Bath Fertility

01761 434 464


Clinical Embryologist

We are seeking an enthusiastic and motivated Clinical Embryologist to join our professional and friendly team. We are a growing unit achieving consistently good success rates, offering a full range of treatments to both NHS and self-funded patients.

Applicants should have at least 2 years’ experience in a clinical setting, working towards or having attained HCPC Registration. Excellent communication skills are essential as patient contact is an important part of this role. Some weekend and on call work is involved on a rotational basis (overtime payable).

For an application form and job description please contact Dr Stephanie Gadd or 01761 434464.

Closing date: Thursday 28th February 2019

Interested in joining our amazing team?

Bath Fertility is one of the most successful fertility centres in the UK. We believe our success lies in the positive attitude, commitment and dedication of our team. Our work can be demanding, but also incredibly rewarding and to achieve what we do, we highly rely on our amazing team. We continually invest in finding compassionate and skilled team players, who strive to provide the best treatment and care – to help our patients create a family.

If you would like to join our team, we would love to hear from you. We welcome applicants from all walks of life including people with disabilities and also from minority groups  Our centre is constructed to be accessible for all disabled staff and patients with wide corridors and doors.

We truly believe in our staff and offer excellent training programmes which encourage personal and professional growth. As an employer we offer flexible working hours which include flexi-time, changes to working hours during school holidays, part-time hours, compressed hours, staggered hours, working from home and time off in lieu for any overtime worked. The majority of our current employees operate under one or more of these options.

If you like what you read, please do send us your letter of application and CV to