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what do you need to study when taking engineering?
It seems interesting and I might want to try to learn a bit about it
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Brent’s Answer
Hello, I am an engineer, and have worked with different kinds of engineers from many programs.
Although each program is different they have one thing in common. Engineers like to solve problems.
Your initial year in an engineering program will require you to take some or all of these calculus, physics, chemistry, programming language, biology, geology
Starting in your second year you will begin to specialize based on the type of engineering you interested in. Computer (hardware/software) civil, mechanical ...
Regardless of the specialty each engineer is curious, want's to learn. and solve problems
If you are interested in this type of work and working with like minded people.
This could be a good fit for you.
You may also want to take a look at the websites of engineering schools in your area, or arrange a visit
Good Luck
Although each program is different they have one thing in common. Engineers like to solve problems.
Your initial year in an engineering program will require you to take some or all of these calculus, physics, chemistry, programming language, biology, geology
Starting in your second year you will begin to specialize based on the type of engineering you interested in. Computer (hardware/software) civil, mechanical ...
Regardless of the specialty each engineer is curious, want's to learn. and solve problems
If you are interested in this type of work and working with like minded people.
This could be a good fit for you.
You may also want to take a look at the websites of engineering schools in your area, or arrange a visit
Good Luck
Updated
Akerke’s Answer
Hello🤗
An engineer is a specialist who develops and optimizes production processes and technologies in a variety of industries.
An engineer is a technical specialist, so he is characterized by high accuracy, pedantry, and a mathematical mindset. Technical literacy, analytical skills, determination, perseverance, and self-sufficiency are important.
The first subject that is important to engineering majors is mathematics. Students are expected to take courses in Statistics, Algebra and multiple classes in Calculus. Another subject that is required is Chemistry. General Chemistry and Organic Chemistry are usually both required. Physics is one of the most important sections of the engineering curriculum. Physics usually come in two different parts. The first section covers Calculus Based Physics I and the second covers Physics II.
An engineer is a specialist who develops and optimizes production processes and technologies in a variety of industries.
An engineer is a technical specialist, so he is characterized by high accuracy, pedantry, and a mathematical mindset. Technical literacy, analytical skills, determination, perseverance, and self-sufficiency are important.
The first subject that is important to engineering majors is mathematics. Students are expected to take courses in Statistics, Algebra and multiple classes in Calculus. Another subject that is required is Chemistry. General Chemistry and Organic Chemistry are usually both required. Physics is one of the most important sections of the engineering curriculum. Physics usually come in two different parts. The first section covers Calculus Based Physics I and the second covers Physics II.
Updated
Gina’s Answer
When studying engineering, you will typically focus on a specific discipline within the field. However, there are some foundational subjects that are common across most engineering disciplines. Here are some key areas of study in engineering:
1. Mathematics: Engineering heavily relies on mathematics, so you will need a strong foundation in calculus, differential equations, linear algebra, and probability/statistics.
2. Physics: Understanding the principles of physics is crucial in engineering. Topics such as mechanics, thermodynamics, electromagnetism, and optics are commonly studied.
3. Chemistry: Basic knowledge of chemistry is important, especially for fields like chemical engineering or materials science.
4. Computer Science: Proficiency in computer programming and software tools is increasingly important in engineering. Learning programming languages like Python, MATLAB, or C++ can be beneficial.
5. Engineering Mechanics: This area covers statics (study of forces in equilibrium), dynamics (study of motion and forces), and mechanics of materials (study of how materials deform under different loads).
6. Materials Science: This field focuses on the properties, behavior, and selection of materials used in engineering applications.
7. Electrical Circuits: Understanding the fundamentals of electrical circuits is essential for many engineering disciplines, including electrical, electronics, and computer engineering.
8. Engineering Design: Learning about the design process, problem-solving techniques, and engineering ethics is crucial for developing practical engineering skills.
9. Specialized Courses: Depending on your chosen engineering discipline, you will take more specialized courses related to that field. For example, civil engineering may include courses on structural analysis and design, while mechanical engineering may include courses on thermodynamics and mechanical systems.
It's important to note that the specific courses and curriculum may vary depending on the engineering discipline and the university you attend. It's recommended to research the specific requirements and course offerings of the engineering program you are interested in to get a more detailed understanding.
1. Mathematics: Engineering heavily relies on mathematics, so you will need a strong foundation in calculus, differential equations, linear algebra, and probability/statistics.
2. Physics: Understanding the principles of physics is crucial in engineering. Topics such as mechanics, thermodynamics, electromagnetism, and optics are commonly studied.
3. Chemistry: Basic knowledge of chemistry is important, especially for fields like chemical engineering or materials science.
4. Computer Science: Proficiency in computer programming and software tools is increasingly important in engineering. Learning programming languages like Python, MATLAB, or C++ can be beneficial.
5. Engineering Mechanics: This area covers statics (study of forces in equilibrium), dynamics (study of motion and forces), and mechanics of materials (study of how materials deform under different loads).
6. Materials Science: This field focuses on the properties, behavior, and selection of materials used in engineering applications.
7. Electrical Circuits: Understanding the fundamentals of electrical circuits is essential for many engineering disciplines, including electrical, electronics, and computer engineering.
8. Engineering Design: Learning about the design process, problem-solving techniques, and engineering ethics is crucial for developing practical engineering skills.
9. Specialized Courses: Depending on your chosen engineering discipline, you will take more specialized courses related to that field. For example, civil engineering may include courses on structural analysis and design, while mechanical engineering may include courses on thermodynamics and mechanical systems.
It's important to note that the specific courses and curriculum may vary depending on the engineering discipline and the university you attend. It's recommended to research the specific requirements and course offerings of the engineering program you are interested in to get a more detailed understanding.
Loved reading this, thanks!
Bryan
So glad you enjoyed it, good luck in all you do!
Gina Cabrera