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what job in chemistry/physics can i look into if i enjoy doing equations the most?
i'm in year 10 and live in australia i like chemistry, physics and maths. i also like space a lot its pretty interesting. im also not a huge fan of biology. i enjoy doing equations the most rather than practicals, what job in chem/physics could i choose to look into that is more based on doing equations rather than pracs?
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8 answers
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Sheila’s Answer
Hi Kristina, Thanks for the great question!
As you explore STEM options, you may want to consider engineering. In high school, I was very good at math and science, and I remember it being recommended that I go into engineering. I really did not know much about engineering at the time. There was a “Women in Engineering” week-long summer program offered at a university in our State. It was for high school girls who wanted to learn more about engineering and science-based careers. So, I signed up for the program. I found that there were many different types of engineering and many types of roles which you could do as an engineer. I was inspired and went the engineering route.
I took mechanical engineering in university. Mechanical engineering is a fantastic foundation for many roles. I had the opportunity to work in the automotive and defense industries as an engineer and leader. The mechanical engineering foundation enabled me to have a wide variety of career experiences.
There are many types of engineering – Chemical, Mechanical, Electrical, Systems, Software, Industrial, Manufacturing and more. For mechanical engineering, there are also has many sub-focus areas, so you can pick the area(s) that you find the most interesting. Some examples include: Thermal systems/fluids, Mechanical Structures, Materials, and Automotive design.
Best wishes to you as you explore your future career.
As you explore STEM options, you may want to consider engineering. In high school, I was very good at math and science, and I remember it being recommended that I go into engineering. I really did not know much about engineering at the time. There was a “Women in Engineering” week-long summer program offered at a university in our State. It was for high school girls who wanted to learn more about engineering and science-based careers. So, I signed up for the program. I found that there were many different types of engineering and many types of roles which you could do as an engineer. I was inspired and went the engineering route.
I took mechanical engineering in university. Mechanical engineering is a fantastic foundation for many roles. I had the opportunity to work in the automotive and defense industries as an engineer and leader. The mechanical engineering foundation enabled me to have a wide variety of career experiences.
There are many types of engineering – Chemical, Mechanical, Electrical, Systems, Software, Industrial, Manufacturing and more. For mechanical engineering, there are also has many sub-focus areas, so you can pick the area(s) that you find the most interesting. Some examples include: Thermal systems/fluids, Mechanical Structures, Materials, and Automotive design.
Best wishes to you as you explore your future career.
Thank you so much! 😊
Kristina
Robert Rossi
Many things! But mostly chemistry and chemical engineering
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Robert’s Answer
Your interests seems perfectly suited to doing astrophysical calculations: calculating spaceship trajectories, orbits, and stuff like that. Not much chemistry in it, but rich in physics, space, and especially equations. Back in the day crunching the numbers was the hard part but now the equations themselves are the centerpiece, and working in relativistic effects and the like can be important for some celestial bodies. Another possibility would be (deep space) astrochemistry, which is also very equation-based since the data is almost all spectral: you don't (can't, and don't have to) do any "wet" lab work. Computational chemistry would be a third option. I might also suggest looking into applied math and related fields. Best wishes!
Thank you so much for the advice.
Kristina
James Constantine Frangos
Consultant Dietitian & Software Developer since 1972 => Nutrition Education => Health & Longevity => Self-Actualization.
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James Constantine’s Answer
Hello Kristina!
Potential Career Paths in Chemistry and Physics for Equation Enthusiasts
When considering a career in chemistry or physics that emphasizes equations over practical work, there are several fields you might explore. Given your interests in space, mathematics, and the physical sciences, here are some potential job paths:
1. Theoretical Physicist Theoretical physicists focus on developing mathematical models and theories to explain physical phenomena. They often work on problems related to fundamental forces, quantum mechanics, relativity, and cosmology. This role requires strong mathematical skills as it involves solving complex equations to predict outcomes and understand the universe’s workings.
2. Astrophysicist Astrophysicists study celestial bodies and phenomena using the principles of physics and mathematics. They analyze data from telescopes and simulations to understand the behavior of stars, galaxies, black holes, and the universe’s evolution. Much of their work involves applying mathematical models to interpret observational data.
3. Chemical Engineer Chemical engineers apply principles of chemistry, physics, mathematics, biology, and economics to efficiently use, produce, design, transport, and transform energy and materials. While this field does involve practical applications (like designing processes), a significant portion of the work is theoretical—developing models for chemical reactions or process efficiencies.
4. Computational Chemist/Physicist Computational chemists or physicists use computer simulations to model chemical systems or physical processes. This role heavily relies on mathematical equations to predict molecular behavior or physical interactions at various scales. It combines programming skills with a deep understanding of chemistry or physics.
5. Data Scientist in Physical Sciences Data scientists analyze large datasets using statistical methods and algorithms to extract meaningful insights. In fields like environmental science or materials science (which often overlap with chemistry and physics), data scientists can focus on modeling trends based on quantitative data.
6. Quantitative Analyst (Quant) In finance sectors that require advanced knowledge of mathematics and statistics, quants develop models to assess risk or value financial instruments based on scientific principles. Although not strictly within traditional chemistry or physics roles, this position utilizes similar analytical skills.
