7 answers
Thabiso
Student
Centurion, Gauteng, South Africa
1
Question
Updated
2551 views
which career path can i follow?
At school I take Physics, Chem, Computer Applications and Engineering Graphics and Design.
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7 answers
Dr H
Dr. H's Research
1464
Answers
Australia
Updated
Dr’s Answer
Hey Thabiso,
I love your enthusiasm—you’re basically armed with an Avengers-level mix of subjects! With all that under your belt, you’ve got so many exciting doors open in front of you. Imagine you’re standing in front of a huge buffet where every dish is a different career path, and you don’t have to pick just one right away. You might even mix a few dishes together to create something uniquely yours.
For instance, if you’re drawn to the idea of soaring through the skies and designing futuristic machines, aerospace engineering could be your jam. Picture designing airplanes, spacecraft, or satellites. The pros? It’s super cutting-edge with a global demand and high salary potential. The cons? It’s competitive and demands a ton of hard work and deep math and physics knowledge—which, from what you’ve shared, you’re already set up for.
Now, if building things, solving problems, and watching your ideas come to life really excite you, mechanical engineering is a solid option. You could design cars, robots, or any gadget with moving parts. It’s practical and always in demand, though sometimes it can feel a bit routine if you’re not into the nuts and bolts of it. But if you love seeing designs turn into reality, it’s a great path.
Then there’s computer science or software engineering, where you’d be coding the future. If you get a kick out of problem-solving on a computer, designing apps, or even dabbling in AI, this field offers tons of remote work opportunities and fast growth. The downside? It can be pretty isolating if you’re glued to a screen all day, and tech is always evolving, so you’re in for a lifelong learning journey.
If you’re the type who loves a blend of creativity, building, and coding, mechatronics might be the sweet spot. This field mixes mechanical, electrical, and computer engineering so you can create robots, drones, or other automated systems. It’s super versatile and future-proof, though it does mean juggling a bit of everything—which can be overwhelming at first. But imagine being the person who can both design and program the next breakthrough gadget—that’s pretty epic.
And don’t forget about computer engineering, where you get to dive into the hardware side of things. If you love opening up devices and figuring out how they tick, you could design chips and embedded systems. It’s a bit more technical and less creative than pure software development, but it’s indispensable in our tech-driven world.
On the other side of the spectrum, if you’re really curious about chemicals and how substances interact, chemical engineering might be calling you. It’s all about designing new materials, drugs, or even clean energy solutions. This path is super impactful on a global scale, though it can be very science-heavy and may not offer as much creative flair as some tech fields.
🤧
Now, here’s where it gets really interesting: you don’t have to stick to just one of these fields. The future is all about blending areas. For example, combining aerospace with computer science can turn you into a space software engineer, working on systems for satellites and spacecraft. Merging mechatronics with AI could lead you into robotics engineering, where you design smart machines that interact with the world. And mixing chemical engineering with computer science might steer you toward environmental tech innovations.
The beauty of your subject mix is that it gives you the flexibility to explore multiple paths. You can start with small projects in different areas to see what really lights your fire. Maybe build a simple app if you lean toward computer science, or design a 3D model if you’re feeling the creative side of engineering graphics. Sometimes, your passion isn’t one big, clear-cut choice—it’s a blend of many things that evolve over time.
So, my advice? 🤔Take your time. Experiment with mini projects and see what makes you feel most alive. Talk to mentors, join clubs or online communities related to each field, and don’t be afraid to switch gears if something doesn’t feel right. Remember, you’re building a multi-talented future where you can jump between fields like a superhero.
Your journey is just beginning, and every step you take is part of discovering your true passion. Trust your curiosity, be open to learning from every experience, and know that no matter which path you choose, you’re destined to shape an exciting future. Keep exploring, stay curious, and enjoy the ride, Thabiso! All the best and don't hesitate to reach out! 🤗✨
follow what excites you the most right now — whether it's designing, coding, or problem-solving. Start by doing small projects or internships in fields you're curious about. That hands-on experience will help you discover what truly lights you up and guide you toward a career that feels like YOU.
Another great step would be to reach out to professionals or mentors in the careers you're considering. A quick chat with someone working in aerospace, software development, or engineering could give you a real inside scoop on what the job is like. You can ask them how they got started, what they love about their work, and what challenges they face. Those conversations can spark new ideas and help you see which path feels most exciting to follow!
