WHY INVENTIVE KIDS?

we develop competent problem-solvers through play!

Play-Based

Programs

Our hands-on experiential learning activities impart STEM concepts and skills through the creating and exploring of toy models. Purposeful play develops focus and builds a strong foundation for learning and creative thinking.

STEM & Robotics Challenges

Our students look forward to our practical STEM challenges which position them to analyse problems & devise divergent solutions. They need to apply sense-making, inventiveness and persevere in executing their ideas until they achieve a viable solution.

Develop a

Growth Mindset

We cultivate a growth mentality whereby goals can be achieved through diligence, good strategies and input from others. This growth mentality is the cornerstone of our learning experiences to nurture self-efficacy of our students to succeed in life.

Our Mission

To provide a STEM-based platform for hands-on experiential learning, empowering children to be inventive, to adopt critical-thinking, sense-making and an inter-disciplinary mindset.

Our Vision

To be recognized as a leading *STEM Edu Regional Hub where parents are assured of quality programs that cater to different stages of child development. 

*(Science, Technology, Engineering, Math)

What does Inventive Kids® stand for?

Tomorrow's world will value our children of today more for their ability to create and be inventive instead of recalling facts or replicating processes.

Inventive Kids strives to bring hands-on learning experiences to foster inter-disciplinary thinking with inventiveness to prepare our children for the future. 

What shapes the learning objectives of our lessons?

To be an independent learner and a competent problem solver, one has to be able to understand concepts and not memorise them. This enables the person to amass his/ her knowledge to create pragmatic solutions for challenges inventively.   

Unlike in mainstream schools, our main method to enable students to understand a concept is to have them learn and apply the concepts through hands-on experiential learning while building robots (or toy models in KinderSTEM lessons). This exceptional process enables the students to obtain a deeper understanding of utilizing of the concepts through applications. We also use analogies in our illustrations, to enable the students to relate the concepts to real-world applications.    

Our STEM programs are suitable for 4 years old onwards as they provide hands-on experiential learning. Each program develops and elevates a student to a higher platform through the application of the concepts learned. The gist of our programs:

KinderSTEM program is an introduction to the fundamentals of STEM concepts to young learners within the framework consisting of geometry, structure, numbers, patterns, simple machine concepts and coding.

 

WeDo robotics program enables students to acquire & strengthen basic concepts of STEM through robotics. We use a guided structured approach in the application of inter-disciplinary concepts in the realm of STEM through robotics.

Mindstorms robotics program develops students to be competent problem solvers through applying inter-disciplinary STEM concepts independently in the realm of STEM through robotics by attempting the missions successfully.

In essence, when students have understood a concept, they can independently and competently design, construct and code the robot (or toy model) to execute a single or multiple tasks successfully. These students are also capable to replicate the concepts onto various designs to solve other given challenges. 

At this phase, attributes such as attention to detail, perseverance, pragmatism, etc, would have already been ingrained in the students.

Our team of high calibre Teachers
KinderSTEM - trying out some tougher math questions
KinderSTEM - trying out some tougher math questions
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KinderSTEM - illustrating the concept of using coins
KinderSTEM - illustrating the concept of using coins
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WeDo robotics - evaluating which type of mechanism gives the fastest output
WeDo robotics - evaluating which type of mechanism gives the fastest output
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KinderSTEM - illustrating the concept of addition using models
KinderSTEM - illustrating the concept of addition using models
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WeDo robotics - explaining a coding concept to the students
WeDo robotics - explaining a coding concept to the students
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WeDo robotics - ready to assist the student to obtain the correct parameter for the code
WeDo robotics - ready to assist the student to obtain the correct parameter for the code
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WeDo robotics - making sure the code is correct during a basic program lesson
WeDo robotics - making sure the code is correct during a basic program lesson
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Mindstorms robotics - illustrating some coding concepts to the students
Mindstorms robotics - illustrating some coding concepts to the students
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Mindstorms robotics - explaining the importance of alignment to the student
Mindstorms robotics - explaining the importance of alignment to the student
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To enable the lessons to be relevant to the current and near future real-world applications, we need to have a team of good calibre teachers to interact with and coach the students.

