Job description
Description
JOB TITLE: Cleaner
LOCATION: SBD Brackmills, Northampton NN4 7BZ
CONTRACT: Part time, Permanent
HOURS: 16:00- 21:00
PAY RATE: £10.90 per hour
ROLE OVERVIEW AND PURPOSE
ABM are looking for hardworking and reliable persons to join the cleaning team here at SBD Brackmills. The team are responsible ensuring that the unit is clean, tidy, and well maintained, and providing a safe and welcoming environment. The person will be able to provide great customer service as well as interacting with the team already established onsite.
KEY RESPONSIBILITIES
As an ABM cleaning operative your role will be to deliver cleaning services to client facilities in and around the building to a high standard, your responsibilities include but are not limited to:
- Cleaning floors, including dust mopping, damp mopping, sweeping, vacuuming, dusting, picking up litter on the floor, and spot cleaning glass doors/windows, cleaning stainless-steel fixtures and bollards, and removing chewing gum.
- Clean and sanitise lifts, wipe external & internal doors / frames / lift runners wipe down and remove all smudges from mirrors, sweep and mop floors.
- Cleaning toilets, cleaning and sanitising fixtures, cleaning mirrors, cleaning shower cubicle partition doors/walls and sinks, sweeping and mopping tile floors, and cleaning urinals.
- Emptying bins, collecting waste.
- Litter picking outside in car parking area.
- Maintenance of cleaning equipment and re-stocking supplies.
- Perform additional duties as needed, within reason.
- Comply with training sessions delivered by the supervisor/line manager as necessary.
REQUIRED SKILLS AND EXPERIENCE
The successful applicant will be able to demonstrate knowledge and use of the following essential skills:
- Good inter-personal and communication skills.
- Ability to use own initiative to identify and prioritise tasks.
- Ability to work alone and as part of a team.
- Approachable and courteous manner.
Essential
Cleaning experience in both an indoor and an outdoor setting
English fluency
Flexible approach to shift pattern