- Mathematics level 5
- Physical Science level 4
Sites:
Chemical Data Analyst
Use mathematical models and statistical techniques to analyze chemical data, ensuring accuracy in pharmaceutical, environmental, and industrial research.
Pharmaceutical Scientist
Develop and test new medications, applying mathematical models to optimize drug formulations, dosage calculations, and reaction kinetics.
Computational Chemist
Use mathematical algorithms, simulations, and quantum chemistry to study molecular structures, reaction mechanisms, and material properties.
Process Engineer (Chemical & Manufacturing Industries)
Apply mathematical principles to improve efficiency, safety, and cost-effectiveness in chemical manufacturing, food processing, and industrial production.
Environmental Scientist (Pollution & Climate Modeling)
Use mathematical modeling to analyze the spread of pollutants and study chemical interactions in the environment.
Materials Scientist
Research and develop new materials, such as polymers and nanomaterials, using mathematical modeling to understand their chemical properties.
Energy Analyst (Chemical & Renewable Energy Sector)
Use mathematical and chemical knowledge to optimize energy production, including battery chemistry, fuel efficiency, and alternative energy solutions.
Actuarial Scientist (Chemical & Pharmaceutical Industries)
Apply risk assessment techniques in industries dealing with chemicals, pharmaceuticals, and hazardous materials.
Science Educator (Mathematics & Chemistry)
Teach chemistry and mathematics at high school or university levels, preparing students for STEM careers.
Academia & Research (Mathematical Chemistry)
Pursue research in chemical engineering, theoretical chemistry, and quantum mechanics, contributing to scientific advancements.
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