9 answers
Niha
Student
9
Questions
Asked
1607 views
I need to decide somthing help me with that?
I am a high school student with a major in engineering. I need to know if my interest in one of the many branches of engineering is too difficult, asIi tried alot .Can anyone please suggest a website or any other thing that can help me to clear the path of career moreover i am looking forward to take quantum physics as a option please let me know if its wrong disicsion and the scope in this field along with that tell me the list of career with its scope.
Thank you so much for your time.
9 answers
Michelle Brenier
Content Writer
11
Answers
Hanford, California
Updated
Michelle’s Answer
It's perfectly fine to be unsure about which engineering field to choose; many high school students feel the same way. Instead of focusing on what's hardest, think about what excites you and what problems you enjoy solving. Quantum physics is a great option, offering careers in research, quantum computing, engineering, materials science, semiconductor technology, computer science, and data analysis.
Remember, this path usually requires strong math skills and an understanding of physics. Try exploring it with an introductory course or small projects before making a big commitment.
Consider taking career tests, online classes, or talking to professionals to learn more. Websites like CareerVillage, ONET, and university career pages can provide valuable insights into education requirements, daily tasks, and career prospects. You don't need to have your career all figured out in high school. Take your time to explore and choose a path that truly feels right for you, allowing you to learn and grow along the way.
Remember, this path usually requires strong math skills and an understanding of physics. Try exploring it with an introductory course or small projects before making a big commitment.
Consider taking career tests, online classes, or talking to professionals to learn more. Websites like CareerVillage, ONET, and university career pages can provide valuable insights into education requirements, daily tasks, and career prospects. You don't need to have your career all figured out in high school. Take your time to explore and choose a path that truly feels right for you, allowing you to learn and grow along the way.
Thanks, can't wait to put this advice into action!
Niha
ANTHONY SYLVESTER
School counselor
38
Answers
Onitsha, Anambra, Nigeria
Updated
ANTHONY’s Answer
Hi Niha,
It's completely normal to feel uncertain when you're interested in several fields, especially in engineering. The fact that you're exploring your options is a strength, not a weakness.
Before deciding, spend some time understanding what genuinely interests you. Ask yourself:
Which subjects do I enjoy learning even when they're challenging?
Do I enjoy designing, building, programming, researching, or solving theoretical problems?
What kind of work environment do I see myself in?
If you're considering quantum physics, know that it's a fascinating field, but it is also mathematically and conceptually demanding. If you truly enjoy physics, mathematics, and solving complex problems, it can lead to rewarding careers in quantum computing, semiconductor technology, research, cybersecurity, photonics, aerospace, academia, and advanced engineering. The demand for professionals in quantum technologies is expected to grow over the coming years.
To explore careers, I recommend using:
Career explorer (careerexplorer.com)
O*NET OnLine (onetonline.org)
The Princeton Review Career Quiz
Coursera and edX to take introductory courses in engineering and physics before committing to a path.
Remember, you don't need to have your entire career figured out today. Focus on discovering your strengths, interests, and values, then choose a path that aligns with them. Many successful engineers refine or even change their specialization during university or later in their careers.
Take your time, stay curious, and don't let the difficulty of a subject discourage you if you're genuinely passionate about it. Passion, consistent effort, and resilience often matter more than choosing the "perfect" field from the start.
I wish you all the best as you explore your future.
It's completely normal to feel uncertain when you're interested in several fields, especially in engineering. The fact that you're exploring your options is a strength, not a weakness.
Before deciding, spend some time understanding what genuinely interests you. Ask yourself:
Which subjects do I enjoy learning even when they're challenging?
Do I enjoy designing, building, programming, researching, or solving theoretical problems?
What kind of work environment do I see myself in?
If you're considering quantum physics, know that it's a fascinating field, but it is also mathematically and conceptually demanding. If you truly enjoy physics, mathematics, and solving complex problems, it can lead to rewarding careers in quantum computing, semiconductor technology, research, cybersecurity, photonics, aerospace, academia, and advanced engineering. The demand for professionals in quantum technologies is expected to grow over the coming years.
