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What are options of majors i can take if im interested in engineering?
Im in high school and i found i like engineering but im not taking a engineering class at school. Im not knowledgeable on the different paths i can go.
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Robert’s Answer
Hi Xianghao, In addition to the great advice already given, let me add one more tip: Look at your hobbies and extracurricular activities. I’ve found that my successful friends and I in engineering chose our specialties based on what we did for fun. My buddy Dan loved to work on his car and chose mechanical engineering, with a minor in automotive engineering. Another friend spent his off-hours working with his chemistry set and using his microscope to examine tiny bugs in pond water; naturally became an biochemical engineer. My ham radio hobby led me to electrical engineering. We’ve all done well in our career lives by choosing what brings us joy, plus matched our skills. Enjoy your adventure!
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Teklemuz’s Answer
First, you need to identify your strengths by thinking about which subjects you enjoy and excel at, because your skills will guide the type of engineering that suits you best. For example, if you are good at mathematics, calculations, and enjoy designing or innovating, fields like mechanical, electrical, or aerospace engineering might be a great fit. Next, consider your future career goals or what you want to become, since different engineering fields lead to very different paths. Mechanical engineers design and build machines, engines, and robots, focusing on how things move and work, while electrical engineers work with circuits, electronics, and power systems, making devices like computers, phones, or energy grids function. Civil engineers plan and construct buildings, bridges, roads, and other infrastructure, ensuring they are safe and durable, while environmental engineers use science and engineering to tackle environmental challenges, such as cleaning water, reducing pollution, and managing waste.
If you enjoy computers, programming, and problem-solving, computer or software engineering could be ideal, while chemical engineers develop and improve processes to make chemicals, fuels, medicines, and materials, often working in labs or factories. Biomedical engineers design medical devices, prosthetics, and health technologies, bridging engineering with healthcare, and aerospace engineers focus on designing and testing aircraft, spacecraft, and satellites, applying physics and engineering to flight. Even if your school doesn’t offer engineering classes, you can explore your interests through online courses, robotics clubs, science fairs, or personal projects. Talking to professionals or visiting university programs can also help you discover which field matches your strengths, passions, and future goals.
If you enjoy computers, programming, and problem-solving, computer or software engineering could be ideal, while chemical engineers develop and improve processes to make chemicals, fuels, medicines, and materials, often working in labs or factories. Biomedical engineers design medical devices, prosthetics, and health technologies, bridging engineering with healthcare, and aerospace engineers focus on designing and testing aircraft, spacecraft, and satellites, applying physics and engineering to flight. Even if your school doesn’t offer engineering classes, you can explore your interests through online courses, robotics clubs, science fairs, or personal projects. Talking to professionals or visiting university programs can also help you discover which field matches your strengths, passions, and future goals.
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Manu Nicholas’s Answer
Engineering is a massive field so I get why it feels overwhelming. Let me break down some of the big ones based on what I've seen going through it myself.
Electrical Engineering is circuits, power systems, signal processing, electronics. If you've ever wondered how your phone, a power grid, or basically any electronic device works at a fundamental level, that's EE.
Computer Engineering is where hardware meets software. You're designing processors, working with embedded systems, networking, servers. I work with servers now and CompE gives you a really well-rounded understanding of how everything connects. If you like both the physical and digital side of tech, this is it.
I actually dual degreed in both EE and CompE, and having both has been huge. There's a lot of overlap between the two but they complement each other really well.
Mechanical Engineering is the broadest one. Cars, robotics, aerospace, manufacturing. If you like building physical things and understanding how they move, you'll feel at home here.
Civil Engineering is buildings, bridges, roads, water systems. The stuff that keeps cities running.
Chemical Engineering is heavy on chemistry and deals with manufacturing, energy, pharmaceuticals. Not for everyone but great job market.
These are just the major ones though. There's also Aerospace, Biomedical, Industrial, Software, Environmental, Nuclear, Materials Engineering and way more. The field is huge and there's probably a niche for whatever interests you.
