface To create various mounts on the fender according to standards which will help assemble them with the car body Fender A fender is the curved portion of the car's body that…

Roof design Aim: To create an assembly by developing the essential flanges for the outer roof and creating the necessary reinforcements for the outer panel To provide appropriate dimensions according to the master section provided To verify the minimum draft angle criteria for all the parts using draft analysis Perform…

Design of Backdoor Aim To repair the given class A surface and check for any irregularities in the surface To design the inner and outer panel of the backdoor from the given class A surface To consider various design aspects required to design a proper backdoor To create the latch trajectory for the striker To create reinforcements…

Week 1 Challenge   1 – What is the full form of OEM ?            Original Equipment Manufacturer 2 – How the Design Responsibility  goes in Automotive   3 – Name some Tire 4 Supplier and what they Manufacture? Magna(lighting,body) Robert…

  BOEING 747 DESIGN AND RENDER Files link:https://drive.google.com/file/d/1iYOi_ZoE-_ToysN8M2NFr4MaJuTSvYdd/view?usp=sharing         Objective:  To design and assemble each and every component of the Boeing 747  To acquire knowledge about part design and surface design  To understand…