212AUT2304: Automotive Pollution and Control

Semester: Odd

Offered: Final Year Automobile (2024-25)

Course Objectives:

To study about the Automobile Pollution and its control. It enhances the technical knowledge in controlling and maintaining environment from pollution. It also helps to understand the concepts and devices used for emission and pollution controlling.

Course Outcome (COs):

After completing this course, the student will be able to:

CO1: Understand the sources and effects of pollutant.

CO2: Apply the chemistry of SI engine fuels after combustion.

CO3: Describe chemistry of CI engine fuels after combustion.

CO4: Choose the control techniques to reduce the formation of pollutants in SI and CI engine.

CO5: Test Procedures, Devices and Standards used to follow pollution control.

212AUT2302: Automotive Fuels and Lubrication

Semester: Even

Offered: Third Year Automobile (2023-24)

Course Objectives:

The aim of undergoing this course is to develop basic understanding about the production of automotive fuels and lubricants. Special emphasis is also given on how these fuels and lubricants affect the performance and functioning of an internal combustion engine.

Course Outcome (COs):

CO1:Demonstrate the understanding of the sources and production of automotive fuels and lubricants

CO2:Understand the concepts of testing the fuels for their properties; Mention the standards for testing the fuels.

CO3:Describe the stages of combustion in gasoline and diesel engines. Able to identify the factors influencing the combustion of a fuel.

CO4:Knowledge in various alternate fuels like Biodiesel, Hydrogen, Biomass, LPG, CNG etc., Understand the purpose of alternate fuels.

CO5:Know the uses and standards adopted in lubrication process. Distinguish between the fuels and lubricants. Describe the testing of lubricants.

AUT18R274: Automotive Engines

Semester: Even

Offered: Second Year Automobile (2020-21)

Course Objectives:

This course is designed to equip students with concepts of internal combustion engines. The various components of an engine is will be discussed and more emphasis is given on the engine cycles, combustion process and other subsystems including ignition, super charging and cooling systems.

Course Outcome (COs):

CO1:Describe the basics of automobile components and its working

CO2:Analyze the air standard cycle and correlate with actual engine cycle.

CO3:Explain the working of various Spark Ignition and Combustion Ignition Engine Fuel system.

CO4:Understand the operation of the Ignition, supercharging, cooling and Lubrication system of for various automotive segments

CO5:Summarize the constructional difference between combustion chambers of C. I. Engines.

AUT18R302: Automotive Transmission Systems

Semester: Odd 

Offered: Third Year Automobile (2019-20, 2023-24)

Course Objectives:

The automatic transmission is a key element of automotive vehicles for improved driving comfort. This course will introduce the mechanisms, design and control of modern transmission systems. The emphasis will be on the automatic transmission, and the application of modern control theories for the overall control design, analysis and synthesis problems.

Course Outcome (COs):

CO1: Design clutches and gear boxes

CO2: Analyze the performance characteristics of fluid coupling and torque converters

CO3: Develop knowledge on the automatic transmission systems

CO4: Demonstrate the understanding about the different drive systems.

CO5: Apply the concepts automatic transmission

AUT18R316: Automotive Safety

Semester: Odd

Offered: Final Year Automobile (2021-22; 2022-23)

Course Objectives:

This course describes the understanding and utilization of appropriate safety procedures, demonstrate safe, professional, and responsible work practices; identify and demonstrate the proper use of the safety signals and regulations; identify various automotive safety standards and testing methods for safe and comfortable riding of a vehicle.

Course Outcome (COs):

CO1: Understand the traffic light warning signs and the vehicle sign indication

CO2: Evaluate the risks in violating the safety symbols and devices.

CO3: Develop knowledge on crash testing, crashworthiness and other tests.

CO4: Analyze the results of the crash test and to predict the hazardous components.

CO5: Develop knowledge on futuristic vehicle safety.