Analytical chemist

As an analytical chemist, you'll use a range of laboratory techniques and instrumentation to test samples and generate reliable data. You may assess the quality and stability of materials, support product development, or monitor environmental contaminants, depending on your sector.

The role varies widely and you can work in areas as diverse as:

• drug formulation and development
• chemical or forensic analysis
• environmental monitoring of water and soil pollutants
• process development
• product validation
• quality control
• toxicology.

For example, in the pharmaceutical industry you might evaluate the stability and purity of drug substances and formulations. In the environmental sector, you could analyse water, air or soil samples to measure pollutant levels and assess potential risks.

Responsibilities

As an analytical chemist, you'll typically need to:

• plan, prepare and run experiments to analyse samples from various sources and determine the compounds or quantities of compounds present
• use analytical techniques and instrumentation, such as gas chromatography (GC), high performance liquid chromatography (HPLC), ion chromatography, electrochromatography, liquid chromatography-mass spectrometry (LC-MS), inductively coupled plasma mass spectrometry (ICP-MS) and spectroscopy (infrared and ultraviolet, amongst others), to investigate chemical compositions
• interpret data using laboratory information management systems (LIMS) and other digital data software, ensuring accurate recording and compliance with documentation guidelines
• develop, optimise and troubleshoot analytical methods and instrumentation to improve efficiency and reliability
• maintain, calibrate and monitor laboratory instrumentation to ensure consistent performance
• validate (and revalidate) methods and equipment in line with regulatory requirements such as good laboratory practice (GLP), good manufacturing practice (GMP) or ISO standards
• ensure compliance with quality assurance procedures and contribute to audits or inspections
• critically evaluate results to confirm accuracy, reproducibility and suitability for their intended purpose
• present cientific findings and write technical reports for colleagues, clients or regulators
• provide analytical and technical advice to improve productivity and efficiency, while maintaining safety
• work collaboratively with cross-functional teams including operations, research, technical, production and quality departments.

At a more senior level, you may need to:

• lead the daily operation of the analytical laboratory
• prepare documentation for product licence applications
• take responsibility for data integrity and regulatory compliance
• support clinical trial submissions
• ensure finished products meet agreed specifications.

Salary

• Early career analytical chemists may earn in the region of £26,000 to £30,000.
• With experience, salaries can range from £30,000 to £40,000.
• Senior/principal analytical chemists and lab managers can typically earn between £40,000 and £60,000, with £50,000+ most typical in management or lead posts and higher-paying employers and sectors.

Salaries vary depending on the sector you work in, the type and size of your employer, your experience, qualifications and location.

Benefits vary depending on the employer but may include a pension, life and medical insurance.

Income figures are intended as a guide only.

Working hours

Working hours vary by sector but are typically between 37 and 40 hours per week. Some employers offer flexible working arrangements, while others operate shift patterns, often involving eight-hour rotating shifts.

Overtime may be required depending on workload or testing schedules. Part-time work and career breaks may be possible.

There are some opportunities for freelance consultancy at senior or specialist level, although larger organisations usually employ in-house specialists.

What to expect

• The job combines laboratory work with computer-based work in an office.
• Jobs are available throughout the UK and tend to be concentrated in large towns and cities. Research and development (R&D) work is more commonly found in the south of England.
• You need to be comfortable working to strict deadlines and solving problems as quickly as possible. Routine analysis can involve doing the same job for prolonged periods, although you're less likely to do this in more senior posts.
• Initiatives are in place to try to ensure the chemistry industry is diverse and inclusive. For examples of current campaigns, see the Royal Society of Chemistry (RSC) Science Culture.

You may need to travel during the working day to visit clients or other sites. However, you won't usually have to stay away overnight. Overseas travel is rare, although secondments abroad may be possible as you reach higher grades

Qualifications

You'll usually need a good degree in chemistry or a closely related subject such as applied/analytical chemistry or biochemistry to become an analytical chemist.

Other relevant degree subjects that could help you get into the career include:

• chemical engineering
• forensic science
• geochemistry
• materials science
• natural sciences
• environmental science.

Some employers may accept candidates with equivalent qualifications or relevant experience gained in an analytical laboratory.

Some chemistry-related undergraduate degrees (BSc), integrated Masters degrees (MChem and MSci) and postgraduate Masters degrees (MSc) are accredited by the Royal Society of Chemistry (RSC). This shows they have met a certain standard of teaching and that you'll gain the expected skills from the degree, meaning potential employers can have confidence in your ability. Accredited degrees also provide a clear route to gaining Chartered Chemist (CChem) later in your career. Search for an RSC-accredited course.

You can also become an analytical chemist through a scientist degree apprenticeship, which combines paid work with academic study at degree level. Upon successful completion, you're eligible to apply for Registered Scientist (RSci) via a shortened route.

If you have an HND, you may be able to enter the career as an analytical technician and then work your way up with further qualifications and experience.

You don't need a pre-entry postgraduate qualification, although having an MSc or PhD in analytical chemistry or a related subject could be helpful for your longer-term career or for jobs in research. Some employers may look for a Masters depending on the sector and specific role. Search postgraduate courses in analytical chemistry.

