Science, Technology & Maths

At Beatrice Tate School, we believe that every learner has the right to explore, question, and make sense of the world through meaningful scientific, technological, and mathematical experiences. Our curriculum is designed to inspire curiosity, develop problem-solving skills, and promote functional understanding, enabling learners to apply knowledge in practical and relevant ways throughout their lives. By providing a broad, balanced and inclusive STEM curriculum, we ensure that all learners can participate fully, progress at their own pace, and experience the satisfaction of discovery and achievement.

Developing Scientific, Technological and Mathematical understanding for all learners

Our approach ensures that all learners engage with STEM learning through personalised, multi-sensory, and practical experiences that are both relevant and motivating. Learning is embedded within real-life contexts, enabling learners to explore cause and effect, develop logical reasoning, and apply knowledge functionally across the curriculum. We value curiosity, creativity, and collaboration, recognising that exploration through science, technology and mathematics provides powerful opportunities for communication, independence, and preparation for adulthood.

Key Curriculum Aims:

• Develop Curiosity and Exploration: Encourage learners to explore their environment through sensory experiences, observation, investigation, and experimentation. Learners are supported to make predictions, notice change, and develop an understanding of the world through structured exploration and discovery.
• Build Problem-Solving and Thinking Skills: Develop the ability to make connections, recognise patterns, and solve problems in meaningful, everyday contexts. Learners use reasoning, sequencing, and logical thinking to investigate relationships and outcomes, building confidence in applying what they know to new situations.
• Apply Functional STEM Skills: Focus on the practical application of STEM knowledge to promote independence. Learners use mathematical, scientific and technological skills to engage in real-life activities such as handling money, measuring ingredients, telling the time, following recipes, programming devices, or using assistive technology for communication and control.
• Encourage Communication and Collaboration: Use STEM as a context for developing communication, social interaction and teamwork. Learners work together on investigations, construction, and problem-solving tasks, learning to share resources, take turns, communicate results and celebrate shared achievements.
• Foster Creativity and Design Thinking: Provide opportunities for creative expression, invention and play within STEM. Learners are encouraged to explore ideas, design, make and evaluate, developing both imagination and practical competence in safe, supportive environments.

A Tailored, Inclusive Approach

As a special school, we recognise that our learners progress through different stages of development and require flexible, individualised approaches.

Pre-formal learners experience science, technology and maths through sensory exploration, supported by the Welsh Routes for Learning (WRfL) framework, focusing on curiosity, anticipation and cause-and-effect.

Semi-formal learners engage in topic-based and functional activities that build conceptual understanding through EQUALS and Maths for Life frameworks, supported by adaptive technology where appropriate.

Formal learners access more structured and subject-specific STEM learning, applying knowledge through practical projects, investigation, and problem-solving, with outcomes linked to Preparing for Adulthood themes.

Throughout all pathways, MAPP (Mapping and Assessing Personal Progress) dimensions of independence, fluency, maintenance, and generalisation, are used to monitor development, while evidence is captured through the school’s STARRS platform to provide a holistic view of progress.

By the time they leave Beatrice Tate School, we aim for our students to have:

• developed curiosity, confidence, and enjoyment in exploring and investigating the world around them;
• gained a functional understanding of scientific, technological and mathematical concepts relevant to daily life;
• applied problem-solving and reasoning skills to real-world contexts;
• used technology purposefully for communication, creativity and control;
• built independence and self-belief through achievement, exploration and discovery.