Learn Automotive domain – The grouping of systems and operations that may be categorized into distinct sections within a vehicle is referred to as an automotive domain.
The automotive domain is important because the growth of the economies of many nations depends on the automotive sector, one of the largest in the world. The corporation designs, produces, markets, and maintains many types of vehicles, including cars, trucks, buses, and motorcycles.
This course covers everything from concept automotive embedded systems, CAN communication Protocol with microcontroller, and learns about the automobile application in real-time.
This module is part of the PG Diploma in Embedded Systems Design &Development
Course Name: “Crash Course on Automotive Embedded Systems”
Duration – 6 Days
No. Of hours per day – 4 hours
Total No of hours – 24
Pre- and post-assessment – YES
Project – YES
Course completion certificate – YES
Pre-Requisite – Knowledge of microcontrollers, C programming & Basic electronics (Digital & Analog)
“Automotive Embedded Systems” are specialized computer systems that control various operations within vehicles. These systems are responsible for a myriad of functionalities ranging from engine control and braking systems to advanced driver assistance systems (ADAS) and infotainment units.
A crash course on “Automotive Embedded Systems” would cover the fundamentals of systems theory, controls, and Multirate systems theory. Understanding these topics allows us to design safe, robust and efficient embedded control systems necessary for modern automobiles.
Additionally, getting hands-on with industry-specific tools like MATLAB, Simulink, and dSPACE Controllers can provide practical insights and accelerate learning about automotive safety. Furthermore, understanding the stringent regulatory and safety standards (like ISO 26262) impacting “Automotive Embedded Systems” design is also crucial.
“Automotive Embedded Systems” play a pivotal role in the vehicle industry. By undertaking a crash course, one can gain the skills necessary to contribute to the ongoing automotive revolution, from electric vehicles to autonomous driving systems.
The following benefits are getting when you are taken the Automotive Training Course:
Job Security
The automobile industry is a significant contributor to the world economy and is not going away any time soon, ensuring job security for individuals employed in the sector.
Prospects for career progression
With numerous divisions and professions available, ranging from engineering and design to production and sales, the automobile industry is a sizable and diverse sector with plenty of room for professional progression.
Improvement of technical talents
Employees in the automotive sector have the opportunity to obtain practical experience and advance a variety of technical abilities, including welding, assembling, programming, and engineering.
High possibility for income
In the automotive sector, there are many occupations with competitive pay and benefits, and executive and managerial positions frequently have great earning potential.
Having the chance to work with cutting-edge technologies
The possibility to work on cutting-edge projects and products is made possible by the automobile industry’s ongoing evolution and the constant emergence of new technology and innovations.
The opportunity to participate in a global industry
The ability to work with people from many cultures and backgrounds is made possible by the global nature of the automobile industry, which has businesses and factories all over the world.
The capacity to directly influence society
Working in the automotive sector means you directly contribute to the manufacturing and delivery of these cars, which are crucial components of contemporary society.
Flexibility
For those looking for a flexible career path, the automotive industry provides a wide variety of professional categories, each with their own duties and demands.
The range of an embedded engineer’s career and pay will rely on a number of variables, including the student’s prior experience, the job market, and industry trends. However, passing the course can considerably improve one’s expertise in automotive embedded systems, allowing them to apply for a variety of positions in the sector.
Following completion of the automotive course, one might anticipate to work in the following positions, together with their typical salaries:
Engineering software for embedded systems is the responsibility of embedded software engineers. They build systems that regulate many aspects of a vehicle using microcontrollers, sensors, and other parts. An embedded software engineer in the automobile sector typically makes roughly $95,000 a year.
Control systems engineers: design and create control systems for a range of applications, including the automotive industry. They work on controls for things like suspension, brakes, and engine performance. Control systems engineers in the automobile sector typically make roughly $85,000 a year.
Vehicle Test Engineer: Automotive test engineers plan and carry out testing on a variety of vehicle systems, including embedded system. To make sure the systems function as planned, they use technologies like test benches and simulators. An automobile test engineer makes about $70,000 a year on average.
