circle scribble
Stem Integration At Little Elly

Igniting Curiosity, Building Futures Through Innovation
What is  STEM Education?

What is STEM Education?

Our school is excited to announce the integration of a STEM-focused curriculum starting from the 2024-25 academic year. STEM education merges Science, Technology, Engineering, and Mathematics to nurture creativity and enhance critical and logical thinking. It encourages students to apply classroom concepts to real-world challenges actively. Through STEM Project Based Learning (PBL), students will tackle actual problems hands-on, fostering practical solutions and deeper understanding. Additionally, we aim to incorporate Technical Vocational Education and Training (TVET) to bolster skill development and empower self-employment, details of which will be highlighted in our career-focused discussions during the implementation phase.

Goals & Objectives of STEM Education

STEM education is about lighting the spark of curiosity and guiding students to build a future where they're empowered with knowledge and innovation.
Applying Science and Math in Real Life: STEM encourages kids to use real-world data and tools from science, tech, engineering, and math to understand the world and solve problems.
Best Practices in Action: Our aim is for students to not just learn but apply the best methods from all STEM fields, building a strong foundation for their future.
Learn and Innovate: We want students to soak up knowledge in STEM and use their creativity to invent and imagine new things.
Goals & Objectives  of STEM Education
Benefits of STEM Education

Benefits of STEM Education

STEM education equips children with vital skills for the future, ensuring they are ready to excel in a modern, global workplace.
Skill Enhancement: STEM nurtures crucial skills like creativity, analytical thinking, collaboration, and innovation, preparing students for a rapidly changing world.
Global Opportunities: A STEM-based education is internationally recognized, opening up job opportunities worldwide due to its focus on current global standards.
Competitive Advantage: STEM students often stand out in the job market, offering advanced skill sets that may lead to better job positions and salaries compared to peers with traditional education backgrounds.
Encouraging Innovation: By blending theory with hands-on learning, STEM education drives students towards the pinnacle of learning—innovation and invention.
Leadership Development: STEM challenges students to tackle problems head-on, cultivating leadership qualities as they learn to see challenges as growth opportunities.

Components of STEM Education

Our innovative educational approach equips students with the skills to tackle real-world challenges and thrive in a complex future. Here’s a snapshot:
Real-World Problem-Solving: Students gather and analyze information to creatively solve actual problems, using science, math, and technology.
Deep Learning: Instead of rote memorization, students are encouraged to critically examine their beliefs and understand the depths of their lessons.
Practical Skills for Today: Through project-based activities and real-world experiences, students develop essential life and career skills like teamwork, communication, and creativity.
Tailored Education: Students learn in a way that best suits them, choosing their learning pace and subjects, making education a personal journey.
Community Engagement: Learning extends beyond the classroom to include respect, acceptance, and understanding, fostering a sense of belonging and empathy.
Local and Global Awareness: Students use their local community as a learning resource, broadening their view and tackling issues that impact their world directly.
Components of  STEM Education

Stem Challange

Stem Challange #1 Stem Challange #2


Copyright © 2024 Little Elly  
Enquire us at Whatsapp