Want to contact Kaitlyn and hundreds of other Helpers nearby? Sign up now - it only takes a few minutes!

Sign Up
Kaitlyn E

Kaitlyn E

Contact
Regina

My name is Kaitlyn. I am currently attending the university of Regina to become an elementary tea...

Contact

  • Usually replies in less than a day

  • Helper Roles Babysitter, Nanny (live-out)

  • Availability Full-time, Part-time

  • Shifts Overnight, Weekdays, Weeknights

  • About Me

    My name is Kaitlyn. I am currently attending the university of Regina to become an elementary teacher. I have been babysitting children since I was 15. I am patient and kind and I enjoy housework enough to make me good at it. My hours are flexible, I can work all weekdays and some weekends. I prefers not to work past 6pm on most days, however I am willing to work out a schedule that accommodates both myself and your family. I live in Regina and have my own vehicle for transportation.

  • Qualifications
    • Extra
  • Simplify finding the right person by saving your searches.
  • Save favorites, see full profiles.
  • Free to browse and post a job, pay when you are ready.
Post a Job
About

We are a web and mobile service connecting Families with great babysitters. Our services help Families find childcare, home care and elder care. Looking for a trusted babysitter in Vancouver? Part-time or full-time? We’ve got you covered. Need someone who speaks french, can help with english homework or can tutor in spanish? We have Helpers available weekdays, weekends, even overnight. myBestHelper.com is also a perfect place if you are looking for a job. Need full-time, part-time or occasional work? Want to find a Family who also speaks Filipino or Spanish? Are you available weekdays, weeknights or weekends? Is your schedule flexible? We have a Job for you! Apply to great nanny jobs in Vancouver - right in your neighbourhood. myBestHelper is a modern solution that makes life better, and gives you all the choices you want. Each customer’s situation is unique and we are experts in helping find an equally unique solution.