To explore careers, I recommend using:
Career explorer (careerexplorer.com)
O*NET OnLine (onetonline.org)
The Princeton Review Career Quiz
Coursera and edX to take introductory courses in engineering and physics before committing to a path.
Remember, you don't need to have your entire career figured out today. Focus on discovering your strengths, interests, and values, then choose a path that aligns with them. Many successful engineers refine or even change their specialization during university or later in their careers.
Take your time, stay curious, and don't let the difficulty of a subject discourage you if you're genuinely passionate about it. Passion, consistent effort, and resilience often matter more than choosing the "perfect" field from the start.
I wish you all the best as you explore your future.
Thanks, can't wait to put this advice into action!
Niha
Celeste Williams
Consultant, E-Business
6
Answers
Georgetown, Texas
Updated
Celeste’s Answer
Hi Niha,
It's completely normal to feel unsure about which branch of engineering to pursue. The fact that you've explored different areas is actually a good thing because it helps you understand what interests you most and what doesn't.
When it comes to quantum physics, I wouldn't say it's a wrong decision at all. It's definitely a challenging field, but if you're curious about how things work at the smallest scales and enjoy math, physics, and problem-solving, it can be a very exciting path to explore. At the high school stage, you don't need to have everything figured out yet. Focus on building a strong foundation in math, physics, and even a bit of programming, and your interests will become clearer over time.
A few resources that might help you explore different career paths are:
O*NET Online – Career information and job outlooks
Coursera and edX – Introductory courses in engineering, physics, and technology
MIT OpenCourseWare – Free courses from MIT
Engineering.com – Articles and insights into engineering careers
Some careers related to quantum physics include:
Quantum Computing Engineer
Quantum Software Developer
Research Scientist
Electrical/Electronics Engineer
Photonics or Optical Engineer
Data Scientist
University Professor or Researcher
The field is still emerging, which means opportunities are growing in areas such as quantum computing, cybersecurity, advanced materials, and scientific research.
My suggestion is not to ask, "Is this field too difficult?" Instead, ask, "Am I interested enough to keep learning even when it gets difficult?" Every engineering discipline has challenging moments, but genuine curiosity makes those challenges much easier to overcome.
Good luck with your journey and remember that exploring different options now is part of finding the career that's right for you!
It's completely normal to feel unsure about which branch of engineering to pursue. The fact that you've explored different areas is actually a good thing because it helps you understand what interests you most and what doesn't.
When it comes to quantum physics, I wouldn't say it's a wrong decision at all. It's definitely a challenging field, but if you're curious about how things work at the smallest scales and enjoy math, physics, and problem-solving, it can be a very exciting path to explore. At the high school stage, you don't need to have everything figured out yet. Focus on building a strong foundation in math, physics, and even a bit of programming, and your interests will become clearer over time.
A few resources that might help you explore different career paths are:
O*NET Online – Career information and job outlooks
Coursera and edX – Introductory courses in engineering, physics, and technology
MIT OpenCourseWare – Free courses from MIT
Engineering.com – Articles and insights into engineering careers
Some careers related to quantum physics include:
Quantum Computing Engineer
Quantum Software Developer
Research Scientist
Electrical/Electronics Engineer
Photonics or Optical Engineer
Data Scientist
University Professor or Researcher
The field is still emerging, which means opportunities are growing in areas such as quantum computing, cybersecurity, advanced materials, and scientific research.
My suggestion is not to ask, "Is this field too difficult?" Instead, ask, "Am I interested enough to keep learning even when it gets difficult?" Every engineering discipline has challenging moments, but genuine curiosity makes those challenges much easier to overcome.
Good luck with your journey and remember that exploring different options now is part of finding the career that's right for you!
Thank you, Celeste for the advice.
Niha
Sahida Khatun
Software Consultant and Analyst
137
Answers
Kolkata, West Bengal, India
Updated
Sahida’s Answer
Hi Niha,
If you love both engineering and Quantum Physics, you have exciting options ahead. Start with a bachelor's degree in Physics, Computer Science, Electrical Engineering, Electronics, or Engineering Physics. Later, you can focus on Quantum Computing or Quantum Technologies for your master's or through research. This approach keeps your career options wide open and gets you ready for a booming tech field.