Look for volunteer opportunities or internships in industries that interest you. Whether it's shadowing an engineer, helping out at a tech startup, or joining a science club, real-world exposure will give you a taste of the career and help you network with professionals.
I love your enthusiasm—you’re basically armed with an Avengers-level mix of subjects! With all that under your belt, you’ve got so many exciting doors open in front of you. Imagine you’re standing in front of a huge buffet where every dish is a different career path, and you don’t have to pick just one right away. You might even mix a few dishes together to create something uniquely yours.
For instance, if you’re drawn to the idea of soaring through the skies and designing futuristic machines, aerospace engineering could be your jam. Picture designing airplanes, spacecraft, or satellites. The pros? It’s super cutting-edge with a global demand and high salary potential. The cons? It’s competitive and demands a ton of hard work and deep math and physics knowledge—which, from what you’ve shared, you’re already set up for.
Now, if building things, solving problems, and watching your ideas come to life really excite you, mechanical engineering is a solid option. You could design cars, robots, or any gadget with moving parts. It’s practical and always in demand, though sometimes it can feel a bit routine if you’re not into the nuts and bolts of it. But if you love seeing designs turn into reality, it’s a great path.
Then there’s computer science or software engineering, where you’d be coding the future. If you get a kick out of problem-solving on a computer, designing apps, or even dabbling in AI, this field offers tons of remote work opportunities and fast growth. The downside? It can be pretty isolating if you’re glued to a screen all day, and tech is always evolving, so you’re in for a lifelong learning journey.
If you’re the type who loves a blend of creativity, building, and coding, mechatronics might be the sweet spot. This field mixes mechanical, electrical, and computer engineering so you can create robots, drones, or other automated systems. It’s super versatile and future-proof, though it does mean juggling a bit of everything—which can be overwhelming at first. But imagine being the person who can both design and program the next breakthrough gadget—that’s pretty epic.
And don’t forget about computer engineering, where you get to dive into the hardware side of things. If you love opening up devices and figuring out how they tick, you could design chips and embedded systems. It’s a bit more technical and less creative than pure software development, but it’s indispensable in our tech-driven world.
On the other side of the spectrum, if you’re really curious about chemicals and how substances interact, chemical engineering might be calling you. It’s all about designing new materials, drugs, or even clean energy solutions. This path is super impactful on a global scale, though it can be very science-heavy and may not offer as much creative flair as some tech fields.
🤧
Now, here’s where it gets really interesting: you don’t have to stick to just one of these fields. The future is all about blending areas. For example, combining aerospace with computer science can turn you into a space software engineer, working on systems for satellites and spacecraft. Merging mechatronics with AI could lead you into robotics engineering, where you design smart machines that interact with the world. And mixing chemical engineering with computer science might steer you toward environmental tech innovations.
The beauty of your subject mix is that it gives you the flexibility to explore multiple paths. You can start with small projects in different areas to see what really lights your fire. Maybe build a simple app if you lean toward computer science, or design a 3D model if you’re feeling the creative side of engineering graphics. Sometimes, your passion isn’t one big, clear-cut choice—it’s a blend of many things that evolve over time.
So, my advice? 🤔Take your time. Experiment with mini projects and see what makes you feel most alive. Talk to mentors, join clubs or online communities related to each field, and don’t be afraid to switch gears if something doesn’t feel right. Remember, you’re building a multi-talented future where you can jump between fields like a superhero.
Your journey is just beginning, and every step you take is part of discovering your true passion. Trust your curiosity, be open to learning from every experience, and know that no matter which path you choose, you’re destined to shape an exciting future. Keep exploring, stay curious, and enjoy the ride, Thabiso! All the best and don't hesitate to reach out! 🤗✨
Dr recommends the following next steps:
Teklemuz Ayenew Tesfay
Electrical Engineer, Software Developer, and Career Mentor
520
Answers
Ethiopia
Updated
Teklemuz Ayenew’s Answer
Since you have already taken physics, chemistry, computer applications and engineering graphics in your school. Your career paths will be engineering fields such as electrical, computer, aerospace, mechanical, chemical engineering, computer science, and software engineering. To choose a specific career, focus on your passion, strengths, and long-term goals:
For example, if you are passionate about programming, go for computer science/software/aerospace engineering. If you excel in physics, you should pursue astrophysics, electrical or aerospace engineering. If you are good at graphics design, go for civil engineering, mechanical engineering, or industrial design. If you are drawn to Chemistry, chemical engineering will be a great fit.
