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STEM Initiative

Preparing for Success in the 21st Century

Our Mission at Laing is to prepare and inspire generations of learners to meet the challenges of our 21st century society by fostering technological literacy, academic achievement, innovation, collaboration and creative problem-solving. Laing's Whole-School STEM implementation is a core strategy for achieving this mission.

 

STEM helps in: 

1. Developing Critical Thinking and Problem-Solving Skills: STEM education emphasizes inquiry, logic, and the application of knowledge to real-world situations. Laing uses STEM to move beyond rote learning, encouraging students to think critically, experiment, and learn through problem-solving.

2. Creating a foundation for Future Success STEM provides students with the critical skills needed to succeed in the 21st century. Whether or not they choose STEM careers, the analytical thinking, creativity, and problem-solving skills they develop are invaluable in any field. By mastering these skills early, students are better prepared for the complexities of modern education and work environments. 

3. Promoting Real-World Problem-Solving STEM education connects students to real-world issues, such as environmental challenges, technological advances, and societal needs. By solving real-world problems through STEM, students understand how their knowledge applies beyond the classroom. This not only enhances their academic experience but also helps them see how they can make a positive impact on society. 

4. Building Resilience and a Growth Mindset: STEM learning environments often encourage trial and error, where students are expected to test, fail, and iterate. In doing so, they develop resilience and learn that failure is a stepping stone to success. This promotes a growth mindset, where students believe that they can improve through effort.

5. Improving Performance in Core Subjects The integration of science, technology, engineering, and mathematics helps students see connections between different subjects, leading to improved understanding and performance. For instance, engineering projects require knowledge of math and science, while technology lessons can strengthen problem-solving and critical thinking across the curriculum.