What To Do With A Mechanical Engineering Degree | What is mechanical engineering
Mechanical engineering is a branch of engineering that focuses on design and Analysis. And manufacturing, of mechanical systems. This major is highly math, especially, calculus and physics. Based on of the great things about mechanical engineering is that is highly versatile.
What you can do is students who graduate as a mechanical engineering major, can go into
- Automotive heating
- air conditioning materials
- robotics work in the energy sector
- combustion engines, and many more.
Now besides Mechanical engineering classes, you’ll take a little bit of everything.
You have to take a few electron engineering classes to learn about the basics of circuits and possibly some of the basics of electronics is Well, you have to do a little programming and become decently proficient in Matlab, which is a software that allows you to create plots and grass and do complicated math, Way.
what graphing calculator can do you possibly have to do a welding class?
Then, of course, you have to take about two years of math, mostly calculus, and about one year of physics. Now, the first main class of mechanical engineering would be Statics real. This would be like looking at the forces and torques, Something like a trust that holds up a bridge. We have to analyze the forces that individuals be field due to external forces.
It’s similar to your high school physics. Class projectile motion, momentum, energy, forces, and more but is much more involved. You look at the motion of a much more complex system have to find things like velocity acceleration. Chin, energy, force, and more of different parts of that system. Then your third year, you even take a more advanced version of this class for your look at these complex systems.
But now in three dimensions
So as you can probably already see mechanical engineering volt, a lot of advanced physics when you enter your third year, you’ll take a course called fluid mechanics and in this course, you’ll stay the properties and mechanics of fluids such as air and water. This class is very calculus base.
For example, you could study how the pressure of water Changes to the flows through a set of pipes and a closed environment as height and type Dimensions change. The principles to solve, this is foundational for how your car, brakes work.
So that they move as much as possible from any amount of wind, and you can analyze why different shapes are better or worse. And if airplanes interests, you, you can even learn how wind flows over a wing to produce aerodynamic Force.
This also applies to the car or Which optimized increases cars. MPG, you also take a class called thermodynamics which deals with the relations between heat and other forms of energy, such as mechanical electrical or chemical in this class will study the combustion engine which applies to cars and boats and aircraft and you’ll learn these engines in great depth and see how they are constantly making adjustments to make them more efficient.
You go as far back and learn how the first steam engine was created and will learn how similar ideas are still. I’ll be used in power plants today to produce energy to power, your TV, turn on your lights, and power. Your appliances will then take a vibrations class for you’ll analyze the mechanical vibrations that occur in different objects.
Think about it, if you were to drop a metal object when it hits the ground, you might observe or even hear it vibrating will in mechanical systems like planes cars, satellites, and more that are moving. It’s important to analyze the system even down for that, vibrations to ensure. The system can withstand those vibrations, that occur.
Have you ever seen it in movies? A person?
That makes it shattered buildings, even need to account for this because in the case of an earthquake, the building will shake and vibrations will be created. This is a building in Japan that was structurally built to have High winds and strong earthquakes from causing strong.
Vibrations one thing they did was put something called a tuned mass damper near the top of the building which weighs 728 tons and is something that is engineered to reduce mechanical vibrations that can save the building from destruction during natural disasters in 1940, the Tacoma Bridge collapse and what they found afterward was of vibrations occurred due to interactions between the And the wind was just kept amplifying until it fell apart.
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- what can you do with a mechanical engineering degree?