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What career paths include chemistry, computer science, and biology?

Just want a general list of careers that use these courses.

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Mbah Wai-Tanyi’s Answer

Careers Combining Chemistry, Computer Science and Biology

Research and Development

1. Computational Biologist: Integrates computer science, biology and chemistry to analyze biological data.
2. Bioinformaticist: Develops algorithms and tools for biological data analysis.
3. Pharmaceutical Research Scientist: Applies chemistry and biology to develop new medications.

Healthcare and Medicine

1. Medical Imaging Analyst: Uses computer science and chemistry to analyze medical images.
2. Clinical Research Coordinator: Manages clinical trials, integrating biology and chemistry.
3. Biomedical Engineer: Develops medical devices, combining biology, chemistry and computer science.

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Environmental Science

1. Environmental Scientist: Applies chemistry and biology to understand and mitigate environmental issues.
2. Ecological Modeler: Uses computer science and biology to simulate ecosystems.
3. Green Technology Specialist: Develops sustainable solutions, integrating chemistry and biology.

Academia and Education

1. Professor/Lecturer: Teaches chemistry, biology and computer science.
2. Science Writer: Communicates scientific discoveries to the public.
3. Curriculum Developer: Creates educational materials integrating chemistry, biology and computer science.

Industry and Technology

1. Biotech Researcher: Explores biotechnological applications, combining biology, chemistry and computer science.
2. Data Scientist (Life Sciences): Analyzes biological data using computational tools.
3. Science Consultant: Provides expertise to industries, integrating chemistry, biology and computer science.

Recommended Skills

1. Programming languages (Python, R, Java)
2. Data analysis and visualization tools
3. Molecular modeling and simulation software
4. Bioinformatics tools (BLAST, GenBank)
5. Strong understanding of chemistry, biology and computer science principles

Education Requirements

1. Bachelor's or Master's degree in interdisciplinary fields (Biochemistry, Biophysics, Bioinformatics)
2. Ph.D. for advanced research and academic positions

Resources

1. National Science Foundation (NSF)
2. American Chemical Society (ACS)
3. International Society for Computational Biology (ISCB)
4. Bioinformatics Organization (BioOrg)

Explore these resources and career paths to find your ideal fit!
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Jeff’s Answer

There are a myriad of emerging spaces for somebody who is multidisciplinary in these topics. You might be surprised to know that this year's Nobel Prize in Chemistry was given for work that combined these 3 very fields to develop methods to synthesize new proteins. It is hard to imagine a field in the sciences where a computer science background wouldn't be helpful. Obviously an undergraduate degree in any one of these would get you in the conversation for med school. Computational modeling and the use of AI techniques in Biology and Chemistry will be an important and rare combination. Research (both commercial and academic) would be a primary contender for a job space. I will say that doing all three of these things will be ambitious, but, if successful, there would be a lot of interested parties. Textiles, renewable energies, materials design, pharmaceutical design, medical device design all of these would be in play for somebody with this kind of background.
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Robert’s Answer

The others have given you great lists, and are correct when they indicate that this trio of interests can be applied to a great many fields. However, the two fields that I think would leverage this trio most effectively are pharmaceutical science and biochemical engineering, if you want a short list.

Pharmaceutical scientists develop new drugs and drug delivery methods, often using computational modeling to predict what might work.

Biochemical engineers use bio-organisms as chemical factories (among other things) and their work involves a lot of calculation and computation. You will have to be very strong in math for this one as well.

Biomedical engineering might also make the list; they design new medical devices, these days often with a computational component: but this path generally requires more schooling and an inherent interest in medicine is recommended since it is an oversubscribed field right now.
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