PCB Designing Course

Course Details of WTP 2014

AUTOMOBILE MECHANICS & IC ENGINE DESIGN
Name of Courses Duration Fee Syllabus
Automobile Mechanics & IC Engine Design 15 Days 6,990/- only
Topic Covered
TWO WEEKS- AUTOMOBILE MECHANICS & IC ENGINE
Days Topics Covers
Day 01
Theory
Introduction to Automobile Mechanics
• History of Industrial Automation.
• Types of Industrial Robots.
• Application of Industrial Robots.
• New and Upcoming Technologies.
Introduction to IC Engine Design.
• Introduction to various processes.
• Different types of designs.
• Basics of Hardware & Software.
• New & Upcoming Technologies.
Day 02
Theory
RC Cars & IC Engine Cars
• Introduction to RC Cars.
• DPDT connections Demystified.
• Motor principle explanation.
• Different types of manual robots and their application
• Different types of wireless robots.
Day 03
Theory
Introduction to Industrial Automation
• History of Industrial Automation
• Types of Industrial Robots.
• Application of Industrial Robots
• New and Upcoming Technologies.
Introduction to Automobile Manufacturing Processes
• Introduction to various processes.
• Different types of designs.
• Basics of Hardware & Software.
Day 04
Theory
Cars & IC Engine Cars
• Introduction to RC Cars.
• DPDT connections Demystified.
• Motor principle explanation.
• Different types of manual robots and their applications.
• Different chassis designs.
• Wireless Robotics.
• Introduction to wireless modules.
• Different types of wireless robots.
Day 05
Theory
Manual Robotics: Wired & Wireless-Introduction to manual robotics.
• DPDT connections Demystified.
• Motor principle explanation.
• Different types of manual robots and their applications.
• Wireless Robotics.
• Introduction to wireless modules.
• Different types of wireless robots.
Chassis Design
• Introduction to Chassis design
• Different types of Chassis
• Multi Point Strut Bar
Day 06
Theory
Suspension Unit
• Centre of Gravity
•Weight Balancing and Weight Transfer
• Sprung and Unsprung
• Jacking Forces
• Spring Rate
•Different types of Suspension
• Dependent suspension
•Independent suspension
•Coil Spring
•Other Types
Braking Unit
• Different types of brakes
• Disc brakes
• ABS
• Brake Actuators
Day 07
Theory
Introduction to AUTOCAD
• Introduction to Autocad software
• Commands in Autocad
• 2D and 3D
• Mensuration
• Modelling
•Formatting tools
• Industrial application
•Practical model and design
• 3-D Transformation
Advance AUTOCAD
• Designing using Autocad software
• Mechanical design projects
• Civil Design Projects
• Rendering and projections
• O-SnaP Tools
• Solid Editing
• 3-D operation tools
Day 08
Theory
Draw Tools
• Gradient
• Boundary
• Region
• Hatch and modelling
• Draw orders
• CAD standards
Transmission System
• Introduction to transmission system
• Different types of transmission system
• Manual transmission
• Automatic transmission
•Semi- Automatic transmission
• Continuously variable transmission
• Different parts of IC Engine.
• Mechanics involved in an IC Engine
• Different types of IC Engine.
Automobile Manufacturing
• Different types of Chassis.
• Different types of ignition systems.
• Different types of Brakes.
Day 09
Theory
Airbags & Steering System
• Different security measures
• Steering System
• Sensors used in cars
Testing, Safety & Precaution Measures
• Pressure testing.
• Speed wheel testing.
• Safety measures
Differential Gear Mechanism
• Types of Gear used
• Gearing System and Mechanism
Day 10
Theory
Computer Numeric Control
• Introduction to CNC machines
• G codes and M codes study
• various operation using G&M codes
• Milling and drilling in CNC
• Software and Application
Structural analysis
• Introduction to structures
•Various types of designs and structures
• Analysis through Softwares
Day 11
Theory
Sensors used in Automobile
• Study of sensors
• Types of Sensors
• Working of sensors
• Sensors used in automobile
• Sensors with ECU
• Applications
Degree of Freedom (DOF)
• Introduction to DOF.
• Kinematics.
• Inverse Kinematics.
Autonomous Robots
• SCARA Robot demystified.
• Pallet Robot.
• DELTA Robot.
• GANTRY/ Cartesian Coordinate Robot.
Day 12
Theory
Robotic Assembly Line
• Start of Line & End of Line Machines.
• Moulding Line.
• Assembling Line.
• Welding Line.
• Painting & Spraying Line
Testing, Safety & Precaution
• Pressure testing.
• Speed wheel testing.
• Safety measures
Day 13
Theory
What is Simulation?
• Offline and Online programming
• Learning over simulation softwares
• Various application over Robots
• Study of various simulation
• Softwares used in industries
Day 14
Theory
Introduction to Hydraulics
• What is hydraulics
• Introduction to hydraulics
• Hydraulic components
• Hydraulic mechanisms
• Hydraulics symbols
Projects in Hydraulics
• Hydraulic Ram prototype
• Hydraulic system prototype
• Hydraulic jacks and lifts prototype
• Hydraulic Arms
• Hydraulics cranes
• Hydraulic Brakes
Hydraulics calculation
• Various force calculation
• Calculation of Losses
• Hydraulic Fluids Used
• Pascals formula
• Ramming formula
Softwares used in Hydraulics
• Calculation of flow rates
• Hydraulic simulations
• Hydraulics system analysis
• Hydraulic system design
• Hydraulic component simulation
Day 15
• Certificate Distribution Session
Why Automobile Mechanics & IC Engine Design Training from RoboSpecies Technologies ?
Lot of Major Projects will be covered in this Training.
• 20 projects are covered in Basic Module
• 20+20 projects are covered in Advanced Module
• 20+20+20 project are covered in Ultra Module
• 9 optional major projects
Our syllabus is professionally designed to cover Basic as well as Advance aspects of Automobile Mechanics & IC Engine Design
Each day of our training is well planned to provide you with Theoretical as well as Practical Knowledge of the module
Each day will come up with New Practicals & Projects which makes the training interesting and exciting.
Time to time Practical Assignments will be provided to the students, which will help them in doing practice at home.
Revision Time & Query Sessions are provided to the students which help them in clearing previous doubts.
Exam will be conducted at the end of basic as well as Advance module to test the knowledge level of the students.
Time for Project Work will be provided to the students, in which students will develop a project of their own choice. This will encourage Innovative Ideas among students.
Pre - Requisites
Basic knowledge of C \ C++ Programming.
Basics of Electronics.
Eagerness to learn new innovative things.
Who Could Attend this Training ?
Students from B.E/B.Tech/M.Tech/Diploma (ECE/EEE/CSE/IT/MECH) can join this training.
Anyone who have interest in this field and have pre-requisite knowledge.

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