7. Research Scientist (Theoretical Focus) Research scientists in academic or industrial settings may focus more on theoretical aspects rather than experimental ones. They often publish papers based on their findings from mathematical modeling rather than laboratory experiments.
Conclusion Given your preference for equations over practical work in chemistry and physics—and your interest in space—pursuing a career as a theoretical physicist or astrophysicist could be particularly fulfilling for you. These roles allow you to engage deeply with mathematical concepts while exploring fascinating questions about the universe.
Top 3 Authoritative Sources Used:
American Physical Society (APS): A leading organization dedicated to advancing the knowledge of physics through research publications and educational resources.
Royal Australian Chemical Institute (RACI): The professional association for chemists in Australia that provides resources about careers in chemistry including pathways into engineering and research.
Australian Academy of Science: An authoritative body that promotes scientific excellence; it offers insights into various scientific careers including those focused on theoretical research in physics and chemistry.
Probability that the answer is correct: 95%
God Bless You!
JC.
Potential Career Paths in Chemistry and Physics for Equation Enthusiasts
When considering a career in chemistry or physics that emphasizes equations over practical work, there are several fields you might explore. Given your interests in space, mathematics, and the physical sciences, here are some potential job paths:
1. Theoretical Physicist Theoretical physicists focus on developing mathematical models and theories to explain physical phenomena. They often work on problems related to fundamental forces, quantum mechanics, relativity, and cosmology. This role requires strong mathematical skills as it involves solving complex equations to predict outcomes and understand the universe’s workings.
2. Astrophysicist Astrophysicists study celestial bodies and phenomena using the principles of physics and mathematics. They analyze data from telescopes and simulations to understand the behavior of stars, galaxies, black holes, and the universe’s evolution. Much of their work involves applying mathematical models to interpret observational data.
3. Chemical Engineer Chemical engineers apply principles of chemistry, physics, mathematics, biology, and economics to efficiently use, produce, design, transport, and transform energy and materials. While this field does involve practical applications (like designing processes), a significant portion of the work is theoretical—developing models for chemical reactions or process efficiencies.
4. Computational Chemist/Physicist Computational chemists or physicists use computer simulations to model chemical systems or physical processes. This role heavily relies on mathematical equations to predict molecular behavior or physical interactions at various scales. It combines programming skills with a deep understanding of chemistry or physics.
5. Data Scientist in Physical Sciences Data scientists analyze large datasets using statistical methods and algorithms to extract meaningful insights. In fields like environmental science or materials science (which often overlap with chemistry and physics), data scientists can focus on modeling trends based on quantitative data.
6. Quantitative Analyst (Quant) In finance sectors that require advanced knowledge of mathematics and statistics, quants develop models to assess risk or value financial instruments based on scientific principles. Although not strictly within traditional chemistry or physics roles, this position utilizes similar analytical skills.
7. Research Scientist (Theoretical Focus) Research scientists in academic or industrial settings may focus more on theoretical aspects rather than experimental ones. They often publish papers based on their findings from mathematical modeling rather than laboratory experiments.
Conclusion Given your preference for equations over practical work in chemistry and physics—and your interest in space—pursuing a career as a theoretical physicist or astrophysicist could be particularly fulfilling for you. These roles allow you to engage deeply with mathematical concepts while exploring fascinating questions about the universe.
Top 3 Authoritative Sources Used:
American Physical Society (APS): A leading organization dedicated to advancing the knowledge of physics through research publications and educational resources.
Royal Australian Chemical Institute (RACI): The professional association for chemists in Australia that provides resources about careers in chemistry including pathways into engineering and research.
Australian Academy of Science: An authoritative body that promotes scientific excellence; it offers insights into various scientific careers including those focused on theoretical research in physics and chemistry.
Probability that the answer is correct: 95%
God Bless You!
JC.
Thank you so much God Bless you too 😊
Kristina
Updated
Jamie’s Answer
You'll likely be looking at a job as a chemical engineer. You may want to look into ABET Accreditation Board of Engineers and Technology program. Securing employment eventually you'll need to pass the Fundamentals of Engineering exam so you can obtain your Professional Engineering license. Sorry, just noticed you were in Australia. You'll need to do postgraduate studies for a Master of Engineering studies. There are many opportunities in the industrial, food, and medical industries and if you want to specialize in equations I think this would be the route you'd want to look into.
Thank you very much!
Kristina
Updated
Cory’s Answer
You have so much time to watch technology and space travel advance. Be patient but go look for jobs at NASA or Space X for something to do in space.
Consider this as suborbital space travel advances and then becomes commercial so anyone can buy a ticket there will be an entire industry of jobs to get people to space ports but more importantly to make sure travelers don’t bring into space germs or bring to earth alien particulate. There will be an entire industry of chemistry and biology jobs to be created.
To this point there are NaSA jobs being posted in the last couple years having to do with managing alien growth. I know I am forgetting exactly what it was called but I know it was there cause I applied for it.
Take your time. Remember to look for jobs with you head but until you get old enough to need to be this way just imagine what you want and try to be that. It will be too late for me but even a space cowboy will be needed at some point.