How to Decide and select career path:
Identify your passion – Which subjects excite you the most?
Evaluate your strengths – Are you better at programming, problem-solving, designing, or calculations?
Consider long-term career opportunities – Look at future job trends and industries that interest you
Align with your career goals – If you dream of working in space, aerospace or astrophysics is ideal. If you are interested in robotics, or AI, go for computer science.
I hope this helps! Let me know if you need further details. Good luck!
For example, if you are passionate about programming, go for computer science/software/aerospace engineering. If you excel in physics, you should pursue astrophysics, electrical or aerospace engineering. If you are good at graphics design, go for civil engineering, mechanical engineering, or industrial design. If you are drawn to Chemistry, chemical engineering will be a great fit.
How to Decide and select career path:
Identify your passion – Which subjects excite you the most?
Evaluate your strengths – Are you better at programming, problem-solving, designing, or calculations?
Consider long-term career opportunities – Look at future job trends and industries that interest you
Align with your career goals – If you dream of working in space, aerospace or astrophysics is ideal. If you are interested in robotics, or AI, go for computer science.
I hope this helps! Let me know if you need further details. Good luck!
Thank you so much
Cheeky
Bright Komor
Nurse
260
Answers
Accra, Greater Accra Region, Ghana
Updated
Bright’s Answer
The subject combination of Physics & Chemistry, Computer Applications, and Engineering Graphics and Design (EGD) provides a strong foundation for various career paths. These include Mechanical Engineering, Chemical Engineering, Computer Engineering, Civil Engineering, Software Development, Data Science, Cybersecurity, Design and Architecture, Industrial Design, and Scientific Fields.
To pursue a career in these fields, explore your interests, develop your skills in computer applications and EGD, focus on problem-solving, consider further education, and network early. Your computer applications and physics skills are highly relevant in engineering, while your computer applications and physics knowledge are valuable in software development. Focus on problem-solving and analytical and critical thinking abilities. Consider further education and networking to achieve your professional goals. By combining your strong academic foundation with a proactive approach to career exploration, you can achieve your professional goals.
To pursue a career in these fields, explore your interests, develop your skills in computer applications and EGD, focus on problem-solving, consider further education, and network early. Your computer applications and physics skills are highly relevant in engineering, while your computer applications and physics knowledge are valuable in software development. Focus on problem-solving and analytical and critical thinking abilities. Consider further education and networking to achieve your professional goals. By combining your strong academic foundation with a proactive approach to career exploration, you can achieve your professional goals.
William Vvuko
Retired engineer
154
Answers
Moyo, Northern Region
Updated
William’s Answer
Dear Thabiso,
I'm excited to have this opportunity to link up with you. Engineering is an exciting profession. Usually it's best to go for what one enjoys the most. That way, you will persue your career with passion. Just remember that engineering is about resolving challenges we face as society. Some of the most pressing needs of your community could be a good starting point.
You have a rich blend of subjects in your combination. I see a great opportunity for you in software engineering. Industrial software engineering, for instance, is a very exciting field of specialization. Other applications that focus on resolving social challenges, especially in the third world, can have a significant impact on our lives.
Opportunities also exist in the field of mechanical engineering. These could include design, production & maintenance engineering that allow you to build a great career in the aerospace, manufacturing, automotive, utilities & services industries.
Which ever pathway you persue, it is important that it should be something you are prepared to give it your all
I'm excited to have this opportunity to link up with you. Engineering is an exciting profession. Usually it's best to go for what one enjoys the most. That way, you will persue your career with passion. Just remember that engineering is about resolving challenges we face as society. Some of the most pressing needs of your community could be a good starting point.
You have a rich blend of subjects in your combination. I see a great opportunity for you in software engineering. Industrial software engineering, for instance, is a very exciting field of specialization. Other applications that focus on resolving social challenges, especially in the third world, can have a significant impact on our lives.