There's no rush to decide right now. Take your time to explore different areas of engineering. Watch some introductory lectures, try free online courses, and work on small projects. Hands-on experience often helps you discover what you truly enjoy.
Here are some useful websites for exploring careers:
- ONET OnLine: Discover various careers, skills needed, education paths, and future demand.
- My Next Move: Find career interests and explore occupations.
- MIT OpenCourseWare: Access free university courses in engineering, math, and physics.
- Coursera and edX: Start with introductory courses from top universities.
- Qiskit Learning (IBM): Learn the basics of quantum computing.
- Quantum Country: Get an interactive introduction to quantum computing concepts.
Remember, the best career path is the one that keeps you eager to learn. Don't let challenges deter you if the subject excites you. Build a solid foundation, stay curious, and your interests will become clearer with time.
Wishing you all the best for your future. Your curiosity and proactive approach show you're on the right track.
If you love both engineering and Quantum Physics, you have exciting options ahead. Start with a bachelor's degree in Physics, Computer Science, Electrical Engineering, Electronics, or Engineering Physics. Later, you can focus on Quantum Computing or Quantum Technologies for your master's or through research. This approach keeps your career options wide open and gets you ready for a booming tech field.
There's no rush to decide right now. Take your time to explore different areas of engineering. Watch some introductory lectures, try free online courses, and work on small projects. Hands-on experience often helps you discover what you truly enjoy.
Here are some useful websites for exploring careers:
- ONET OnLine: Discover various careers, skills needed, education paths, and future demand.
- My Next Move: Find career interests and explore occupations.
- MIT OpenCourseWare: Access free university courses in engineering, math, and physics.
- Coursera and edX: Start with introductory courses from top universities.
- Qiskit Learning (IBM): Learn the basics of quantum computing.
- Quantum Country: Get an interactive introduction to quantum computing concepts.
Remember, the best career path is the one that keeps you eager to learn. Don't let challenges deter you if the subject excites you. Build a solid foundation, stay curious, and your interests will become clearer with time.
Wishing you all the best for your future. Your curiosity and proactive approach show you're on the right track.
Thanks, can't wait to put this advice into action!
Niha
Veeraj Patel
Software Engineer
10
Answers
Jacksonville, Florida
Updated
Veeraj’s Answer
Niha, don’t worry if engineering feels difficult right now—that’s actually a good reason to explore the different branches before choosing one. I’d recommend checking out CareerVillage, Khan Academy, and MIT OpenCourseWare to learn more about engineering and physics and see what interests you most.
Quantum physics is definitely not a wrong choice if you enjoy math, physics, and solving challenging problems. It can lead to careers in quantum computing, research, engineering, semiconductors, aerospace, and technology. You could also explore mechanical, electrical, computer, civil, chemical, and aerospace engineering.
My advice is not to worry about finding the “perfect” field yet. Try a few introductory courses or small projects and pay attention to what makes you curious enough to keep learning. That will help point you in the right direction. Good luck!
Quantum physics is definitely not a wrong choice if you enjoy math, physics, and solving challenging problems. It can lead to careers in quantum computing, research, engineering, semiconductors, aerospace, and technology. You could also explore mechanical, electrical, computer, civil, chemical, and aerospace engineering.
My advice is not to worry about finding the “perfect” field yet. Try a few introductory courses or small projects and pay attention to what makes you curious enough to keep learning. That will help point you in the right direction. Good luck!
I'm excited to put your great advice to good use!
Niha
Priyanka S
Consulting
2
Answers
McLean, Virginia
Updated
Priyanka’s Answer
Hi Niha, This a really common feeling that a lot of students hit - "which branch, and is it too hard" wall right around when they need to pick.
Most engineers change their mind at least once before senior year. A few things that actually help:
Try before you commit: Take free intro courses in 2-3 branches you're curious about (Coursera, edX). You'll usually feel a pull toward one within a few modules.
Career-matching tools: Sites like CareerExplorer, O*NET Interest Profiler, and BigFuture (College Board) ask about your interests/strengths and map them to engineering branches and related careers.