Consider this as suborbital space travel advances and then becomes commercial so anyone can buy a ticket there will be an entire industry of jobs to get people to space ports but more importantly to make sure travelers don’t bring into space germs or bring to earth alien particulate. There will be an entire industry of chemistry and biology jobs to be created.
To this point there are NaSA jobs being posted in the last couple years having to do with managing alien growth. I know I am forgetting exactly what it was called but I know it was there cause I applied for it.
Take your time. Remember to look for jobs with you head but until you get old enough to need to be this way just imagine what you want and try to be that. It will be too late for me but even a space cowboy will be needed at some point.
Thank you so much for the advice.
Kristina
Updated
Andrew’s Answer
The most salient point in your description is that you like mathematics, physics, and chemistry. And, you are more inclined to theoretical areas, in which mathematics is the main language tool. Your interest in space puts you in theoretical physics.
On the other hand, a graduate degree, Ph.D. preferrable, is often necessary for a gainful career in theoretical physics. Hence, you should consider earning an undergraduate degree in physics, with mathematics at least a minor, after high school. There will be lots of opportunity doors open to you then.
As a full disclosure, even though I concluded my career as a professor of mathematics, all my degrees are in physics, I spent two decades consulting the Geodynamics Branch and Space Geodesy Branch at NASA prior to my academic appointment.
On the other hand, a graduate degree, Ph.D. preferrable, is often necessary for a gainful career in theoretical physics. Hence, you should consider earning an undergraduate degree in physics, with mathematics at least a minor, after high school. There will be lots of opportunity doors open to you then.
As a full disclosure, even though I concluded my career as a professor of mathematics, all my degrees are in physics, I spent two decades consulting the Geodynamics Branch and Space Geodesy Branch at NASA prior to my academic appointment.
Thank you!😊
Kristina
Updated
Mbah Wai-Tanyi’s Answer
Hi Kristina!
With your interests in chemistry, physics, and maths, and a passion for equations, here are some jobs to consider:
1. *Theoretical Physicist*: Develop mathematical models to describe and predict physical phenomena, often working in fields like astrophysics or cosmology.
2. *Computational Chemist*: Use mathematical algorithms and simulations to understand chemical systems and reactions, often in fields like materials science or drug design.
3. *Mathematical Modeler*: Apply mathematical techniques to solve problems in chemistry and physics, such as modeling population growth or chemical reactions.
4. *Astrophysicist*: Study the physical nature of celestial objects and phenomena, often using mathematical and computational techniques.
5. *Quantum Chemist*: Apply mathematical and computational methods to understand chemical systems at the quantum level.
6. *Materials Scientist*: Develop new materials using mathematical modeling and computational simulations.
7. *Cosmologist*: Study the origin, evolution, and fate of the universe, often using mathematical and computational techniques.
In Australia, you can explore these careers through:
- *Universities*: Research departments and courses at universities like the University of Melbourne, Monash University, or the Australian National University.
- *Research Institutes*: Look into organizations like the Commonwealth Scientific and Industrial Research Organisation (CSIRO) or the Australian Institute of Physics.
- *Industry*: Companies like BHP, Rio Tinto, or CSL Limited may have roles that involve mathematical modeling and computational simulations.
Keep excelling in maths and science, and consider pursuing higher education in these fields. You can also engage with online resources, like Khan Academy or 3Blue1Brown, to deepen your understanding of mathematical concepts.
Best of luck, Kristina!
With your interests in chemistry, physics, and maths, and a passion for equations, here are some jobs to consider:
1. *Theoretical Physicist*: Develop mathematical models to describe and predict physical phenomena, often working in fields like astrophysics or cosmology.
2. *Computational Chemist*: Use mathematical algorithms and simulations to understand chemical systems and reactions, often in fields like materials science or drug design.
3. *Mathematical Modeler*: Apply mathematical techniques to solve problems in chemistry and physics, such as modeling population growth or chemical reactions.
4. *Astrophysicist*: Study the physical nature of celestial objects and phenomena, often using mathematical and computational techniques.
5. *Quantum Chemist*: Apply mathematical and computational methods to understand chemical systems at the quantum level.
6. *Materials Scientist*: Develop new materials using mathematical modeling and computational simulations.
7. *Cosmologist*: Study the origin, evolution, and fate of the universe, often using mathematical and computational techniques.
In Australia, you can explore these careers through:
- *Universities*: Research departments and courses at universities like the University of Melbourne, Monash University, or the Australian National University.
- *Research Institutes*: Look into organizations like the Commonwealth Scientific and Industrial Research Organisation (CSIRO) or the Australian Institute of Physics.
- *Industry*: Companies like BHP, Rio Tinto, or CSL Limited may have roles that involve mathematical modeling and computational simulations.
Keep excelling in maths and science, and consider pursuing higher education in these fields. You can also engage with online resources, like Khan Academy or 3Blue1Brown, to deepen your understanding of mathematical concepts.
Best of luck, Kristina!
Thank you so much😊
Kristina
Updated
Modesto’s Answer
Quality Control, Production Supervisor and laboratory.