MSBTE 315372 Automobile Engineering 5th Semester K Scheme Mechanical Engineering Diploma Books/Notes Available in FREE

 

  Unit 1 Notes PDF   Unit 2 Notes PDF   Unit 3 Notes PDF   Unit 4 Notes PDF   Unit 5 Notes PDF  Request for Password                                                                 FREE Video Lectures   Join Whatsapp Group         

MSBTE K Scheme – 315372 Automobile Engineering

MSBTE K Scheme – Automobile Engineering Notes PDF

Automobile Engineering under the MSBTE K Scheme is one of the most fascinating and industry-oriented subjects for diploma students. It deals with the design, manufacturing, operation, servicing, and testing of automobiles. This subject integrates concepts from mechanical engineering, electrical engineering, electronics, and computer science to create modern, efficient, and safe vehicles.

The subject not only focuses on conventional IC engine vehicles but also covers emerging trends like electric vehicles (EVs), hybrid systems, and autonomous driving technologies. With the rapid growth of the automobile industry in India and worldwide, this subject plays a key role in shaping career opportunities for diploma engineers.

 

Importance of Automobile Engineering in MSBTE K Scheme

• Provides a strong foundation in the design and working of automobiles.
• Helps students understand the construction, operation, and maintenance of vehicles.
• Builds knowledge of modern automotive technologies like EVs, hybrid cars, and smart mobility.
• Prepares diploma engineers for jobs in automobile manufacturing, servicing, and R&D industries.
• Encourages innovation and creativity in designing eco-friendly and fuel-efficient vehicles.

 

MSBTE K Scheme – Automobile Engineering Syllabus Overview

The syllabus is designed to cover fundamentals as well as advanced automobile technologies, ensuring diploma students gain practical and theoretical expertise.

     

Unit 1: Introduction to Automobile Engineering

• Evolution and history of automobiles.
• Classification of automobiles: two-wheelers, four-wheelers, heavy vehicles.
• Basic layout of an automobile.
• Future trends in the automobile industry.

   

 Unit 2: Automobile Engines

• Internal Combustion (IC) engines: petrol and diesel engines.
• Engine components: cylinder, piston, crankshaft, valves, carburetor, and fuel injection.
• Engine cooling and lubrication systems.
• Performance parameters: power, torque, efficiency.

     

Unit 3: Transmission System

• Clutch: types and working.
• Gearbox: manual and automatic transmission.
• Propeller shaft, universal joints, differential.
• Modern transmission technologies: CVT (Continuously Variable Transmission), AMT (Automated Manual Transmission).

     

Unit 4: Fuel Supply, Ignition, and Exhaust Systems

• Carburetion and fuel injection.
• Ignition systems: magneto, battery, electronic ignition.
• Exhaust systems and emission control.
• Alternative fuels: LPG, CNG, hydrogen.

     

Unit 5: Chassis, Suspension, Steering, and Brakes

• Vehicle chassis and frame structure.
• Suspension systems: leaf spring, coil spring, independent suspension.
• Steering mechanisms: manual, power steering, electronic steering.
• Braking systems: drum brakes, disc brakes, ABS (Anti-lock Braking System).

     

Unit 6: Automotive Electrical and Electronics

• Battery, alternator, and charging system.
• Starter motor and ignition circuits.
• Automotive sensors and actuators.
• Role of electronics in safety systems (Airbags, ABS, ECU).

   

 Unit 7: Modern Developments in Automobiles

• Electric vehicles (EVs) and hybrid vehicles.
• Autonomous driving and ADAS (Advanced Driver Assistance Systems).
• Smart vehicles and IoT in automobiles.
• Future mobility: connected cars and green technology.

 

Practical Applications of Automobile Engineering

• Vehicle Manufacturing → Design and production of cars, bikes, trucks, buses.
• Maintenance & Servicing → Repair and servicing of vehicles in workshops and service stations.
• Automotive Electronics → ECU programming, mechatronics applications, and embedded systems in cars.
• Transportation Sector → Development of efficient and safe mobility systems.
• Green Mobility Solutions → Designing vehicles with reduced emissions and better fuel efficiency.

 

Why MSBTE Students Should Learn Automobile Engineering

• Prepares students for jobs in leading automobile companies like Tata Motors, Mahindra, Bajaj, Maruti Suzuki, Ashok Leyland.
• Builds hands-on skills in servicing, diagnosing faults, and repairing vehicles.
• Provides knowledge for higher studies in mechanical or automobile engineering.
• Encourages entrepreneurship opportunities in vehicle servicing and garage startups.
• Helps understand latest trends like EVs and smart mobility, making students industry-ready.

 

Real-Life Industry Examples in India

• Tata Motors → One of the largest automobile manufacturers in India producing cars, trucks, and electric buses.
• Mahindra & Mahindra → Famous for SUVs, tractors, and electric vehicles.
• Bajaj Auto → Global leader in motorcycles and three-wheelers.
• Ashok Leyland → Key manufacturer of commercial vehicles like trucks and buses.
• Ola Electric → Revolutionizing electric two-wheelers and future EV mobility.

 

Study Tips for Automobile Engineering

• Practice labeled diagrams of engine components, transmission systems, and chassis parts.
• Learn working principles step-by-step for better understanding.
• Focus on modern technologies like EVs, ABS, CVT, and hybrid vehicles.
• Solve MSBTE previous year question papers for scoring high marks.
• Perform practical workshop activities like dismantling and assembling vehicle parts.

 

Career Opportunities After Learning Automobile Engineering

After studying this subject, diploma students can build a career as:

• Automobile Engineer
• Vehicle Maintenance Engineer
• Design Engineer (Automotive Components)
• Quality Control Engineer
• Service Advisor in Automobile Workshops
• R&D Engineer in EV/Hybrid Technology
• Entrepreneur in Vehicle Service or Garage Business