Most schools give you a year or so to figure it out and a lot of the intro courses overlap anyway. Just start exploring. Watch some YouTube videos, mess around with projects, and pay attention to what actually excites you. That's how most of us figured it out too.
Electrical Engineering is circuits, power systems, signal processing, electronics. If you've ever wondered how your phone, a power grid, or basically any electronic device works at a fundamental level, that's EE.
Computer Engineering is where hardware meets software. You're designing processors, working with embedded systems, networking, servers. I work with servers now and CompE gives you a really well-rounded understanding of how everything connects. If you like both the physical and digital side of tech, this is it.
I actually dual degreed in both EE and CompE, and having both has been huge. There's a lot of overlap between the two but they complement each other really well.
Mechanical Engineering is the broadest one. Cars, robotics, aerospace, manufacturing. If you like building physical things and understanding how they move, you'll feel at home here.
Civil Engineering is buildings, bridges, roads, water systems. The stuff that keeps cities running.
Chemical Engineering is heavy on chemistry and deals with manufacturing, energy, pharmaceuticals. Not for everyone but great job market.
These are just the major ones though. There's also Aerospace, Biomedical, Industrial, Software, Environmental, Nuclear, Materials Engineering and way more. The field is huge and there's probably a niche for whatever interests you.
Most schools give you a year or so to figure it out and a lot of the intro courses overlap anyway. Just start exploring. Watch some YouTube videos, mess around with projects, and pay attention to what actually excites you. That's how most of us figured it out too.
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Dan’s Answer
There are tons of different educational paths you can take to pursue an engineering career; regardless of the sector, math will be very important for you. Algebra, geometry, and trigonometry are all highly relevant. Physics is also a great choice if you are attracted to "how stuff works."
Engineering as a discipline is extremely diverse - you have so many options available to you. Mechanical, electrical, civil, architectural, industrial... The possibilities are almost endless.
When I was in high school, I only took a couple of AutoCAD classes. I'm a mechanical engineer by trade & I learned almost everything "on the job." Don't stress too much about your path in college - no matter what job you choose, your future employer will train you on their way of doing things. Don't stress & just take classes that interest you!
Engineering as a discipline is extremely diverse - you have so many options available to you. Mechanical, electrical, civil, architectural, industrial... The possibilities are almost endless.
When I was in high school, I only took a couple of AutoCAD classes. I'm a mechanical engineer by trade & I learned almost everything "on the job." Don't stress too much about your path in college - no matter what job you choose, your future employer will train you on their way of doing things. Don't stress & just take classes that interest you!
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William’s Answer
Hi Xianghao,
Thank you for this interesting query. Engineering is rather a vast field of study. Firstly, it requires sufficient proficiency in subjects such as mathematics, physics, chemistry, graphics & design as well as computer applications in high school.
Traditional areas of specialization include civil, electrical, mechanical, structural and production engineering. Others include software engineering (AI inclusive) biomedical engineering & robotics. Highly specialized areas focus on aerospace & automotive engineering. Therefore, there is plenty to choose from.
Choices are normally influenced by special gifts/talent, interest, fascination in what surrounds us, desire to make a difference in society etc. Role models play an important part too. Just keep in mind that engineering has always been about finding solutions to many of the challenges humanity faces. Wish you the best of luck.
Thank you for this interesting query. Engineering is rather a vast field of study. Firstly, it requires sufficient proficiency in subjects such as mathematics, physics, chemistry, graphics & design as well as computer applications in high school.
Traditional areas of specialization include civil, electrical, mechanical, structural and production engineering. Others include software engineering (AI inclusive) biomedical engineering & robotics. Highly specialized areas focus on aerospace & automotive engineering. Therefore, there is plenty to choose from.
Choices are normally influenced by special gifts/talent, interest, fascination in what surrounds us, desire to make a difference in society etc. Role models play an important part too. Just keep in mind that engineering has always been about finding solutions to many of the challenges humanity faces. Wish you the best of luck.