IC Engine Training

Today, almost all of our cars are powered mostly by IC engines. You will be able to construct and manage your very own IC Engine with the help of InternsTech and comprehend how an IC Engine functions.

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WHY LEARN FROM INTERNSTECH?

Training lessons in real time

Outstanding Teachers

Internship Experience

Industry Oriented Projects

LMS Access

Professional Certifications

OVERVIEW OF THE PROGRAM

A heat engine called an internal combustion engine (ICE) burns fuel and an oxidizer in a combustion chamber to produce heat. The engine itself is where the fuel is ignited and burned. The energy from the combustion is then partially converted into work by the engine. The spark ignites the fuel-air mixture after the piston compresses it, resulting in combustion.

Simply step outside and survey your surroundings. Wherever you look, IC engines will be in operation. The majority of vehicles and other powerful industrial instruments are powered by IC engines.

WHY LEARN FROM INTERNSTECH?

Our training curriculum includes ideas ranging from basic to advanced, allowing freshmen to excel in their careers.
Introduction
  • What is an IC engine?
  • Basic terminologies
  • How does it work?
  • Scope of study
  • Applications
  • Broad classification of IC engines
  • Comparison of gasoline and diesel engines
  • Major components of IC engine
  • Anticipating IC engine
Thermodynamics of IC Engines
  • Indicator Diagram
  • Air Standard cycles and its assumptions
  • Deviation from ideal cycles
  • Actual cycles in IC engines
  • Comparison of cycles
Fuel Metering
  • What is fuel metering?
  • Factors considering air – fuel mixture
  • Carburetion in SI engine
  • Air fuel mixture and its requirements
  • Idling and cruising
  • Compensating devices for simple carburetor
  • Advanced Carburetors for SI engines
  • Fuel Metering in diesel engines
Ignition Process
  • Valve Timing Diagram - Ideal and
  • Ideal stages of combustion
  • Stages of combustion in SI and CI engine
  • Knocking comparison in SI and CI engine
  • Control of detonation
  • Delay periods
  • Effects of spark timing
  • Effect of anti-knocking agents
  • Battery ignition systems
Design of Combustion Chambers
  • Requirements of combustion chamber design
  • Types of combustion chambers in SI and CI Engine
  • Forces on Piston and Friction
  • Vibration and Noise control
  • Turbocharging
Alternate Fuels
  • Fuel Requirements and Qualities
  • Alternate Fuels in IC Engine
  • Hydrogen as an alternative fuel
Pollutants Formulation & it’s Control Systems
  • Formulation of Pollution
  • Total emission control package
  • Thermal Reactor package
  • Control of Emission
  • Euro Norms / implementation problems

PROJECTS

Our Real- Time projects help you gain knowledge and enhance your skills.

Hybrid Drone

Power generation from IC engine using ATG

IC engine valve lift control mechanism

Engine Diagnostics

Diesel Engine

PRICING PLAN

We provide best programs at affordable price and student friendly.

SELF PACED

₹ 4000

MENTOR LED

₹ 6000

OUR CERTIFICATION

On completion of a program each participant gets a course completion, internship and outstanding performance certificates.

What Our Clients Say

Our Alumni Work At

Our alumni are already starting to make waves in their industries. Our former students are already working in high-profile industries and are shaping our futures.

Frequently Asked Questions

FEA Engineer, Manufacturing Engineer, Assistant Design Engineer, Automotive Test Engineer, and other positions are among the most sought-after career opportunities in the core IC engine disciplines.

Knowing about IC engines is crucial for any mechanical engineer, or any engineer for that matter. The main tool used to power almost all machines and tools in the world today is an IC engine. Thus understanding these kinds of engines should be seen as a need.

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