Opportunities also exist in the field of mechanical engineering. These could include design, production & maintenance engineering that allow you to build a great career in the aerospace, manufacturing, automotive, utilities & services industries.
Which ever pathway you persue, it is important that it should be something you are prepared to give it your all
I appreciate your support, William
Thabiso
Karin P.
Lecturer, Academic Advisor, Career Coach
1091
Answers
Göttingen, Lower Saxony, Germany
Updated
Karin’s Answer
Hi Thabiso,
That's a great mix of subjects that puts you on a trajectory to study some flavour of engineering or one of the sciences. Something medical would be another option. One important question though: you don't mention math. I hope you are taking pure math since it's a pre-requisite for any subject in engineering or science faculties.
Check out the websites of some universities. You may be surprised how many options there are. I would recommend you look at Wits, UJ and UP in your neighborhood. I left some links for Wits below. What you pick depends on your interests. Next you need to check admission requirements, i.e. how many points are needed for each subject.
Other universities you might want to check if you want to go further from home are UCT, UKZN, Stellenbosch or NMU. Each university has somewhat different curricula, entry requirements and research.
I hope this helps! All the best to you! You got this!
KP
https://www.wits.ac.za/faculties-and-schools/
https://www.wits.ac.za/undergraduate/academic-programmes/faculty-of-science/
https://www.wits.ac.za/undergraduate/academic-programmes/faculty-of-engineering-and-the-built-environment/
https://www.studentroom.co.za/wits-university-admission-requirements-for-engineering-the-built-environment/
That's a great mix of subjects that puts you on a trajectory to study some flavour of engineering or one of the sciences. Something medical would be another option. One important question though: you don't mention math. I hope you are taking pure math since it's a pre-requisite for any subject in engineering or science faculties.
Check out the websites of some universities. You may be surprised how many options there are. I would recommend you look at Wits, UJ and UP in your neighborhood. I left some links for Wits below. What you pick depends on your interests. Next you need to check admission requirements, i.e. how many points are needed for each subject.
Other universities you might want to check if you want to go further from home are UCT, UKZN, Stellenbosch or NMU. Each university has somewhat different curricula, entry requirements and research.
I hope this helps! All the best to you! You got this!
KP
Karin recommends the following next steps:
Reza Khakshouri
4
Answers
Nashville, Tennessee
Updated
Reza’s Answer
Great question, Thabiso! It’s fantastic that you’ve taken physics, chemistry, and engineering design—those subjects open up many exciting career paths. The key is to ask yourself: Do you enjoy problem-solving and creating solutions? Engineers thrive on tackling challenges and improving the world around them. Most importantly, are you open to lifelong learning? A career in engineering (or any technical field) means constantly growing and adapting. If that excites you, then you're already on the right track!
Thank you, this is really helpful.
Thabiso
Rebecca Tang
Banking
2429
Answers
Hong Kong
Updated
Rebecca’s Answer
Thank you for your question. I am glad to hear that you have a wide range of interest. However, you need to find out what careers you have interest first.
Below are my suggestions:
1. Think about what you have interest, eg your hobbies, favourite subjects, etc and identify the related careers
Eg. If you like music, would you like to be a musician, singer, musical artist, music composer, music producer, etc
If you have interest in maths, would you like to be an accountant, engineer, banker, financial analyst, maths teacher, etc
2. Find out more on these careers and determine what you have interest
3. Speak to someone who are working in these careers. Seek guidance from your mentor, school career, counselor, your parents, etc
4. Shortlist 1-2 careers you would like to pursue
5. Explore the entry criteria of relevant subjects in colleges
Hope this helps! Good luck!
May Almighty God bless you!
Below are my suggestions:
1. Think about what you have interest, eg your hobbies, favourite subjects, etc and identify the related careers
Eg. If you like music, would you like to be a musician, singer, musical artist, music composer, music producer, etc
If you have interest in maths, would you like to be an accountant, engineer, banker, financial analyst, maths teacher, etc
2. Find out more on these careers and determine what you have interest
3. Speak to someone who are working in these careers. Seek guidance from your mentor, school career, counselor, your parents, etc
4. Shortlist 1-2 careers you would like to pursue
5. Explore the entry criteria of relevant subjects in colleges
Hope this helps! Good luck!
May Almighty God bless you!