- Mathematics level 5
- Physical Science level 4
Sites:
Chemical Data Analyst
Use mathematical models and statistical techniques to analyze chemical data in industries such as pharmaceuticals, materials science, and environmental chemistry.
Pharmaceutical Research Scientist
Apply chemistry and mathematical modeling to develop and test new drugs, optimizing dosage formulations and reaction kinetics.
Computational Chemist
Use mathematical algorithms and simulations to study molecular interactions, reaction mechanisms, and material properties in drug design and nanotechnology.
Process Engineer (Chemical Manufacturing)
Apply applied mathematics to optimize chemical production processes, improving efficiency, safety, and cost-effectiveness in industries such as petrochemicals and food production.
Environmental Scientist (Pollution Modeling)
Use mathematical modeling to analyze the spread of pollutants in air, water, and soil, contributing to environmental conservation and policy-making.
Materials Scientist
Research and develop new materials with advanced properties, using mathematical modeling to understand their chemical structures and behaviors.
Energy Analyst (Renewable & Industrial Energy)
Use applied mathematics and chemistry to optimize energy production, including battery chemistry, fuel efficiency, and alternative energy sources.
Financial Risk Analyst (Chemical & Pharmaceutical Industry)
Apply mathematical risk assessment techniques in industries dealing with chemicals, pharmaceuticals, and hazardous materials.
Science Educator (Mathematics & Chemistry)
Teach chemistry and applied mathematics at high school or university levels, preparing students for STEM careers.
Academia & Research (Mathematical Chemistry)
Pursue research in theoretical chemistry, quantum mechanics, and chemical engineering, contributing to scientific advancements.
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