St Mary's Church of England High School - Cleaning Tender

St Mary’s is an 11–19 co-educational comprehensive school with Academy status and an admission number of 180 for each new Year 7 cohort. We are one of four Church secondary schools in Hertfordshire within the Diocese of St Albans. The school is widely recognised in the local community for its high quality provision and outstanding commitment to inclusion. St Mary’s is committed to providing a safe and caring learning environment founded on Christian principles. We continue to deliver an excellent standard of education for all students, enabling every individual to achieve their full potential regardless of ability or background. We moved to our new purpose-built site on Lieutenant Ellis Way in April 2010. The new school buildings provide an exceptional learning environment and our modern facilities include a full-size sports hall and main hall, drama studios, an outdoor amphitheatre, dedicated computer suites, science laboratories, technology workshops, a Learning Resource Centre and Student Centre, social spaces for each year group and industrial-standard IT facilities. Further information regarding St Mary’s CE High School can be obtained here: https://st-maryshigh.herts.sch.uk/ Tender information: The successful tenderer will be required to provide excellent cleaning services at St Mary’s CE High School, which has 915 pupils and 138 teaching and support staff. The contract term being tendered for 3 years, from 15th February 2027 – 31st March 2030. There is an option for a further extension period for up to two additional years to 31st March 2032. The contract offers an excellent opportunity to review and propose enhancements to the current cleaning services. This includes both core term time cleaning and periodic deep cleaning throughout the year. The Client is keen to secure a high quality cleaning service whereby its students are able to enjoy excellence in education, supported by excellently kept facilities. The Client expects a tightly managed service where k