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Understanding the Concept of Engineering Mathematics

 

If you're taking an engineering course, most people will assume you are great at math. Mathematics plays a significant role in engineering. You have to know how to use logic and numbers to solve equations and real life problems if you want to be an engineer.

 

In the first year of an engineering class, students are taken through advanced geometry, algebra and trigonometry. Algebra has been around for several years. It has helped humans to solve various problems and develop long-lasting solutions. The algebra taught in high school and middle schools is basic algebra, which usually involves a few variables in an equation. In engineering, variables and equations are used to find missing elements.

 

Trigonometry, basically, is the study of shapes and angles. Geometry is about proving and understanding theorems regarding various shapes like circles and triangles. It also entails studying the characteristics of shapes and using the info to solve problems in trigonometry.

 

In the sophomore year, engineering students are introduced to advanced calculus. The main types of calculus taught under engineering mathematics are integral and differential calculus. Integral calculus primarily entails using geometry in real life situations such as calculating time and temperature. Differential calculus, on the other hand, is used to measure velocity and distance.

 

Physics is also taught in the second year of engineering. It's an essential engineering bridging coures in engineering because it helps students understand engineering mechanisms better. Physics enables engineers to find solutions to problems involving both immobile and mobile objects.

 

In the last three years of an engineering degree, you'll study less theory and more practical courses. Third year engineering students study advanced mathematics subjects like probability, matrices and statistics. The type of math you'll study as an engineering student will depend on your major. On the fourth year, expect more math courses. You'll learn thermodynamics and engineering economics.

 

After four years, you'll feel as though you're ready to handle real life issues. However, you'll still have one more year of study before graduating with an engineering degree. In the fifth year, which is the final year, you'll study the remaining engineering mathematics subjects that will help you develop practical solutions. Students are often encouraged to take supplementary math courses to further their knowledge.

 

Math is a great solution to our problems, but is one of the most challenging subjects. Many students understand mathematics when they begin using it in their course applications and designs. It's advisable to focus on understanding math concepts to become a good engineer.

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