Skip to content
Shop All
Bestsellers
Product Knowledge
Hub
For Your
Classroom
FIRST® LEGO® League
National
Robotics
Competition
STEAM Learning @ Home
Wholesale
Gift Ideas
Kits & Sets
E-courses
Workshops
Parts
Others
Bundles/Bulk
From Local Warehouse
Preorders available too!
Official Brand Partner
Trusted by international brands
$5 for New Customers
Use Code: NEWDUCK
Useful Resources
What is STEM and STEAM education in Singapore?
The blog discusses the evolution of education in Singapore, particularly focusing on the transition from STEM (Science, Technology, Engineering, and Mathematics) to STEAM (which includes Arts alongside the STEM disciplines). It highlights the key aspects of STEAM education, emphasising the importance of integrating creativity, critical thinking, and problem-solving skills into traditional STEM subjects. STEAM education in Singapore is portrayed as a holistic approach that prepares students for the demands of a technology-driven world economy. The government, educational institutions, and various organisations are actively promoting STEAM education through specialised schools, enrichment programs, competitions, and industry partnerships. The blog also compares STEM and STEAM education, pointing out that while both aim to foster critical thinking and innovation, STEAM places additional emphasis on creativity and design thinking. It suggests that STEAM offers a more well-rounded approach to education suitable for the 21st-century workforce. Overall, the blog advocates for the importance of STEAM education in Singapore, highlighting its role in nurturing future innovators and contributing to the country's economic development and global competitiveness.
What is the Applied Learning Program (ALP) in Singapore?
Applied Learning Programs (ALPs) are reshaping education in Singapore, promoting hands-on, real-world application of academic knowledge. Implemented across all primary schools by 2023, ALPs emphasise project-based learning, interdisciplinary approaches, and the development of 21st-century skills. Key Features: Project-based Learning: ALPs engage students in authentic projects, fostering collaboration with external partners and addressing community needs. Interdisciplinary Approach: Integrating diverse subjects, ALPs cultivate holistic problem-solving skills essential for future success. Real-world Application: ALPs encourage students to apply learning to solve real-world issues, fostering civic engagement and responsibility. 21st-century Skills Development: ALPs nurture critical skills like problem-solving and collaboration, preparing students for future careers. Primary vs. Secondary ALPs: Primary ALPs focus on core subjects, while secondary ALPs extend to advanced topics like STEAM and Robotics. ALP vs. Co-Curricular Activities (CCA): ALPs deepen understanding by connecting knowledge to real-world scenarios, whereas CCAs broaden students' experiences through extracurricular activities. Themes Covered: ALPs encompass diverse themes such as Game Design, Health Science, and Sustainability, enriching students' learning experiences.
Top 10 Tips for Educators to teach STEAM Education to Preschoolers (Age 4+)
Duck Learning aims to provide valuable insights and practical tips for preschool teachers to effectively incorporate STEAM (Science, Technology, Engineering, Arts, and Mathematics) education into their classrooms. It begins by defining STEM and STEAM concepts for preschoolers, emphasising their holistic approach to learning and problem-solving. The article then explores the essential components of STEM and STEAM education, along with corresponding skills. It delves into the importance of creativity and innovation in STEAM education, highlighting its interdisciplinary nature and relevance in preparing children for future careers. The blog offers ten actionable tips for teachers, including integrating play, fostering curiosity, embracing hands-on learning, and promoting teamwork and collaboration. Each tip is accompanied by practical suggestions and examples, making it easy for teachers to implement STEAM education effectively. The article concludes by emphasising the significance of STEAM education in nurturing young minds and providing them with essential skills for success in the modern world.
A Comprehensive Comparison: LEGO® SPIKE™ Prime vs. MINDSTORMS® EV3 for Robotics Education
In the realm of robotics education, choosing between LEGO's SPIKE Prime and the now-retired Mindstorms EV3 is a decision of paramount importance. Our comprehensive comparison meticulously dissects the distinctions between these esteemed kits, aiding in your informed choice. Additionally, we explore their relevance within the context of FIRST LEGO League (FLL), the prestigious robotics competition that ignites young innovators' imaginations. As the Mindstorms era bids farewell, SPIKE Prime steps into the spotlight with its sleek, user-friendly design. The hardware evolution, sensor advancements, and versatile programming interfaces set SPIKE Prime apart. Its cable convenience, port possibilities, and unique features cater to young robotics enthusiasts. In terms of compatibility with FLL, SPIKE Prime's ease of building and modular design make it an excellent choice for budding participants. While both kits have their merits, SPIKE Prime's user-friendliness and adaptability stand out, offering a delightful robotics journey for aspiring engineers.
Code for Fun: Sparking AI Learning with Pictoblox in Singapore
Code for Fun programme in Singapore uses Pictoblox to introduce students to AI and coding, fostering innovation through hands-on learning. With block-based and Python coding, kids develop essential skills, preparing for a tech-driven future in an engaging, practical way.
How to become an AI engineer as a kid (4 ways)
Helping your child become an AI engineer involves building a strong foundation in mathematics, introducing programming early, exploring AI concepts through interactive games and apps, and connecting with educational communities. Focus on fostering conceptual understanding in maths with resources like Khan Academy and real-world problem-solving activities. Introduce coding through beginner-friendly tools like Scratch and Python to develop logical thinking and problem-solving skills. Encourage hands-on experimentation with STEM kits from LEGO® Education or robotics workshops to make AI concepts accessible. Lastly, join coding clubs, online platforms, and open-source projects to provide mentorship and collaborative learning opportunities, setting the stage for future success in AI.
Latest add-on set for KUBO Education;
KUBO Math Set
Refresh your base KUBO Coding Starter set with the new KUBO Math TagTile pieces!
Have your students practise their Mathematics skills with highly relatable programming contexts for young children.
Drop us an email at learn@ducklearning.com for bulk purchases
Learn Artificial Intelligence from Age 10 with Quarky
If your students are looking for exciting automation and Artificial Intelligence-based (AI) projects that are not overwhelming, check out Quarky!
Affordable and easy to implement in classes, Quarky is a popular choice amongst teachers and students on a budget.
Sign up at STEAM Engine Website or text 9822 5921 (Hani) for more info
Looking for a workshop instead?
We know.
Some kids need close face-to-face supervision and friends around before they will sit down and focus on their educational kits.
Don't worry, just enroll them in one of our corresponding workshops at our studio:
STEAM Engine Learning Centre
