Close
  • HOME
  • ONLINE INTERNSHIP
    • ELECTRIC BIKE DESIGN INTERNSHIP
    • ELECTRIC CAR DESIGN INTERNSHIP
    • TRACTOR DESIGN INTERNSHIP
    • VEHICLE DYNAMICS INTERNSHIP
    • AERODYNAMICS INTERNSHIP
    • FORMULA STUDENT DESIGN INTERNSHIP
    • WIND POWER PLANT DESIGN INTERNSHIP
    • MANUFACTURING OF E BIKE INTERNSHIP
    • BAJA BUGGY DESIGN INTERNSHIP
  • ONSITE INTERNSHIP
    • MANUFACTURING OF E BIKE INTERNSHIP
  • ON JOB TRAINING
  • COMPETITIONS
    • VIRTUAL DESIGN COMPETITION
    • ONLINE BIKE DESIGN COMPETITION
    • FFS INDIA
    • FMAE BAJA
    • BAJA800
    • QBDC
    • FKDC
  • Home
  • Internship
    • Column 1
      • CAR DESIGN
      • DESIGN OF E BIKE
      • VEHICLE DYNAMICS
    • Column 2
      • BUS DESIGN
      • AERODYNAMICS
      • HYBRID BIKE DESIGN
    • Column 3
      • BAJA BUGGY DESIGN
      • FORMULA STUDENT DESIGN
    • Column4
      • MANUFACTURING OF E BIKE INTERNSHIP
  • WORKSHOPS
  • ONSITE INTERNSHIP
  • COMPETITION
    • VIRTUAL DESIGN COMPETITION
    • NOEBDC
    • NADL
    • FFS INDIA
    • FMAE BAJA
    • BAJA 800
    • QBDC
    • FKDC
  • ON JOB TRAINING
Home / Automobile Engineering / BUS DESIGN INTERNSHIP

BUS DESIGN INTERNSHIP

The internship covers the complete end to end designing of a BUS. It resumes with the introduction and continues further in the below steps: Theory -Calculation -Designing -Simulation -Rendering -Report Making. CERTIFICATION OF INTERNSHIP  A 100% verified certification will be […]

Enroll This Course

  • Duration 20 weeks
  • Skill Level Intermediate
  • Lectures 150 lessons
  • Enrolled 3500 students
3500 students
  • Overview
  • Curriculum
  • Instructor

The internship covers the complete end to end designing of a BUS. It resumes with the introduction and continues further in the below steps: Theory -Calculation -Designing -Simulation -Rendering -Report Making.

CERTIFICATION OF INTERNSHIP 

A 100% verified certification will be provided at the end of the internship. The certificate will be quality assured by ISO and will be affiliated to MSME India. 

BENEFITS

Free Career Counseling will be offered to all the interns – On Job Training facility will also be given to gain professional experience – Unlimited Access for the videos will be provided for references – Free workshops will be provided for the complete annual year. 