Talk to people actually in the field: Search "day in the life of a [mechanical/electrical/etc] engineer" on YouTube, or find students 2-3 years ahead of you on LinkedIn and ask for 15 minutes of their time.
"Too difficult" is often about fit, not intelligence: Engineering branches feel hard when they don't match how your brain likes to work. Someone who loves visualizing systems might struggle with heavy abstract math (and vice versa). That's a fit signal, not a capability verdict.
I think you should treat it as a long game. Build a strong physics + math + coding foundation now, expect to specialize at the graduate level, and consider an adjacent field (like EE or CS) as your undergrad base so you have flexibility if quantum-specific roles are still scarce by the time you graduate.
Most engineers change their mind at least once before senior year. A few things that actually help:
Try before you commit: Take free intro courses in 2-3 branches you're curious about (Coursera, edX). You'll usually feel a pull toward one within a few modules.
Career-matching tools: Sites like CareerExplorer, O*NET Interest Profiler, and BigFuture (College Board) ask about your interests/strengths and map them to engineering branches and related careers.
Talk to people actually in the field: Search "day in the life of a [mechanical/electrical/etc] engineer" on YouTube, or find students 2-3 years ahead of you on LinkedIn and ask for 15 minutes of their time.
"Too difficult" is often about fit, not intelligence: Engineering branches feel hard when they don't match how your brain likes to work. Someone who loves visualizing systems might struggle with heavy abstract math (and vice versa). That's a fit signal, not a capability verdict.
I think you should treat it as a long game. Build a strong physics + math + coding foundation now, expect to specialize at the graduate level, and consider an adjacent field (like EE or CS) as your undergrad base so you have flexibility if quantum-specific roles are still scarce by the time you graduate.
I will use this advice as I prepare for my career.
Niha
William Vvuko
Retired engineer
256
Answers
Moyo, Northern Region
Updated
William’s Answer
Hi Niha,
Thank you very much for this question. Choosing a career is an important process that we all go through. Therefore, your dilemma is understandable - many people go through this experience.
There are important considerations one needs to take into account when choosing a career. Our natural talents/gifts are excellent opportunities for building successful careers. What we are good at can & should provide such opportunities for us. It's also important that we love and enjoy what we do. Earning a decent life from our work is a major consideration in our choice of career. However, engineering, throughout human history, has always focused on meeting some of the pressing needs our of society. As such, a career that offers you the opportunity to contribute to this noble cause of making our world a better place to live in can easily lead to fulfillment and financial freedom in your career.
Mathematics and physics are foundational subjects for all engineering causes. Proficiency in them in high school is essential for success. Other important subjects include chemistry, computer applications, graphics & design etc.
The traditional branches of engineering include civil, electrical, mechanical, chemical, structural, aerospace, automotive, nuclear, architectural & biomedical engineering. Software engineering, Robotics and AI have emerged as critical branches in our modern world. Clearly, you have plenty of options to choose from.
I hope this sufficiently clarifies your query. What ever you choose, ensure it is something you will pursue with passion, diligence, commitment and resilience.
Best of luck in your studies and career.
Thank you very much for this question. Choosing a career is an important process that we all go through. Therefore, your dilemma is understandable - many people go through this experience.
There are important considerations one needs to take into account when choosing a career. Our natural talents/gifts are excellent opportunities for building successful careers. What we are good at can & should provide such opportunities for us. It's also important that we love and enjoy what we do. Earning a decent life from our work is a major consideration in our choice of career. However, engineering, throughout human history, has always focused on meeting some of the pressing needs our of society. As such, a career that offers you the opportunity to contribute to this noble cause of making our world a better place to live in can easily lead to fulfillment and financial freedom in your career.
Mathematics and physics are foundational subjects for all engineering causes. Proficiency in them in high school is essential for success. Other important subjects include chemistry, computer applications, graphics & design etc.
The traditional branches of engineering include civil, electrical, mechanical, chemical, structural, aerospace, automotive, nuclear, architectural & biomedical engineering. Software engineering, Robotics and AI have emerged as critical branches in our modern world. Clearly, you have plenty of options to choose from.
