Here at Lansdowne School, you’re standing before a place designed with a purpose. Lansdowne School isn’t just any school. It’s a community special school in London.
Lansdowne School caters to students aged 11 to 18. It provides a supportive learning environment. The school’s address is 49 Combermere Road, London, SW9 9QD. It falls under the Lambeth local authority.
Lansdowne School has a capacity for 170 pupils. Currently, 164 students attend. The headteacher is Mrs. Linda Adams. You can reach Lansdowne School at 02077373713. Further details are available on their website.
Lansdowne School specifically supports young people with autism and special educational needs. It aims to meet their unique requirements. Lansdowne School provides various types of SEN provisions. These include support for visual impairment and hearing impairment. Support is also given for speech, language, and communication needs. Further provisions include ASD, SEMH, PD, and MLD.
Lansdowne School also features a sixth form. It provides further educational opportunities. The school has special classes to cater to diverse learning needs. A significant portion of students are eligible for free school meals. 73% of children are eligible.
Susan Osborn is the chair of governors. Her term runs from December 2023 to December 2027. Several other governors contribute to Lansdowne School’s governance. They include Robert Butler, Theodora Hardy, and Kim Lee Murray.
Lansdowne School’s most recent Ofsted inspection was in November 2021. The outcome was ‘Good’. Ofsted’s unique reference number for the school is 100654.
The school’s location is near the center of Brixton. The building was purpose-built. It was designed to meet the needs of its students.
Lansdowne School is more than just a building. It is a place where young people can learn and grow. It is a place where they receive the support they need. The dedicated staff and specialized facilities make it a valuable resource for the community. Lansdowne School works together to help students achieve their full potential.