If you have a strong science-based degree along with good technical skills, this could be the job for you
Analytical chemists use a diverse range of methods to investigate the chemical nature of substances. The aim is to identify and understand the substance and how it behaves in different conditions.
In the pharmaceutical industry, for example, you would be involved throughout the drug development process. This would include studying the physical or chemical properties of drug substances and formulations, with a view to determining the quality and stability of drug products.
Work may be carried out in areas as diverse as:
Techniques or activities vary depending on the employer or specialist area, but may include:
At a more senior level, it's likely you'll be involved in preparing documentations for product licence applications and setting specifications for finished products.
Salaries vary depending on the employer and location. Benefits also differ according to the employer, but free or subsidised medical insurance is common.
Income figures are intended as a guide only.
The working hours are usually 9am to 5pm, possibly with some extra hours required depending upon the workload and sample schedule. Part-time work and career breaks may be possible.
Self-employment is very unlikely due to the significant financial investment in equipment and staffing, plus the need for accreditation. There are opportunities for freelance consultancy work, although large companies tend to have their own experts.
You need a degree in chemistry or a related subject to become an analytical chemist, and it usually needs to be a 2:1 or higher.
Relevant degree subjects include:
Competition for jobs with many of the major companies is high. While entry with an HND or foundation degree could be a possibility if you have substantial previous experience, it's likely to be at a lower level with restrictions on the laboratory functions you can carry out. Employers may offer training schemes.
A pre-entry postgraduate qualification is not required, although having an MSc or PhD in analytical chemistry or a related subject could be helpful for longer-term promotion and professional development or for jobs in research. PhD holders are also sometimes sought for more senior posts.
You will need to show:
You also need to be skilled in good laboratory practice (GLP) and be able to perform tasks to quality standards in a safe environment.
Practical experience of working in a laboratory environment is desirable and it can be particularly helpful if your course includes a year in industry. As well as providing you with practical skills, it can also allow you to build good contacts for potential jobs once you graduate.
If you have little or no experience in this area you should still apply for jobs, as full training is often available and employers will know you've picked up essential knowledge from your degree.
Work can be found in a diverse range of scientific industries and typical employers include:
Research and development is carried out in a variety of organisations in both the commercial and the public sector. The work may focus on:
Research is, however, increasingly collaborative across all scientific fields, with many partnerships between business and academia. There are also a large number of research institutions that have broader goals than industry but are working in focused areas.
Look for job vacancies at:
Many of the major companies will advertise jobs and graduate training schemes on their own corporate websites, so check these regularly.
In addition, recruitment agencies commonly handle vacancies. These tend to be almost solely laboratory based and require practical experience, but may provide a first step into an organisation that you are interested in working for. Agencies you may want to investigate include:
Most training is on the job, delivered by senior colleagues, and may be supported by short courses.
You will receive documented training procedures in the techniques you'll use and suppliers of technical equipment or specialist software may also provide training.
In addition, training may be delivered through a programme of continuing professional development (CPD). For a range of short courses and conferences that can aid this see the Royal Society of Chemistry (RSC).
The RSC's Analytical Division is a group of analytical scientists working together to promote analytical science from school education to the most advanced research in academia and industry.
The group also has the Analytical Science Network, which was established specifically for young researchers (under 35 years), to foster the careers of present and prospective analytical scientists and to promote analytical science.
Larger companies may provide opportunities for further academic study, for example to undertake a relevant Masters or a PhD.
You will have good opportunities for career progression and employment is possible in a range of industries.
Progression to more senior grades involves taking on increasing responsibility, and promotion depends on your ability and experience. Obtaining a higher qualification, such as a PhD, is a common route into senior roles.
It can be beneficial to become a member of the RSC as its careers service offers support throughout your career. It provides information, advice and guidance on all aspects of career planning and the job-seeking process, including developing or changing careers.
You can also receive advice and guidance via email, over the telephone and through career consultations and surgeries held throughout the UK and Ireland.
In addition, you can develop skills and gain professional recognition by achieving chartered status as a Chartered Chemist (CChem) or a Chartered Scientist (CSci). Certain requirements have to be met to gain chartered status.