I hope this sufficiently clarifies your query. What ever you choose, ensure it is something you will pursue with passion, diligence, commitment and resilience.
Best of luck in your studies and career.
I appreciate you taking the time to answer this.
Niha
Mario Ramirez
Sr. Leader, Customer Delivery
60
Answers
Mexico City, Mexico
Updated
Mario’s Answer
Hey Niha, I really appreciate you sharing your concerns, and I'm here to offer my thoughts! 😊
First off, it’s awesome that you’re starting to explore options that align with your desires and skills since high school—congrats on that! 🎉
Now, it’s super important to figure out what truly interests you. Regardless of the company, the engineering field should be something you genuinely enjoy, based on your career goals and aspirations.
I really recommend focusing on what’s in demand right now. Check out the global need for AI, MML, Automation, Cybersecurity, Networking, Cloud, and see what skills you already have and what new ones you might want to develop. Make sure those needs align with one or two of your real interests. Do some research, join a focus group, read up on things, and maybe check back in after a quarter to see how things are shaping up.
That’ll give you a clearer idea of where you stand and what else you might need to learn.
The unique value lies in discovering your life’s objective—blending engineering with social support, always giving back, and never giving up.
As William Whewell said, “Every failure is a step to success.”
Enjoy the journey and all the joys life brings!
Mario R
First off, it’s awesome that you’re starting to explore options that align with your desires and skills since high school—congrats on that! 🎉
Now, it’s super important to figure out what truly interests you. Regardless of the company, the engineering field should be something you genuinely enjoy, based on your career goals and aspirations.
I really recommend focusing on what’s in demand right now. Check out the global need for AI, MML, Automation, Cybersecurity, Networking, Cloud, and see what skills you already have and what new ones you might want to develop. Make sure those needs align with one or two of your real interests. Do some research, join a focus group, read up on things, and maybe check back in after a quarter to see how things are shaping up.
That’ll give you a clearer idea of where you stand and what else you might need to learn.
The unique value lies in discovering your life’s objective—blending engineering with social support, always giving back, and never giving up.
As William Whewell said, “Every failure is a step to success.”
Enjoy the journey and all the joys life brings!
Mario R
Thanks, can't wait to put this advice into action!
Niha
Karla Medrano
Industrial engineering
7
Answers
San Ramon, Alajuela Province, Costa Rica
Updated
Karla’s Answer
If you're in high school and already thinking seriously about engineering, you're not making a wrong decision by being interested in quantum physics. But I would be careful about treating "quantum physics" as your undergraduate career choice before understanding what the field actually looks like.
First: quantum physics is usually a specialization, not a standalone career
If you're fascinated by quantum mechanics, quantum computing, quantum materials, or quantum information, you generally build a strong foundation first through something like:
Physics
Electrical/Electronics Engineering
Computer Engineering
Computer Science
Materials Science
Mathematics
Then you specialize in quantum technologies during your bachelor's electives, research, internships, master's, or PhD.
And there's a good reason for this. Modern quantum work is highly interdisciplinary. IBM's current quantum-learning curriculum, for example, includes quantum information, algorithms, error correction, optimization, data science, physics and chemistry.
So I wouldn't think:
"Should I choose quantum physics?"
I'd think:
"Which undergraduate foundation should I choose so I can eventually work in quantum technology?"
First: quantum physics is usually a specialization, not a standalone career
If you're fascinated by quantum mechanics, quantum computing, quantum materials, or quantum information, you generally build a strong foundation first through something like:
Physics
Electrical/Electronics Engineering
Computer Engineering
Computer Science
Materials Science
Mathematics
Then you specialize in quantum technologies during your bachelor's electives, research, internships, master's, or PhD.
And there's a good reason for this. Modern quantum work is highly interdisciplinary. IBM's current quantum-learning curriculum, for example, includes quantum information, algorithms, error correction, optimization, data science, physics and chemistry.
So I wouldn't think:
"Should I choose quantum physics?"
I'd think:
"Which undergraduate foundation should I choose so I can eventually work in quantum technology?"
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