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What classes/courses lead to working with any types of engineering careers?

I'm interested in studying for a career in that field but don't know where to start to find the work I'm looking for.

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Keyston’s Answer

Exploring classes in fields like mathematics, physics, and computer science can lay a strong foundation for various engineering careers. Gaining skills in problem-solving, critical thinking, and technical knowledge is essential. It's worth researching the different branches of engineering – from civil to electrical, mechanical to software – to identify which aligns best with your interests. Additionally, internships and projects can provide hands-on experience and connections in the industry. Keep in mind, the journey might not follow a traditional path, but persistence and continuous learning will guide you toward a fulfilling engineering career.
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Patrick’s Answer

Excellent inquiry! Math is undeniably a fundamental cornerstone in virtually all engineering disciplines. The extent to which you'll utilize the math skills you acquire largely depends on your chosen career trajectory and the specific type of engineering you opt for. However, it's worth noting that a significant number of math courses are typically required for most engineering degrees.

If you have a clear idea of the engineering specialty you're drawn to, you could enhance your knowledge by taking additional courses such as chemistry, mechanics/physics, electrical, or computer-related subjects. To get a clearer picture of what's required for a specific engineering discipline, consider researching degree prerequisites from different educational institutions.

Moreover, regardless of your chosen field, having a solid grasp of basic computer skills is crucial. Familiarity with Microsoft Office, particularly PowerPoint for presenting ideas, concepts, and projects, and Excel for data analysis, calculations, and progress tracking, is highly beneficial.

If you're still in high school, seize the opportunity to take as many math and computer/programming courses as possible. This will not only give you a head start but also save you some college expenses.

Above all, if you have a passion for problem-solving, enjoy collaborating with others, and have a knack for improving processes, then engineering could be the perfect fit for you. The world is in dire need of individuals like you who are enthusiastic about science, technology, engineering, and math (STEM). Your interest and dedication could lead to remarkable contributions in these fields. Keep going!

Patrick recommends the following next steps:

Take all the math and computer / programming courses you can
Explore degree requirements
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Vamshee’s Answer

Here are some suggested courses that high school students should consider to increase their chances of being accepted into an Engineering program:

Mathematics: It is recommended to complete four years of math, including regular and Advanced Placement (AP) courses in Algebra, Trigonometry, and Calculus.

Courses related to Computer Science, Programming, and Engineering can also be beneficial.

A strong GPA and SAT score can significantly boost your chances of acceptance, according to university standards.

In general, for undergraduate admissions, the following course requirements are typically necessary:

English: Four years of study
Sciences: Three to four years of study in subjects like Chemistry, Physics, and Biology
Social Studies: Two years of study
Foreign Language: Two years of study

I hope this information is useful! My son was able to compensate for his lower GPA with a strong SAT score and additional coursework at a community college, which improved his chances of being accepted into an engineering program.
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Edmund Joseph (Ed)’s Answer

My son is set to earn his civil engineering degree from a renowned institution, having completed challenging mathematics and computer courses. Mastery in coding is essential for engineering roles. It's also crucial to demonstrate your engineering capabilities through mathematical proof.
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Nicole’s Answer

Hi fafo. Thanks for this great question.

In general, success in any type of engineering career is grounded in begin good in math. For some people, being good in math takes practice. I know it took lots of practice for me. I didn't really know who much math I actually needed to do until I started and then completed my engineering degree. But I also knew that I wanted a career in this field, which helped me to buckle down a bit more so that I could complete my math courses. For sure math comes in many flavors. I have found that one of the most important skills that math provides for engineers is a way to detect patterns. Patterns in data, results, usage of technology. Being good in math can help individuals understand and detect patterns.

So the math thing...that is, I think, a "hard skill" that will help for any type of engineering career. One major "soft skill", that will also be helpful in an engineering career, is a high level of curiosity. Many effective individuals who have enjoyed long engineering careers also have a deep desire to learn new things and understand how things work.

I do hope you find this response helpful. Best of luck to you!
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