Design Fundamentals

Design Fundamentals acquaint you with the core elements of Automobile designing and helps you get a comprehensive understanding basic of automobile manufacturing. Under this course the following topics will be covered:

Automotive Sketching

Even in this technological era the importance of sketching for communicating concepts and ideas remains unchanged. Careful and precise sketching of the vehicle design helps improve the understanding of the functioning of the vehicle. The course on automotive sketching covers:

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Clay Modelling

A vehicle before its manufacturing, undergoes several long procedures of modeling. These models are built using clay to get the final impression of the car. The course of clay modeling covers the following topics:

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Reverse Engineering

The reverse engineering course in Automobile designing equips you with the knowledge of converting the physical data into digital data through the use of laser scanners or computed tomography (CT). With this course you learn to use CATIA- DSE, QSR software, and acquaints you with the following topics:

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3D Printing

3D printing is a method used to create prototypes which helps system analysts to evaluate and enhance the new design. 3D printing is done using the Repetier Host software, and the topics covered under this course include:

Parametric/History free Design

Discover the power of parametric modeling through our comprehensive course, where you'll gain proficiency in relevant software and acquire the knowledge to design objects and systems that accurately simulate real-world behavior. The course covers the following key topics:

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BIW Design

Body in white or BIW is basically the body shell design of different automotive products like cars and other commercial vehicles. It is one of the stages in automobile manufacturing in which Car’s body parts are assembled using one or different techniques. This course equips you with the knowledge of advanced 3D design provides insight on Sheet Metal Forming process, BIW assembly procedures, surface modeling, and GD&T. The topics covered under this course are:

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Computational Fluid Analysis (CFD)

CFD is used to analyze the fluid flow in automobiles using numeric analysis. By taking the CFD course students learn about the application of ANSYS FLUENT software for different automotive design processes, such as liquid and gas flow with heat transfer, external and internal fluid flows, and much more. The topics covered under this course are:

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Structural Analysis

Structural analysis imparts knowledge on how to deal with complex structural engineering problems and make quick, enhanced design verdicts. It also serves an additional benefit where one can customize and automate solution for his structural mechanic's problems with the help Finite Element Analysis (FEA) tools available in the ANSYS suite. The topics covered under this course include:

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Mechanism Design

Mechanical Design, also known as Kinematics is the motion of objects or mechanism without the consideration of loads or force. It involves an assembly of parts that are connected together by a series of joints. Through this course, students learn to work on CATIA DMU and understand the technicalities of mechanical designing. The course covers the below mentioned topics:

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Manufacturing Fundamentals

This course introduces students with the entire automotive manufacturing process that includes machining, molding, joining, casting, etc. It also explains the fundamental principles and practices of manufacturing at scale, their pros and cons for the better understanding of the product. This course covers the below mentioned topics:

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GDT (Geometrical Dimension and Tolerance)

GD& T is a mandatory concept which has to be learned by all technical persons. It is a universal engineering language of symbols which is used to transfer engineering drawings between different countries. It helps the product designers and manufacturers to describe the product and facilitate communication. It saves money, enhances design accuracy. All the topics covered under this course include:

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PLM (Product Lifecycle Management)

Product lifecycle management (PLM) is the procedure of controlling and managing the entire lifecycle of a product from its onset till the end through engineering design and manufacture. PLM is considered as a product information backbone for a company and its extended enterprises. The topics covered under this course are:

Manufacturing Fundamentals

This course familiarizes scholars with different manufacturing processes including machining, molding, joining, casting, etc. It explains the fundamental principles and practices of manufacturing at scale and their advantages and disadvantages for a better understanding of the product. Major topics covered under this course are:

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Machining

Product manufacturing deals with changing material from its original form by adding more value to it in a particular way that it could be termed as a component or product. This course highlights the basics of manufacturing and enables students to understand the latest CNC manufacturing concepts by using Mastercam software, which enhances the CNC code generating ability. Major topics covered under this course are: