Automobile Development

Basics & Advanced curriculum on Engines, Engine Downsizing, Practicals on Engine Assembly - Disassembly, Vehicle Dynamics, Live Demonstration on Vehicle Dynamics, Safety Standards, Automotive Electronics, Automotive Simulation softwares

INR 5000

INR 5000

Day 1   
  • Engines & Transmission
  • Basics of I.C.Engines - Evolution, Classification and Applications
  • Components of I.C.Engines – Function, Materials and Failure Modes
  • Intake & Exhaust Manifold Design and Simulation Demonstration
  • S.I and C.I Engines – Valve Timing, Heat Release and Combustion Analysis
  • Advanced IC Engines- MPFi CRDi, TDi, HCCI
  • Gasoline Direct Injection (GDI)
  • Turbocharging –Types & Comprehensive Theory Compressor Maps, Turbo Matching & Failure Modes
  • Advanced Two-Wheeler Technologies – Twin Spark, Triple Spark, APDV/ASFS/ATFT, Start-Stop
  • "GROUP Project Allotment"
Day 2   
  • Engines & Transmission (Continued)
  • Engine Downsizing – A Brief Study
  • S.I and C.I Engine – Emission Analysis and Emission Control Technology-BS4 to BS6
  • Automotive Transmissions- Manual & Automatic, Drivetrain Components, Differential Tech
  • Concepts & Calculations of Drivetrain (Road Loads and Tractability, Gear Ratios, Air Drag)
  • Elementary Tire Patch Forces and Moments: Forces and Moments at the Tire Contact Patch
  • Powertrain System Dynamics required to produce vehicle motive force at the tire patch
  • Performance prediction in acceleration and fuel economy
Day 3   
  • Practical Sessions
  • Practical Hands-on Experience via Assembly & Disasembly Car and Bike Engines
  • Demonstration session on Engine Components- EGR, Turbo, Fuel Pump & Rail, Oil Filter-Cooler
  • Intercooler, Intake Manifold, ECU, Injectors, Catalytic Converter
  • Practical Hands-on Experience via Assembly & Disasembly Car and Bike Engines
  • Demonstration session on Engine Components- EGR, Turbo, Fuel Pump & Rail, Oil Filter-Cooler
  • Intercooler, Intake Manifold, ECU, Injectors, Catalytic Converter
Day 5 & 6   
  • Vehicle Dynamics
  • Layout of the Chassis and its main Components/Members
  • Functions & Types of the Chassis Frame
  • Chassis Integration, Design Parameters & Material Selection
  • Different types and Requirements of Bodies used in automobiles
  • Aerodynamics Consideration for Body Designing
  • Analytical Demo- Impact Structure Design Parameters, Testing Methods and Product Cost Estimation
  • Introduction & Effective Metrics for Vehicle Dynamics
  • Vehicle system, subsystem and piece-part metrics used to link vehicle dynamics to vehicle system design and development: bounce frequencies, lateral acceleration gain, understeer gradient, ro
  • Brake system Anatomy and Architecture
  • Braking Dynamics: Braking Forces, Weight transfer, Centre of Gravity, Brake force distribution, stability, Pedal force gain, Brake proportioning and Braking efficiency
  • Brake System Performance Prediction
  • Stopping Distance -- Actual vs. magazine; Contributions of Subsystems; Effects of Driver
  • Thermal management -- Conservation of Energy; Design for max speed vs. high use
  • Brake Balance and System Output Calculations for different Conditions
  • Anti-lock Braking Systems & EBD
  • Performance Panic brake assist
  • Hybrid/regenerative braking
  • Practical Hands-on and Demonstration Session on Braking System
Day 5 & 6   
  • Vehicle Dynamics (Continued)
  • Suspension System Anatomy & Performance requirements relative to Drive-off, Braking, Ride and Handling
  • Solid live axles, twist beam suspensions and independent suspensions
  • Side view pitch poles and pitch axis considerations: anti-squat and anti-dive suspension geometry, wheel travel and caster geometry.
  • Role axis considerations: roll center location, roll axis geometry and location, wheel travel and toe geometry, wheel travel and camber geometry
  • Steering system Anatomy, architecture and performance requirements
  • Steering geometry, wheel geometry, steering system forces and moments, steering ratio, steering compliance
  • Experimental methods for steering system performance evaluation and development
  • Roll-Over Fundamentals
  • Suspension system and steering system considerations
  • Practical Hands-on
  • Demonstration of various suspension and steering system components
  • Case Study - Software Demonstration: Straight line and Cornering: Input excitation signals: road roughness, vehicle sources (tire/wheel system, driveline and engine), Vehicle response propert
Day 7   
  • Automotive Electronics, NVH & Safety
  • Embedded controls systems in Automobile
  • Computer based controls in Automobiles
  • Practical Session on ECU Kit Demo, Engine Electronics - Inlet to Outlet Sensors & Actuators, OBD
  • Noise Reduction Techniques in Automobiles
  • Driver Assitance Systems – Lane Departure Warning Sys, Predictive Emergency Braking Sys, Adaptive Cruise Control, Blind Spot, Night Vision Camera, Advanced Forward Lighting systems, Airbags
Day 8   
  • Project presentation session
  • "Industrial Project Review"
  • Interview Skill’s and Further Career Development Q&A
  • Resume Writing & Interview Tips – What the Industry Looks For?
  • Certification & Closing Ceremony
Overview
Comprehensive Automobile Development Internship is an 8 day course on advanced automobile technologies. This course is designed by reputed R&D experts from well-known companies like Tata, Mercedes, and automotive research association of India (ARAI). The attendees would be learning about engines, vehicle dynamics, advanced braking systems, steering systems, suspension, automotive electronics, and safety standards. With hands-on practicals on engines in which they would be assembling and disassembling the engines by themselves under the supervision of expert technicians, the theory part would be delivered by the R&D experts. The workshop would be a scalable version of practical industrial projects. Towards the end, there would be a resume writing and interview tips session and the attendees would receive a participation certificate and an acknowledgement letter
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Comprehensive Automobile Development Internship is an 8 day course on advanced automobile technologies. This course is designed by reputed R&D experts from well-known companies like Tata, Mercedes, and automotive research association of India (ARAI). The attendees would be learning about engines, vehicle dynamics, advanced braking systems, steering systems, suspension, automotive electronics, and safety standards. With hands-on practicals on engines in which they would be assembling and disassembling the engines by themselves under the supervision of expert technicians, the theory part would be delivered by the R&D experts. The workshop would be a scalable version of practical industrial projects. Towards the end, there would be a resume writing and interview tips session and the attendees would receive a participation certificate and an acknowledgement letter
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