E notes for Automobile Engineering

Kiran Gowda
1

DTE (Diploma) Automobile Engineering E-Notes Karnataka

1ST SEM


2ND SEM
3RD SEM

5TH SEM
  • TRANSPORT AND INDUSTRIAL MANAGEMENT – 15AT51T
  • ADVANCED AUTOMOTIVE SYSTEMS – 15AT52T
  • DESIGN OF MACHINE ELEMENTS – 15AT53T
  •  FARM TRACTORS AND CONSTRUCTION EQUIPMENTS. – 15AT54A
  •  ENERGY RESOURCES & ALTERNATIVE FUELS – 15AT54B
  •  VEHICLE BODY ENGINEERING. – 15AT54C

6TH SEM
  • AUTOMOTIVE MECHANICS – 15AT61T
  • AUTOMOTIVE ELECTRONICS – 15AT62T
  • ENGINE MAITENANCE AND ESTIMATION – 15AT63T

Automobile Engineering

Automobile engineering has gained recognisation and importance ever since motor vehicles capable for transporting passengers has been in vogue.Now due to rapid growth of auto component manufacturer and automobile industries there is a great demand for Automobile Engineers. Automobile engineering is one of the most challenging careers in the field of engineering with a wide scope.
This branch deals with designing, developing , manufacturing , testing ,repairing and servicing automobiles such as cars, trucks, motorcycles, scooters etc and the related sub engineering system. For the perfect blend of engineering and designing automobiles, Automobile engineering uses features of different element of engineering such as Mechanical, Electrical, Electronics, Software and Safety engineering. The major task of an Automobile Engineer is the designing, developing, manufacturing and testing of vehicles from concept stage to production stage.


What does a Automobile Engineers do?

Automotive engineers are involved in the design, manufacture, distribution, marketing, sales and after-sales care of cars (including racing cars), motorbikes and other commercial vehicles.
Engineers will work on the aesthetics and technical performance of these vehicles and, increasingly, the electronics and software involved with modern vehicles.


Responsibilities of the job typically include:

Assessing project requirements Developing and implementing test procedures Organising and carrying out tests, eg to check whether engines will work in different conditions, such as high temperatures Interpreting and analysing results and data Sourcing vehicle components and selecting the best materials to use Providing technical advice and answering queries from clients Using specialist computer modelling software to produce designs Making improvements to vehicles in response to customer feedback investigating and solving problems, eg mechanical failures working closely with suppliers

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