ENGINEERING
One of the most desired and dedicated professions; which has worked on changing our life for good since long. Engineering is the application of science; a combination of both mathematics, as well as scientific skills, combined to construct or reconstructs commodities, devices, and gadgets.
To normal people, it may seem just machines or mechanical parts that are used to create their lovely houses but to engineers, they are no less them art fracture. It’s not all mind strategy that they have studied or learned all those years in university but also the hard work and passion they put while constructing a unit of buildings or machines.
As it is rightly said that,” Science research on what’s already there but engineers make what never has been seen.”
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There are more than 40 types of engineering degrees and courses present all over the world. Engineering is a broad term that covers a wide range of applications and industries.
Combining mathematical skills, science, and technology, engineers produce creative solutions to real-world problems is something our engineers know how to do.
Now, let’s explain some of these engineering skills.
In the past engineering could be divided into 4 main branches that were mechanical, chemical, civil, and electrical engineering with their sub-branches but now the number of degrees has increased drastically as Engineering is one of the top courses over the word and the demanding ratio of engineers needed.
Some major and renowned engineering degrees are as follows
A. AEROSPACE ENGINEERING:
The field of engineering concerned with the construction and development of air crafts and space crafts due to which it is also called Astronomical Engineering.
It also deals with the maintenance and adding structural defenses to aircraft like keeping in check of missiles and weapons system associated with fighter jets.
The aircrafts face atmospheric pressure and temperature change, therefore, the main focus includes flight safety, fuel efficiency, operating cost, and environmental impact.
An aerospace engineer can go two ways, either they can go in the research and development field where they are continuously needed to address problems as well as applications in various fields of aerospace science and technology, for example, air transportation and aircrafts operations.
The second way is the maintenance field where they are likely to learn and perform their duties by knowing computer-aided design software for planes. And as time passes, the most experienced engineer may investigate air crashes and malfunctioning of parts of an aircraft.
B. BIOMEDICAL ENGINEERING:
Biomedical engineering or BBE of medical engineering refers to the applications of engineering tactics in designing and creating medical equipment s and health-care facilities.
With both increasing health hazards and an increase in medical problems, new medicine, and medicinal technique and technology is required on a daily bases to overcome these substantial and circumstantial problems.
Medical engineering offers and permits us to do fairly well in the medical field. Allowing us to improve the health of patients and allow health care professionals to solve problems effectively.
The people who want to prosper in the biomedical field should have great knowledge of math, genetics, chemistry, and physics.
X rays machines, electrocardiographs, nanotechnology, and Bluetooth pulse and more are great examples of biomedical engineering.
C. CHEMICAL ENGINEERING:
it consists of using synthetic material, processing it, and forming a product that is helpful in other fields of life.
Chemical engineers are sometimes called ‘Universal Engineers’ because they are essentially concerned with transferring are things into another thing i.e. creating new ones from the existing ones.
They focus on improving the exciting process and eventing more diligent and meaning resources,
The person working in this industry should have outstanding knowledge of maths, physics, and chemistry. Dealing with chemicals is no kid’s toy. Biology is also a core subject but is needed in a typically specialized area.
Pharmaceutical, energy, and information technology are the fields where chemical engineering is used the most. Depending on the role, sometimes working with the chemicals can cause health hazards. Therefore, proper equipment and chemical protection methods should be used while working in strict conditions.
D. CIVIL ENGINEERING:
One of the oldest and broadest engineering disciplines. The reads, bridges, building tunnels are all constructed with the civil engineering method.
In civil engineering people design, construct, built, and operate infrastructure projects. Even the most simple building of the house needs a civil engineer to make sure of its proper built and maintenance.
Not only this; the water supply and sewage treatment also need civil engineers’ guidance.
Civil engineers deal with almost everything that constructed around us. They play an extreme role in our society. They take care of the overall structure, making, and construction of every item that needs wires, pipes, and bricks in it.
E. MECHANICAL ENGINEERING:
Using the principles of physics or mathematics, the machines that are created to improve life and lifestyle are all mechanical engineers that design and construct machines and mechanical equipment such as generators, car engines, and refrigerators, and air conditioning systems.
The mechanical engineers use laws and principles of maths and physics to create devices that we use in our day to day life.
Mechanical engineering is a diverse and versatile field with a study of objects in motion.
Studying various components of computer programming to power systems and cover technical subjects such as fluid mechanics, thermodynamics, and hydraulics.
Mechanical engineering is a type of field where you get a touch of civil and electrical engineering also.
This is the most general type of engineering but needs precision and good handling of machines.
F. ELECTRICAL / ELECTRONIC ENGINEERING:
The branch of engineering dealing with circuit and circuit systems. The applications of electricity, electronics, and electromagnetism.
The more experienced engineers work in big power plants and small and big hardware companies.
They are responsible for designing; maintain the flow of power from engine attached devices.
Manufacturing, operating industrial machinery, electric motors, and ignitions for automobiles, aircraft, space crafts, and many more engines.
A well-qualified engineer often works from a range of areas like computers, cell phones, electronic gadgets, radars, navigation systems, etc.
Having a strong background in physics and science subjects is an essentials need for electronic engineering and determination to pursue a successful carrier in this field. Engineering is a way by which people improve their lives. Engineering helps us to be creative and create. Engineers being in demand earn a lot in case of money as well as respect in society. As it is said, ’’Science can amuse and fascinate us all, but it is engineering that changes the world.’’
