If you have a scientific and analytical mind you may be suited to a career as a water quality scientist
As a water quality scientist, you'll be concerned with safeguarding all aspects of water quality through scientific analysis, and setting targets and standards in response to specific legislation. You'll compare test results with these standards, investigate shortfalls and take action to remedy problems.
Depending on your employer, you may be involved in providing solutions to water quality problems and water quality regulation. More senior roles may involve significant liaison with businesses, the public and other water industry professionals.
Types of water quality scientist
You may specialise in one of the following areas:
- drinking water
- surface water (including rivers, lakes and estuaries).
As a water quality scientist, you'll need to:
- take water samples (although routine sampling may be carried out by technicians)
- carry out laboratory testing of samples for chemical or microbiological parameters and, in the case of drinking water, assess the quality of taste and clarity
- analyse statistical data on water quality samples
- visit sites of concern, such as potential sources of pollution or contamination, and sources of complaints about drinking water quality
- liaise with customers and representatives from regulatory authorities
- investigate reasons for lapses in water quality and suggest changes or solutions to these problems
- provide advice on avoiding problems, for example, to businesses discharging effluent
- negotiate effluent discharges fees
- contribute to projects concerning water quality improvement
- check customers' premises and the construction of drains
- investigate pollution incidents from a scientific and legal viewpoint
- arrange for emergency action in response to pollution-causing incidents
- conduct research related to water quality and set up field surveys
- share information with water quality professionals from other agencies.
- Starting salaries for water quality scientists range from £18,000 to £25,000.
- With a few years' experience salaries are in the region of £25,000 to £35,000.
- Chartered status, considerable experience and greater responsibility can attract salaries of up to £45,000.
Benefits may include a contributory pension scheme, company car and private healthcare scheme.
Figures are intended as a guide only.
Your standard working hours will be 9am to 5pm, but you may have to work some regular extra hours. Most organisations provide 24-hour emergency cover, so it's common to work extra time on a rota basis.
Overtime payments and a standby allowance may be available and time off in lieu is often given for bank holiday working. Extra hours might be expected in response to a serious incident.
Part-time work and career breaks are possible.
What to expect
- Working outdoors in all weathers is typical for field-based staff but not for regulatory or laboratory-based scientists.
- The day-to-day schedule may be unpredictable and stressful due to the need to be responsive to incidents.
- Travel within a working day is frequent. Part of each day may be spent travelling to sites of concern or to customers' or businesses' premises. Covering a large region may involve considerable daily travel.
- Women are now well represented in this area of work.
- Self-employment and freelance work is not generally possible until you have gained sufficient experience and expertise to make consultancy a possibility.
This area of work is open to all graduates but will be especially relevant to those with a science degree. In particular, the following subjects are useful:
- environmental science
Entry is possible with a relevant HND, for example in a subject that has a strong element of analytical chemistry and/or biology. However, it may be difficult to secure a job with an HND only due to the level of competition typical of all environmental roles.
If you have an HND you're more likely to be recruited to technician or sampling roles, with progression possible through experience and further study and training.
The water industry has a history of developing its own staff and seeking to fill vacancies through internal progression where possible. Laboratory experience within a work placement can aid HND entry. It's unlikely that you'll be able to enter the career without an HND or degree.
Although a postgraduate qualification is not generally required, it may offer some advantage if your first degree is not closely related to the work. Postgraduate courses with work placements or with strong ties to the industry would be preferred. For a list of institutions and accredited courses, see the .
It's also possible to complete an apprenticeship to gain entry to a career in water quality. For details of available courses check the local water quality organisation website in the area you wish to train.
You'll need to have:
- good laboratory work skills
- a sound analytical approach to problems
- organisational skills
- attention to detail
- the ability to communicate specialist information to the public and businesses
- an awareness of the water industry, particularly water companies
- a driving licence - this is usually a requirement due to daily travel to sites.
As with all environmental careers, work experience, whether paid or voluntary, is often important.
Organisations offering voluntary work include:
It's a good idea to get membership of a relevant organisation to keep up to date with news in the industry. Student and graduate membership is available with CIWEM. This gives access to publications and opportunities to attend conferences and events.
Water companies provide a major source of employment within the industry. There are various companies that supply water and sewerage to England and Wales and a full list can be found at .
Water and waste water services in Scotland are provided by , which acts as the wholesaler to the licensed water and sewerage suppliers.
In Northern Ireland, these services are delivered by .
Other employers include regulatory bodies, such as:
- - responsible for overseeing the quality of fresh, marine, surface and underground water in England and Wales. The EA also runs a graduate training programme.
- - oversees the quality of tap water, ensuring safe drinking water is supplied and it meets the standards set down in law.
- - monitors pollution and groundwater quality.
- - responsible for environmental protection in Scotland, including groundwater quality.
- - ensures the drinking water in Scotland is safe.
Some consultancies and environmental organisations employ water quality scientists.
Look for job vacancies at:
Useful directories for details include the .
Employers generally provide on-the-job training. Formal training is usually provided for procedural and regulatory issues and is often delivered by relevant agencies or consultants. It's likely some training will involve self-directed study and distance learning.
Once in post, you'll be required to keep your knowledge up to date as there are frequent changes within legislation concerning water quality, so continuing professional development (CPD) is important.
The CIWEM offers CPD courses on a range of relevant topics and also has online CPD units, which can be completed by members and non-members. Find out more at .
Once you've built up some relevant experience, you can become a member of CIWEM. To do so, you'll need to submit a written report that details your environmental activities and demonstrates your responsibility in water management.
The larger water companies have graduate training schemes or management training programmes, and these tend to concentrate on commercial functions and water operations management, rather than water quality work. They typically provide structured training towards understanding all aspects of the business, as well as support for professional qualifications.
You may decide you're happy to remain in your role, developing your own expertise and authority within a specialist area. Or, you may seek to further your career by gaining chartered status with the CIWEM. Achieving this will enable you to apply for registration with the Science Council. Find out more at .
If you're ambitious, you could move into a water operations manager role, with responsibility for managing a range of facilities within the water industry and coordinating and directing all activities relating to water operations. However, there is stiff competition for these posts, particularly among graduates recruited onto graduate training schemes.
Other management roles include the management and supervision of sampling, treatment and laboratory facilities and staff. There are opportunities to manage water quality teams or to move into more generic environmental protection roles or national policy and research work within the Environment Agency (EA).
If you become an experienced water quality scientist who is recognised as an expert in your field, you may be able to move into consultancy, providing services to water organisations nationally and internationally. This is only likely with significant experience of research, publishing and/or management.