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Clinical scientist Healthcare scientist

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Clinical scientists research and develop techniques and equipment to help prevent, diagnose and treat illness.

£26,250 to £99,500 average per year

37.5 per week

1. Entry requirements

You’ll need:

a degree in life sciences (biology, microbiology, genetics or biochemistry), physics, engineering, or those related to medicine (biomedical science, medical physics or biotechnology)
to complete the 3-year NHS Healthcare Scientist Training Programme (STP)
registration with the Health and Care Professions Council (HCPC)

If you don’t have a degree level qualification, you can enter clinical science in the NHS at practitioner level by applying for the NHS Practitioner Training Programme (PTP).

Health Careers has more information on how to become a clinical scientist.

2. Skills required

You’ll need:

accuracy and attention to detail
the ability to concentrate for long periods
an enquiring mind and good problem solving skills
excellent communication skills

3. What you'll do

Your duties will depend on your specific role, but may involve:

interpreting test results and suggesting treatments to doctors
researching, developing and testing new methods of diagnosis and treatment
giving doctors advice on buying and using commercial products and equipment

You’ll focus on physiological sciences, life sciences or medical physics and clinical engineering.

In physiological sciences, you’re more likely to work directly with patients in audiology, cardiac physiology, or investigating how an organ functions to diagnose abnormalities and find ways of improving a patient's wellbeing.

In life sciences, you could work in one of the following branches:

embryology – researching infertility, including IVF treatment, egg retrieval and assisted reproduction
pathology – investigating the cause and progression of illness, or reason for death
genetics – studying cells to check for inherited diseases
haematology – analysing, diagnosing and monitoring blood-based disorders

In medical physics and clinical engineering, you’ll be involved in:

designing and developing instruments to monitor and treat patients
creating new ways to treat and diagnose illness
making sure complex equipment is set up and used correctly

4. Salary

Starter: £26,250 to £35,250

Experienced: £31,250 to £41,250

Highly Experienced: £56,000 to £99,500

Salaries in the private sector could be higher.

These figures are a guide.

5. Working hours, patterns and environment

You’ll usually work around 37.5 hours a week. You may have to work evenings or weekends as part of an on-call rota.

You’ll be based in a hospital, clinic or laboratory setting. You may need to travel to other hospitals to meet with other scientists.

You’ll wear protective clothing when working with hazardous substances and radiation.

6. Career path and progression

With experience, you could move into management or teaching.

You could also go on to study for a PhD or apply for the NHS Higher Specialist Scientific Training Programme (HSST).