How Mum’s the Word® Helps Families and Nannies in Kent

Mum’s The Word® is a leading UK nanny agency, sourcing candidates for one-off, short-term or long-term domestic support for clients across the UK. Our Kent branch is able to help families find high quality nannies, domestic help and child care professionals throughout the county.

We cover the entire region, from Sevenoaks, Orpington, Chislehurst, Tonbridge, Royal Tunbridge Wells and all areas of Kent from Bromley to Dover.

Please contact us if you are based in any part of Kent and need support with your child care or domestic help requirements!

Our Kent Nanny Agency provides a bespoke and personal level of service, so we personally interview all candidates and ensure that they go through the relevant DBS and reference checks. We also provide courses on First Aid, Child care and Maternity Nursing to make sure that all relevant skills and qualifications are kept up to date.

Our service includes an initial consultation which will make sure that we can fully understand your domestic and childcare requirements. This means that you will receive the very best personalised and attentive service from our Kent Nanny Agency.

We can provide full time, part time, live in or live out nannies, and we can also help with other domestic services such as mothers help, nursery nurse, housekeepers, cleaners, maternity nurses, babysitters, gardeners, handymen / handywomen and Au Pairs

Nanny jobs in Kent

We have a wide range of nanny jobs in Kent available, so if you are a childcare professional in this area then please don’t hesitate to get in touch. We are always looking for hard working, reliable and dedicated candidates, and we would love to discuss the next step in your career.

Mum’s the Word also provides a similar level of service with child care services, domestic help and nanny jobs in Berkshire, Buckinghamshire, Gloucestershire, Hampshire, Oxfordshire, Surrey, Sussex, Warwickshire, Wiltshire as well as the Rest of the UK. We also work in London and the surrounding area.