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Arjit Raj

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"Fundamentals of Automobile Engineering"

You don't need to have a degree in Mechanical Engineering to understand working of Automobiles.

This course is all about learning the working of cars right from basics. The course will take you on a journey in which you will learn about automobiles piece by piece. We will take the most common automobile - A Car and then understand its working by taking different parts of it, analyzing it closely and then comprehending how different parts work together enabling the vehicle to move from one point to another smoothly.

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Else

"Fundamentals of Automobile Engineering"

You don't need to have a degree in Mechanical Engineering to understand working of Automobiles.

This course is all about learning the working of cars right from basics. The course will take you on a journey in which you will learn about automobiles piece by piece. We will take the most common automobile - A Car and then understand its working by taking different parts of it, analyzing it closely and then comprehending how different parts work together enabling the vehicle to move from one point to another smoothly.

I will not be using unnecessary jargon and terms that only a car mechanic will be knowing. The journey will be for people from variety of backgrounds. So even if you are a person involved in Biology Lab or in making Android apps, you can happily enroll in the course if you have interest in knowing about Cars,

The course will be mostly in form of video lectures, where I will be explaining the different components using diagrams on whiteboard. For very complicated diagrams, I will be including images and pdfs so that your understanding can become concrete. It can take a total of 2-2.5 hours for completing the entire course.

To make this more interesting, I promise to reply to each and every genuine queries of the students, irrespective of the level of toughness of the query I wish to have every student enrolled in the class, enjoy this journey with me.

At the end of the course, you will have a strong understanding of what happens inside the car and how different components work together in making a car ride comfortable, while moving from one place to another.

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What's inside

Learning objectives

  • Understand how cars work right from basics.
  • Appreciate mechanical engineering, physics and their impact in making the world around you a better place.
  • Dive deep in any field related to automobiles of any type, in future.

Syllabus

Know your position
Captions, Interface, Settings [Must watch]

Let's start with some simple questions. Don't worry if you get any of them wrong! We will learn about it soon.

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You will understand about an important concept of Views and know about different major parts of the cars.

Engines are complicated beasts! In this we will simplify it with a help of a simple story. A boy wanders through forest and feels hungry. Check the lecture to know what happens next!

Now we will see how exactly a Gasoline Engine works and how the different functions are analogous to different steps taken by the boy.

There is another commonly used engines - Diesel Engines. In this lecture we will look at the working and differences of Diesel engine and petrol engine.

We will be learning about the frames on which different components are installed.

There are frameless cars too. Let's learn about it in this lecture.

The central portion of the legs on which cars stand - the wheels. In this we will look at the different types of the wheels and how it works.

Tyres are the ones that are in contact with the road. It is an important component which we will be learning in this lecture.

The first step in transmission of power from Engine to wheels. Let's learn about clutches - the need of it.

We will go a bit deep and learn how exactly the clutches work in a car.

An important topic - we will be learning about gears that will be helpful in understanding the other components.

A commonly used component - Gear Box. Let's see how the driver changes gears and how it effects the speed.

One very important component of any car - Differential. In this we will learn it's working.

Go through the video to learn the working in a concrete way.

We need to connect the components studied so far together. We will learn how it is done.

Links for animation

What makes the ride smooth in a car. Let's start learning about it.

The overall layout of hydraulic brakes and it's working.

Let's learn what exactly forces the wheels to stop.

How is the driver able to turn the car left or right?

The description of various control pedals.

There are variety of car models which are named after a set of rules. We will be looking at how it is done.

The journey so far! Feel free to revise the lectures if you get any of these wrong. I am there to help you with any of your Queries!

Final video of this course. It was a nice journey sharing knowledge with you all. Thanks.

Board Notes for your easy reference

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Explores automotive engineering principles in an approachable manner, making it suitable for individuals without a background in mechanical engineering
Provides a comprehensive overview of automobile components and their functions, building a strong foundation for understanding how cars work
Enhances appreciation for mechanical engineering and physics, showcasing their real-world applications in the automotive industry
Serves as a stepping stone for further exploration in diverse automotive fields
Instructor Arjit Raj provides personalized support, fostering a positive learning environment for students

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Reviews summary

Beginner's guide to car fundamentals

According to students, this course provides a solid introductory overview of automobile engineering, designed specifically for beginners without a technical background. Learners appreciate the clear, jargon-free explanations that demystify how various car components operate. The instructor's commitment to addressing student queries is a notable positive. However, some learners might find the short duration of 2-2.5 hours leads to a lack of in-depth technical detail, making it more of a conceptual primer than a comprehensive technical course. It's best suited for those seeking a general understanding rather than advanced mechanical knowledge.
A short course perfect for a rapid understanding of basics.
"At just over two hours, this course was perfect for a quick yet informative dive into car mechanics."
"I appreciated the bite-sized lessons that allowed me to learn without a huge time commitment."
"Great for getting the basics down quickly without getting bogged down."
Instructor actively engages and responds to student questions.
"The instructor truly stands by their promise to answer every question, which was super helpful."
"I got quick and clear answers to my queries, making the learning experience very supportive."
"Having the instructor available for questions really added value to this introductory course."
Covers essential car components from engine to steering system.
"This course gave me a good foundational understanding of how all the main parts of a car fit together."
"I now have a basic grasp of engines, transmission, and brakes, which was exactly what I wanted."
"It touched upon all the key systems, providing a helpful introductory picture of automobiles."
Simplifies complex car mechanics for non-technical audiences.
"As someone new to mechanical concepts, I found the explanations incredibly easy to follow and grasp."
"The instructor did a great job avoiding jargon, making complex car parts understandable to anyone."
"I appreciated that I didn't need an engineering degree to understand how cars work from this course."
Insufficient for those seeking detailed technical or professional insights.
"While a good start, I was hoping for more technical depth on engine mechanics or diagnostic tips."
"It's very introductory; don't expect to become a mechanic or engineer from this short course."
"Could use more in-depth explanations on complex systems like modern ECUs."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Fundamentals of Automobile Engineering with these activities:
Review basic physics concepts
Refreshing your understanding of physics will enhance your grasp of car mechanics.
Show steps
  • Go over your notes or textbooks from previous physics courses.
  • Solve practice problems to test your understanding.
  • Join an online forum or discussion group related to physics.
Organize your notes and materials for easy reference
Having organized materials will make studying more efficient.
Show steps
  • Gather all your notes, handouts, and assignments.
  • Create a filing system or use a digital note-taking app to organize your materials.
  • Review your materials regularly to reinforce your learning.
Solve practice problems on car part identification
Repetitive practice will improve your ability to identify car parts.
Show steps
  • Find practice problems online or in textbooks.
  • Solve the problems to the best of your ability.
  • Review your answers and learn from your mistakes.
Two other activities
Expand to see all activities and additional details
Show all five activities
Join a study group for the course
Collaborating with peers can enhance your learning experience.
Show steps
  • Find classmates who are interested in forming a study group.
  • Meet regularly to discuss course material and assignments.
  • Share notes, ask questions, and support each other.
Build a prototype of a new car design
Applying your knowledge to a practical project will deepen your understanding.
Show steps
  • Research different car designs and concepts.
  • Sketch out your own design ideas.
  • Create a prototype using materials like cardboard or foam.
  • Test your prototype and make necessary modifications.
  • Present your prototype to your instructor or classmates.

Career center

Learners who complete Fundamentals of Automobile Engineering will develop knowledge and skills that may be useful to these careers:

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