Learning to test chemicals and materials helps technicians measure what a sample contains or how it behaves.
Check whether the laboratory work you want involves chemicals or materials.
Chemical or materials laboratory context.
field
Chemistry
What you may learn
What substances are made of, how they react and how to test them.
What to check
Check whether your interest is laboratory science or designing processes for large-scale production.
Distinct from industrial process engineering.
Save areas you want to explore in your free account. These choices do not change your current education.
Connected careers
Learning about chemicals helps dentists understand dental materials and chemical processes in the body.
Find out what dental training you would need alongside chemistry.
Not a substitute for a dental programme.
Learning about chemical processes can help you understand soil and crop treatments.
How would you learn to apply this chemistry to farming?
Agricultural applications need contextual learning.
Learning about battery reactions helps engineers choose chemicals that store energy and last longer.
Look for battery chemistry projects and supervised training for safe cell experiments.
Learning about battery reactions helps engineers develop cell recipes for energy, lifespan and cost targets.
Check whether the course covers battery reactions and the cell types you want to develop.
Learning about battery reactions helps engineers understand why batteries lose capacity or fail.
Check whether chemistry classes include battery reactions and safe laboratory work.
Learning how substances react helps engineers choose conditions that reduce corrosion and failures.
Learning about chemical substances and reactions helps chemists identify what a sample contains.
Look for practical chemical analysis and supervised laboratory safety training.
Learning how chemical reactions damage materials helps engineers choose ways to slow corrosion.
Check for corrosion chemistry and local rules for protection-system work.
Learning about chemical analysis helps scientists identify pollutants in water, soil and air samples.
Check whether the course covers environmental samples and laboratory analysis.
Learning how substances react helps engineers understand corrosion and some material failures.
Check for materials chemistry and corrosion content.
Learning polymer chemistry helps engineers develop mixtures with the required strength and flexibility.
Look for polymer chemistry and practical formulation work.
Sources and limitations
BLS: Electrical and electronics engineers · · 2026-10-11
US broad electrical/electronics engineering; identifies power, radio and control specialisations but not every circuit subtype.
BLS: Chemical engineers · · 2026-10-11
US chemical-process engineering; partial context for specialised process-safety and manufacturing work.
BLS: Materials engineers · · 2026-10-11
US materials occupation; names metal, polymer, composites and semiconductor specialisms, not every detailed method.
US Department of Energy: Batteries explained · · 2026-10-11
Science overview, not an occupational or entry profile.
BLS: Chemists and Materials Scientists · · 2026-10-11
US occupational overview; broad context for battery specialisms.
BLS: Environmental Scientists and Specialists · · 2026-10-11
US environmental investigation and sampling occupation.
National Careers Service: laboratory technician · · 2026-10-11
National Careers Service, England: role/learning comparison only; local entry rules are not worldwide requirements.
National Careers Service: dentist · · 2026-10-11
National Careers Service, England: role/learning comparison only; local entry rules are not worldwide requirements.
National Careers Service: agronomist · · 2026-10-11
National Careers Service, England: role/learning comparison only; local entry rules are not worldwide requirements.