Overview

Mechanical engineering stands as a pillar of innovation and development. As the world becomes more technologically advanced, the demand for these professionals is evident globally, making “Crack Your Mechanical Engineer Interview” an essential step toward success.

From the essentials of basic mechanical engineering to the complexities of thermodynamics, each module is designed to enhance the candidate’s interview preparedness. Topics such as the significance of tolerance in engineering, the intricacies of fits, and the principles underlying manufacturing and material science are intricately explored.

The curriculum further delves into the strength of materials, the theory of machines, nuances of automobile engineering, and the pivotal principles of fluid mechanics and thermodynamics. It is a comprehensive compass for aspiring professionals eager to navigate the rigorous terrains of mechanical engineering interviews.

How will I get my certificate?

You may have to take a quiz or a written test online during or after the course. After successfully completing the course, you will be eligible for the certificate.

Who is This course for?

There is no experience or previous qualifications required for enrolment on this Crack Your Mechanical Engineer Interview. It is available to all students, of all academic backgrounds.

Requirements

Our Crack Your Mechanical Engineer Interview is fully compatible with PC’s, Mac’s, Laptop, Tablet and Smartphone devices. This course has been designed to be fully compatible with tablets and smartphones so you can access your course on Wi-Fi, 3G or 4G.

There is no time limit for completing this course, it can be studied in your own time at your own pace.

Career Path

Learning this new skill will help you to advance in your career. It will diversify your job options and help you develop new techniques to keep up with the fast-changing world. This skillset will help you to—

Open doors of opportunities
Increase your adaptability
Keep you relevant
Boost confidence

And much more!

Course Curriculum

11 sections
22 lectures
00:00:00 total length

Expand all sections

Section 01: Introduction

Scope of the course

00:03:00

Section 02: Basic Mechanical Engineering (BME)

Introduction to Basic Mechanical Engineering

00:02:00
Explain the term torque

00:03:00
State Archimedes Principle

00:02:00
What is the importance of tolerance in engineering?

00:04:00
Explain different types of fits

00:03:00

Section 03: Manufacturing & Material Science

Introduction to Manufacturing & Material Science

00:01:00
Define pitting

00:03:00
Distinguish Between A Jig And Fixture

00:03:00
Explain knurling

00:03:00
Why is heat treatment of steel metal crucial?

00:03:00
What is extruded aluminium?

00:02:00
What do you mean by annealing?

00:04:00
How is martensite structure formed in steel?

00:04:00

Section 04: Strength Of Material (SOM)

Introduction to Strength Of Material

00:01:00
Define a uniformly distributed load

00:04:00
Define Buckling Factor

00:02:00
Is it the stress that produces strain or vice-versa

00:04:00
What is the value of modulus of elasticity of steel?

00:03:00
What is Stress Concentration?

00:03:00

Section 05: Theory Of Machine (TOM)

Introduction to Theory Of Machine

00:01:00
What is gear ratio?

00:01:00
What do you mean by cotter joint

00:04:00
What are the advantages of Gear drive?

00:04:00
What are the benefits of cycloidal gears?

00:03:00

Section 06: Automobile Engineering

Introduction to automobile engineering

00:01:00
What are the various types of brakes?

00:03:00
Differentiate between scavenging and supercharging

00:03:00
In IC engine, which part is known as column?

00:03:00
What causes white smoke in two-stroke locomotive engines?

00:03:00
What is the difference between turbochargers and superchargers?

00:02:00

Section 07: Fluid Mechanics (FM)

Introduction to Fluid Mechanics

00:01:00
Explain The Difference Between Rotational And Irrotational Flow?

00:03:00
Navier Stokes Equation Represents The Conservation Of Which Quantity?

00:03:00
What are major and minor head losses in a fluid flow system?

00:03:00
What is a Newtonian fluid?

00:05:00
What are the differences between elbows and bends? Which has greater head losses?

00:05:00
What is the ratio of the thickness of TBL to the thickness of HBL?

00:03:00