DOWNLOAD THE INTERNSHIP CURRICULUM 

  • Introduction
    • Basic Automobile
  • The reciprocating piston petrol engine
    • Modern requirements
    • Engine nomenclature
    • Operating principles
    • Basic structure and mechanism
    • Cylinder and crank throw arrangements
    • Cylinder block, crankcase and head
    • Pistons and connecting rods
    • Crankshaft assembly and main bearings
    • Crankshaft torsional vibration dampers
    • Valve train
    • Timing drive
    • The principles of valve timing
  • 2. The diesel engine
    • Suitability for road transport
    • Operating principles
    • Cylinder block, crankcase and head
    • Pistons and connecting rods
    • Crankshaft assembly and main bearings
    • Valve train and timing drive
  • 3. Combustion chambers and processes
    • Basic layouts of combustion chambers
    • Combustion in the petrol engine
    • Petrol engine combustion chambers
    • Combustion in the diesel engine
    • Diesel engine combustion chambers
    • Cylinder charge agitation
  • 4. Engine lubrication
    • Friction and wear
    • • The lubrication processes
    • • Engine lubricating oils
    • • Engine lubrication systems
    • • Oil pumps and pressure relief valves
    • • Oil filtration and cooling
    • • Oil retention and crankcase ventilation
  • 5. Engine cooling, vehicle heating and air conditioning
    • • Heat transfer and cooling media
    • • Engine air-cooling system
    • • Engine water-cooling system
    • • Engine cooling systems for passenger cars and heavy vehicles
    • • Engine coolant
    • • Interior ventilation and heating
    • • Introduction to passenger car air conditioning systems
    • • Principles of refrigerated air conditioning
    • • Refrigerated air conditioning system components systems
    • • Full air conditioning Commercial vehicle refrigeration units
  • 6. Carburation and fuel injection
    • • Fuel supply system
    • • Fixed-choke carburetors
    • • Variable-choke carburetors
    • • Multiple and compound carburetors
    • • Electronically controlled carburetors
    • • Petrol engine fuel injection
    • • Multi-point fuel injection
    • • Single-point fuel injection
    • • Direct fuel injection
    • • Electronic throttle control
  • 7. Intake and exhaust systems
    • • Air cleaner and silencer
    • • Intake and exhaust manifolds
    • • Exhaust system
    • • Vacuum gauge and exhaust gas analyzer
  • 8. Diesel fuel injection systems
    • • Fuel injection systems
    • • Fuel supply system
    • • In-line fuel injection pump
    • • Governing the in-line fuel injection pump
    • • Distributor fuel injection pump
    • • Governing the distributor fuel injection pump
    • • Timing in-line and distributor fuel injection pumps
    • • Fuel injectors for jerk pump systems
    • • Unit fuel injection
    • • Introduction to electronic diesel control
    • • Common rail fuel injection
    • • Cold starting devices
  • 9. Forced induction
    • • Natural aspiration and forced induction
    • • Methods of pressure charging
  • 10. Ignition and starter systems
    • • Coil ignition equipment
    • • Ignition coil and capacitor
    • • Ignition distributor and sparking plugs
    • • Introduction to electronic ignition systems
    • • Types of electronic ignition system
    • • Ignition timing
    • • Damp ignition in service
    • • The starter system
  • 11. Engine emission control
    • • Petrol engine pollutants
    • • Petrol engine emission control
    • • Diesel engine pollutants
    • • Diesel particulate filters
  • 12. Rotary Piston Engine
    • • Rotary piston Engine
  • 13. Friction Clutches
    • • Types of single-plate clutch
    • • Clutch control systems
  • 14. Layshaft Gearboxes
    • • Purpose and elements of the gearbox
    • • Constant-mesh gearboxes
    • • Synchromesh gearboxes
    • • Gear selector mechanisms
  • 15. Fluid Coupling and torque converters
    • • Fluid couplings
    • • Improvements to fluid couplings
    • • Torque converters
  • 16. Epicyclic gearboxes
    • • Basic epicyclic gearing
    • • Operation of epicyclic gear trains
  • 17. Semi-Automatic and Automatic Transmission
    • • Semi-automatic transmissions for passenger cars
    • • Semi-automatic transmissions for heavy vehicles
  • 18. Overdrive Gears
    • • Purpose and position of an overdrive gear
    • • Epicyclic overdrive gears
  • 19. Drive Lines
    • • Universal joints
    • • Constant-velocity joints
    • • Propeller shaft construction
  • 20. Final drives and rear axles
    • • Final drive gears and bearings
    • • Adjusting the final drive gears
    • • Differential gears
    • • Rear axle construction
  • 22. Tyres, road wheels and hubs
    • • Tyre requirements
    • • Road wheels and hubs
    • • Wheel balancing
  • 23. Suspension systems
    • • Basic ride considerations
    • • Types of suspension
    • • Basic handling considerations
  • 24. Manual Steering
    • • Steering principles and layout
    • • Front end geometry and wheel alignment
    • • Steering and suspension ball joints
    • • Manual steering gears
  • 25. Power-assisted steering
    • • The need for power-assisted steering
    • • Principles of hydraulic power-assisted steering
    • • Hydraulic power-assisted steering Components
    • • Speed-sensitive hydraulic power-assisted steering
  • 26. Four-wheel-steering systems
    • • The need for four-wheel Steering
    • • Types of four-wheel steering
  • 27. Hydraulic brake systems
    • • Drum brake arrangements
    • • Disc brake arrangements
    • • Brake friction materials
  • 28. Air and endurance brake systems
    • • Principles of air brakes
    • • Compression and storage
    • • System control
    • • System actuation
  • 29. Anti-lock brakes and traction control
    • • Background to anti-lock braking
    • • Basic components of anti-lock brake systems
    • • Types of anti-lock brake systems
    • • Output control channels for anti-lock brakes
    • • Anti-lock air brakes for heavy vehicles
  • 30. Vehicle structure and aerodynamics
    • • Integral body construction
    • • Aluminium body construction
    • • Multi-purpose vehicles
    • • Commercial vehicle chassis frames
  • 32. Battery-electric, hybrid and fuel-cell vehicles
    • • General background
    • • Battery-electric vehicles
    • • Layout of battery-electric vehicles
    • • Basic units of battery-electric vehicles
  • 33. CALCULATION RELATED TO DESIGN
    • • Frame calculation
    • • Basic Dimensioning
    • • Steering calculation
    • • Suspension calculation
  • 35. CAD MODELING
    • • Design of Frame.
    • • Design of Braking System.
    • • Design of Steering System.
    • • Design of Suspension System.
    • • Design of other subsystem.

Instructor

User Avatar admin
6,500 ₹ 3,900 ₹

  • INTERNSHIP

    HYBRID BIKE DESIGN INTERNSHIP

    The internship covers the complete end to end designing of...
    3,200 ₹
    17 lessons
    MORE
  • Recent Posts

    • Webinar on Automobile Brake System Designing and Calculation
    • Webinar on Material Selection and Design for Manufacturing
    • Webinar on – How to make a wining team.
    • Webinar on – How to make a wining team.
    • Webinar on Material Selection and Design for Manufacturing
  • All our courses are abiding by AICTE regulation mentioned in its policy

  • CONTACT US

    Email Id – info@fmae.in

    Phone no – +91-9560122939

  • ADDRESS

    5-132/16, Deversity Enclave , Ashwin Colony, Kompally, Secunderabad, Telangana 500100

    India

  • Facebook
  • Instagram
  • linkedin
  • YouTube
© Copyright FMAE

Modal title

Message modal