Autonomous driving Engineers that specialize in autonomous driving provide the mechanisms that make autonomous driving possible. They develop systems that can steer and control a car autonomously using technology including sensors, cameras, and machine learning algorithms. Engineers working on driverless vehicles typically make roughly INR 15L to 25L a year.
The automobile industry uses embedded systems in vehicles for a variety of purposes. The following are some of the most popular applications:
Safety: one of the main uses for embedded systems in automobiles. Airbags, seat belts, and anti-lock brake systems are just a few of the safety components of a car that are controlled and monitored by embedded systems. In the case of a collision, these systems cooperate to keep the driver and passenger’s safe.
Performance: Embedded systems are also employed to improve a vehicle’s performance. Electronic control units (ECUs), for instance, are used to enhance a vehicle’s overall performance by managing variables including fuel injection, ignition timing, and airflow.
Enhancing a vehicle’s comfort is another use for embedded technologies in the automobile industry. For instance, infotainment systems offer a variety of communication and entertainment capabilities that improve the enjoyment of driving.
Environmental: Automotive embedded systems are essential for minimizing the negative effects that transportation has on the environment. Electronic fuel injection systems, for instance, can cut pollutants by maximizing fuel efficiency.
The term “automotive” refers to any type of self-propelled vehicle and is derived from the Greek autos (self) and the Latin motivus (of motion). Elmer Sperry (1860–1930), the term’s inventor, first used it to describe automobiles in 1898.
A self-propelled motor vehicle intended for on-land passenger transportation is referred to as an automobile. Typically, it has a four-wheeled design and an internal combustion engine that is most frequently powered by petrol, a liquid petroleum product.
Airbags, seat belts, and anti-lock brake systems are just a few of the safety components of a car that are controlled and monitored by embedded systems. In the case of a collision, these systems cooperate to keep the driver and passenger’s safe.
Many different technologies in a variety of industries use embedded systems. Several instances include: Automobiles. In most modern cars, there are numerous computers—up to 100, sometimes—or embedded systems that are used to carry out various functions.
An automobile or other motor vehicle’s electrical systems or subsystems are controlled by an embedded system called an electronic control unit (ECU), often referred to as an electronic control module (ECM).
Today, a typical car has more than 40 ECUs, and a luxury car may have more than 150. ECUs are used in many different automotive systems, including ADAS, infotainment, body control, and comfort systems.
Leading Automotive Embedded System Market Players
Robert Bosch
Panasonic
Toshiba
Continental AG
Verizon
Denso
Mitsubishi Electric
Intel
Texas Instruments
Harman International
NXP
Nvidia
Sierra Wireless
Microchip Technology
Johnson Electric
Renesas Electronics
Delphi Automotive
The engine, fuel system, gearbox, electrical system, cooling, and lubrication system, and chassis, which include the suspension system, braking system, wheels, and tires, and body, are the key systems of a car.
Although “automobile” and “automotive” are sometimes used interchangeably, their definitions are not necessarily the same. An automobile is a four-wheeled vehicle used for transportation, while the term “automotive” can refer to any motor vehicle.
Engine:- The internal combustion engine is the beating heart and soul of your car. The timing chain, camshaft, crankshaft, spark plugs, cylinder heads, valves, and pistons are some of the components found in the engine block.
Transmission:- The gearbox, which is a gearbox full of gears and gear trains, efficiently utilizes the torque of the engine to change ratios and propel the vehicle.
Battery:- The battery provides the electricity required to power the electrical systems in your car. Your automobile won’t run without a battery.
Alternator:- As a component of the electrical system, the alternator powers the electrical system while your automobile is operating and charges the battery.
Radiator:- By eliminating heat from coolant before it is circulated back through the engine, the radiator aids in keeping the engine cool.
Brakes:- Your brakes are one of the most crucial safety features on your car and are located on all four wheels. Both the front and rear wheels have disc brakes, which are equipped with calipers and brake pads. On the back wheels of some cars, you might find drum brakes with brake shoes and wheel cylinders.
