Discovery research
Finding and testing biological targets, molecules and mechanisms that could become medicines.
Example work
- Target validation
- Screening
- Molecule design
INDUSTRY LANDSCAPE
Pharmaceuticals
Discovering, developing and reliably producing medicines.
OVERVIEW
How the sector works
Pharmaceutical work connects molecular and biological research with clinical evidence, manufacturing, quality and regulation.
Why it mattersTurning a scientific idea into a safe medicine requires many disciplines and years of coordinated evidence.
INSIDE THE INDUSTRY
The major subsectors
Each part of the sector solves a different set of technical and practical problems.
Translational and clinical science
Connecting laboratory evidence with studies that examine effects in people.
Example work
- Biomarkers
- Trial design
- Clinical data
Development and manufacturing
Designing formulations and processes that produce reliable medicines at scale.
Example work
- Formulation
- Process development
- Technology transfer
Quality and regulatory science
Maintaining evidence, controls and submissions throughout a medicine’s life cycle.
Example work
- Analytical validation
- Quality systems
- Regulatory submissions
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.
Biology
Disease mechanisms · Assays · Translational science · Clinical evidence
Chemistry
Molecule design · Analytics · Formulation · Process chemistry
Medicine
Clinical development · Safety · Medical evidence · Patient pathways
Engineering
Manufacturing · Scale-up · Automation · Process control
Computer Science
Discovery data · Clinical platforms · Modelling · Research software
WHAT THE WORK CAN LOOK LIKE
Representative problems
Projects vary by organisation, but these examples show the questions teams in Pharmaceuticals may tackle.
- Optimise a molecule while balancing potency and physical properties.
- Develop a biomarker plan for an early clinical study.
- Transfer a laboratory process into a controlled production setting.
- Investigate an unexpected analytical result before batch release.
TECHNOLOGIES & TRENDS
What is changing the sector
These developments are reshaping technical work, evidence and decision-making.
Structure-based design
Using molecular structures and computation to guide the design of candidate medicines.
It helps chemists focus changes on interactions most likely to improve a candidate.Biomarkers
Measurable biological signals used to understand disease or response to treatment.
They can connect mechanism, patient selection and clinical evidence.Continuous manufacturing
Linked production steps operated as a controlled flow rather than isolated batches.
It can improve consistency and responsiveness when thoroughly validated.Clinical data platforms
Systems that bring together study data, monitoring and analysis across trials.
Reliable data handling is essential for interpretable evidence and participant safety.CAREER FUNCTIONS
Where STEM graduates contribute
Functions describe the work a team performs, not just the title on a job description.
Research and discovery
Build evidence around disease mechanisms and candidate interventions.
- Design experiments
- Interpret assay data
- Choose next studies
Clinical development
Plan and analyse studies that evaluate safety and potential benefit in people.
- Develop protocols
- Review clinical data
- Coordinate evidence
Process and manufacturing
Develop stable methods to formulate, make and test medicines at scale.
- Optimise processes
- Transfer methods
- Investigate deviations
Quality and regulation
Maintain the scientific record and controls required for reliable medicines.
- Review validation
- Prepare submissions
- Manage changes
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.
- Use laboratory or computational projects to demonstrate reproducible evidence.
- Learn how discovery, clinical work, manufacturing and regulation connect.
- Practise communicating uncertainty and experimental decisions clearly.
- Look for placements in research, development, manufacturing, quality or data.
CAREER MAP
Example careers
Discover & 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 careerDiscover & Research
Biotech Researcher
Use biological systems to create new therapies, diagnostics and tools.
BiologyChemistryMedicine
Explore: Amgen · Moderna
Explore this careerDiscover & Research
Pharmaceutical R&D Scientist
Develop evidence that moves a potential medicine from idea toward patients.
BiologyChemistryMedicine
Explore: AstraZeneca · GSK
Explore this careerEMPLOYER LANDSCAPE
Organisations to investigate
OPPORTUNITIES
See related programmes
School-leaver / entry-level role Closing soon
AstraZeneca
Clinical Study Administrator
Early-career clinical-operations role supporting study start-up, document tracking and site activation.
Wilmington, Delaware, USAWork format not statedGraduate / Early CareerPay — Paid · $93,249.60–$139,874.40 USD annual base pay range
Verified opportunityReview details
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