You may gain entry through a graduate training scheme. Competition for jobs varies depending on the type of role and industry.

Skills

You will need:

• a strong interest in analytical chemistry and motivation to investigate and solve complex problems
• the ability to prioritise your work and manage competing deadlines
• excellent verbal and written communication skills to communicate effectively with a range of departments and clients
• self-motivation and a proactive approach to work
• strong analytical and technical problem-solving skills, including the ability to troubleshoot methods and instrumentation
• IT skills and confidence in using digital data systems and learning new laboratory-based tools
• effective collaborative and teamworking skills combined with the ability to work independently without supervision
• flexibility to respond to changing priorities and unexpected issues
• research skills and a patient, methodical approach to work
• excellent observation skills and attention to detail
• a commitment to quality, data integrity and regulatory compliance.

You'll also need knowledge of good laboratory practice (GLP) and good manufacturing practice (GMP).

You may need a full driving licence to travel to visit clients or other sites.

Work experience

Practical laboratory or research experience is highly valued by employers. This can be gained through a year in industry as part of your degree, a summer placement or an internship. Final-year research projects, laboratory-based dissertations and summer research studentships can also provide valuable hands-on analytical experience.

Internships are often offered by larger companies and can be competitive. It's worth approaching smaller or local organisations to ask about project-based work opportunities or short-term placements. You could also request work shadowing opportunities to gain insight into the day-to-day role of an analytical chemist.

You may also be able to gain practical experience as a laboratory technician, research assistant or by supporting postgraduate research projects. For more information and ideas on how and where to get relevant experience, see the Royal Society of Chemistry - Work experience.

Joining professional bodies such as the RSC and attending local events, webinars or conferences can also help you learn more about the sector and build contacts.

Getting experience helps you develop practical skills and build professional networks. If formal opportunities are limited, you could attend careers fairs, employer events and networking sessions, or proactively contact organisations to ask about opportunities. Developing your technical skills through short courses, health and safety training or data analysis practice can also strengthen your applications.

Find out more about the different kinds of work experience and internships that are available.

Employers

Analytical chemists work across a range of scientific and industrial sectors. These include:

Pharmaceutical and life sciences

• pharmaceutical companies
• biotechnology firms
• contract research organisations (CROs)
• hospital and public health laboratories

Environmental and energy

• environmental agencies
• water companies
• energy and petrochemical companies

Manufacturing and industrial

• chemical, polymer and agrochemical manufacturers
• food and drink producers

Forensic and consultancy

• forensic science providers
• multidisciplinary testing and consultancy companies

Public sector and academia

• universities and research institutions
• government laboratories and agencies.

Research and development (R&D) takes place across the commercial, education and public sectors. Work may involve basic research, which aims to improve scientific understanding, or applied research, focused on developing practical or commercially viable products.

Research is increasingly collaborative, with partnerships between industry, universities and government organisations common across many scientific fields.

Look for job vacancies at:

• Chemistry World Jobs
• Civil Service Jobs
• Jobs.ac.uk - PhD studentships and roles in higher education.
• Nature Careers
• NHS Jobs

Many major companies advertise jobs and graduate training schemes on their own websites, so check these regularly. LinkedIn is also widely used for science recruitment and networking opportunities.

Recruitment agencies commonly handle vacancies for lab-based roles requiring practical experience. They may, however, provide a first step into an organisation that you're interested in working for. Agencies you may want to investigate include:

• Cranleigh
• Hyper Recruitment Solutions
• Jobs in Science
• SRG
• VRS Recruitment

Professional development

Most training is delivered on the job by senior colleagues and may be supported by internal or external short courses. You'll usually follow documented procedures for specific techniques and equipment. Suppliers of technical instruments or specialist software may also provide training.

Continuing professional development (CPD) is important to keep your skills current and to stay up to date with advances in laboratory techniques, regulation and technology. CPD can include attending courses and conferences, reading industry publications and research papers, and completing online training. The Royal Society of Chemistry (RSC) provides a list of approved training courses.

Professional recognition can support career progression. With relevant experience, you may apply for Registered Scientist (RSci) status and, as your career develops, Chartered Chemist (CChem) or Chartered Scientist (CSci) status through the RSC. These awards demonstrate competence and commitment to high standards and require ongoing CPD. Find out more about RSC Professional Awards.

Larger organisations may support further academic study, such as a relevant Masters or PhD.

Career prospects

Career prospects are generally good for analytical chemists, with demand across industries as diverse as pharmaceuticals, environmental testing, food production and energy.

As your career progresses, you'll develop your technical expertise and may take the lead in developing, optimising and validating analytical methods. Increased responsibility often includes training and supervising junior staff.

With experience, you can progress to roles such as senior or principal analytical chemist. From there, you may move into laboratory management positions, such as laboratory or technical manager. Alternatively, you could specialise as a subject matter expert or move into project management, overseeing analytical programmes from start to finish.

A higher qualification, such as a PhD, is typically required for research-intensive careers and can be beneficial for specialist or senior scientific roles but isn't essential for most industry positions.

Other options include teaching, lecturing or science communication.