Specialty chemicals
High-value ingredients designed to deliver a specific function in products and industrial processes.
Example work
- Additives
- Electronic chemicals
- Performance ingredients
INDUSTRY LANDSCAPE
Chemicals
Transforming raw materials into products and processes used across modern industry.
OVERVIEW
How the sector works
Chemical-sector work spans molecular design, process engineering, manufacturing, safety, quality and lower-impact production.
Why it mattersChemical processes underpin medicines, electronics, construction, food systems and climate technology.
INSIDE THE INDUSTRY
The major subsectors
Each part of the sector solves a different set of technical and practical problems.
Process technology
The equipment and operating methods used to convert feedstocks safely and consistently.
Example work
- Reaction engineering
- Separations
- Process control
Catalysis
Developing materials and conditions that make reactions faster, cleaner or more selective.
Example work
- Catalyst synthesis
- Reactor trials
- Surface analysis
Formulation
Combining ingredients to achieve stable performance in a finished product.
Example work
- Coatings
- Consumer formulations
- Industrial fluids
WHERE YOUR BACKGROUND CAN FIT
Different degrees, different entry points
The same industry needs people who can investigate, design, analyse and deliver from different starting disciplines.
Chemistry
Synthesis · Formulation · Catalysis · Analytical science
Engineering
Process design · Scale-up · Operations · Safety
Materials Science
Performance testing · Coatings · Interfaces · Product development
Environmental / Earth Science
Emissions · Water systems · Environmental monitoring · Remediation
WHAT THE WORK CAN LOOK LIKE
Representative problems
Projects vary by organisation, but these examples show the questions teams in Chemicals may tackle.
- Increase reaction selectivity while reducing solvent use.
- Diagnose variation in a continuous production process.
- Reformulate a coating to meet a new performance constraint.
- Evaluate an electrified heat source for an industrial step.
TECHNOLOGIES & TRENDS
What is changing the sector
These developments are reshaping technical work, evidence and decision-making.
Process intensification
Redesigning equipment or combining process steps to use less space, energy and material.
Smaller, more efficient processes can improve safety and reduce operating impact.Electrified production
Replacing fossil-fired heat or mechanical steps with electrically powered alternatives.
Electrification can reduce emissions where low-carbon power is available.Green chemistry
Design principles that reduce hazardous substances, waste and energy across a chemical route.
Environmental performance is often determined before a process reaches scale.Advanced catalysis
New catalyst structures and characterisation methods that improve reaction selectivity.
Selectivity reduces waste and can make previously impractical routes viable.CAREER FUNCTIONS
Where STEM graduates contribute
Functions describe the work a team performs, not just the title on a job description.
Chemical R&D
Develop molecules, formulations and reaction routes against a defined performance need.
- Plan syntheses
- Test properties
- Compare routes
Process engineering
Design and improve how chemicals are produced safely, consistently and at scale.
- Model processes
- Run plant trials
- Investigate constraints
Operations and safety
Keep complex production assets stable while managing risk and continuous improvement.
- Monitor performance
- Review hazards
- Coordinate changes
Quality and product support
Connect analytical evidence, specifications and customer performance.
- Investigate deviations
- Validate methods
- Support applications
HOW TO START EXPLORING
Build evidence while you study
You do not need to decide on one destination immediately. Use projects, modules and experience to learn which parts of the sector hold your attention.
- Build strong foundations in thermodynamics, kinetics, transport or analytical methods.
- Use laboratory work to show safe practice and thoughtful interpretation.
- Explore design projects that connect chemistry to scale and economics.
- Seek placements in R&D, process engineering, operations or quality.
CAREER MAP
Example careers
Discover & Research
Materials Scientist
Design, test and improve the materials behind cleaner energy, electronics and resilient products.
ChemistryPhysicsMaterials Science
Explore: Johnson Matthey · Saint-Gobain
Explore this careerDiscover & Research
Medicinal Chemist
Design and refine molecules that could become new medicines.
ChemistryBiology
Explore: AstraZeneca · GSK
Explore this careerProtect & Regulate
Patent Attorney
Use scientific understanding and legal reasoning to protect technical inventions.
ChemistryBiologyPhysics
Explore: GSK · Siemens
Explore this careerAdvise & Strategise
Sustainability Consultant
Help organisations turn climate and environmental evidence into credible action.
Environmental / Earth ScienceEngineeringChemistry
Explore: Deloitte · BCG
Explore this careerEMPLOYER LANDSCAPE
Organisations to investigate
OPPORTUNITIES
See related programmes
Apprenticeship Deadline not stated
Johnson Matthey
Engineering Apprentice (Mech)
Mechanical engineering apprenticeship focused on plant maintenance, reliability and engineering support.
Royston, United KingdomWork format not statedSchool / Sixth FormPay — Paid
Verified opportunityReview details
School-leaver / entry-level role Deadline not stated
Johnson Matthey
Operator I: Entry Level Operator
Entry-level industrial operations role providing hands-on exposure to chemical and manufacturing processes.
Royston, United KingdomWork format not statedSchool / Sixth Form · Graduate / Early CareerPay — Paid
Verified opportunityReview details
School-leaver / entry-level role Deadline not stated
Johnson Matthey
Flex Operator
Hands-on manufacturing role working with precious metals and industrial fabrication equipment.
West Chester, Pennsylvania, USAWork format not statedSchool / Sixth Form · Graduate / Early CareerPay — Paid
Verified opportunityReview details
School-leaver / entry-level role Deadline not stated
Johnson Matthey
Chemical Operator
Entry-level chemical-processing role involving production, process monitoring and routine testing.
West Deptford, New Jersey, USAWork format not statedSchool / Sixth Form · Graduate / Early CareerPay — Paid
Verified opportunityReview details
Internship Deadline not stated
BASF
Internship Predictive Maintenance (m/f/d)
Engineering internship applying predictive-maintenance, data and digital tools to improve industrial-plant reliability.
Ludwigshafen am Rhein, GermanyOn-siteUndergraduate · Master’s / PostgraduatePay — Paid · Internship remuneration provided
Verified opportunityReview details
Internship Deadline not stated
BASF
Praktikum im Bereich Anlagenbau (m/w/d)
Six-month plant-engineering internship supporting technical project work at BASF's Ludwigshafen site.
Ludwigshafen am Rhein, GermanyHybridUndergraduate · Master’s / PostgraduatePay — Paid · Internship remuneration provided
Verified opportunityReview details
Internship Deadline not stated
BASF
Praktikum Informatik / Softwaretechnik in der Automatisierungstechnik (m/w/d)
Software and automation internship supporting manufacturing-execution and industrial automation systems at BASF.
Ludwigshafen am Rhein, GermanyOn-siteUndergraduate · Master’s / PostgraduatePay — Paid · Internship remuneration provided
Verified opportunityReview details
Internship Deadline not stated
Climeworks
Intern in Sorbent Characterization (100%)
Six-month materials and chemistry internship characterising direct-air-capture sorbents and their long-term performance.
Zurich, SwitzerlandHybridMaster’s / PostgraduatePay — Paid · CHF 2,000/month during BSc & MSc; CHF 2,500/month after completion of MSc
Verified opportunityReview details
READ NEXT
Understand the sector
Careers
How to test a STEM career direction before committing
A small, well-chosen experiment can teach you more than weeks of abstract career research.
30 August 2026 · 7 min readCareers
How different STEM degrees enter climate technology
Climate technology needs more than one subject: it combines physical systems, materials, data, environmental evidence and implementation.
10 July 2026 · 7 min read