Our teachers are mainly university under-graduates from a diverse educational background who are pursuing the skills & technologies of the future economy. They are strong in either mathematics (double major in math & applied math), physics, mechatronics, information technology, children psychology. Some are scholars and former school robotics club presidents as well.

 

These dynamic young adults possess the latest practical knowledge of the future economy applications and experience that they can relate in the lessons to benefit our students. Regardless of their education background, they all have a common attribute of working and interacting well with children.  

Our teachers are specially trained to illustrate the concepts of the topic by the Master Trainer, to bring out the essence of the concepts.  

About The Founder
Bernie Trilling is the co-author of the widely acclaimed book,"21st century skills: Learning for lif
Bernie Trilling is the co-author of the widely acclaimed book,"21st century skills: Learning for lif
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Bonnie Cramond, Ph.D., is the director of the Torrence Centre for Creativity and Talent Development
Bonnie Cramond, Ph.D., is the director of the Torrence Centre for Creativity and Talent Development
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Prof Tim Stearns, co-founder of Kids Invent! and Executive Director, Coleman Foundation Chair in Ent
Prof Tim Stearns, co-founder of Kids Invent! and Executive Director, Coleman Foundation Chair in Ent
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Had a discussion with Head of Tech Support & QA & Delivery from LEGO® Education - Billund, Denmark i
Had a discussion with Head of Tech Support & QA & Delivery from LEGO® Education - Billund, Denmark i
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Meeting with the Head of Dept from Lego Education from Denmark in Sept 2019
Meeting with the Head of Dept from Lego Education from Denmark in Sept 2019
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Lego Serious Play Facilitator Workshop Completion
Lego Serious Play Facilitator Workshop Completion
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Illustrating the purpose of a fence to the 4 years old children
Illustrating the purpose of a fence to the 4 years old children
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Applying their understanding of concept, the students built a fence together to enclose their theme
Applying their understanding of concept, the students built a fence together to enclose their theme

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One of the several teachers' training at Sparkletot preschools
One of the several teachers' training at Sparkletot preschools

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Father's Day Daddy-child workshop at a MOE Kindergarten
Father's Day Daddy-child workshop at a MOE Kindergarten
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Father's Day Daddy-Daughter workshop at St Anthony's Canossian Primary School
Father's Day Daddy-Daughter workshop at St Anthony's Canossian Primary School
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Parent-Child WeDo Robotics Workshop
Parent-Child WeDo Robotics Workshop
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Inventive Makers workshop for 7 to 10 years old
Inventive Makers workshop for 7 to 10 years old
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Creative Problem Solving Workshop at West Spring Primary School
Creative Problem Solving Workshop at West Spring Primary School
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Taiwanese students completed their Mindstorms Robotics
Taiwanese students completed their Mindstorms Robotics
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Mindstorms EV3 Robotics lessons
Mindstorms EV3 Robotics lessons
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Ricky Ho is a Registered Trainer with the Ministry of Education (MOE), Singapore and is also a trained facilitator of LEGO® Serious Play®.

Since 2012, Ricky has been conducting STEM workshops to children from 4 to 13 years old. Before setting up his STEM learning centre, Ricky was an industrial product & application trainer, conducting training to distributors and the end-users in the Asia Pacific region. His frequent site visits and interactions with plant directors, engineering managers, supervisors and maintenance staff, have enriched his knowledge on the mechanisms and processes used in the different industries*.  Those are practical real-world applications that remain relevant today and in the future.

Ricky found the applications interesting and beneficial for the next generation.  He always had the thought of teaching such applications in the form of concepts to children in a concise and easy to understand method.

While looking for interesting holiday programs - comparable to the ones that are currently conducted in his learning centre - for his young daughter in the mid-2000s, he realised that there were no such programs in the market. Ricky started to look for such children programs in the States and had a rare opportunity to hold insightful interactions with some renowned professionals from the States in children education. Their professional views on the best approach to teach concepts is through toy making. Taking that piece of good advice, Inventive Kids was established.

Ricky started to design and plan age-appropriate curriculum to illuminate the concepts to the children through building toy models. The teaching and coaching method utilize some facilitating techniques from the LEGO Serious Play program. Hence, the lessons require the students to understand concepts through hands-on experiential learning.

 

*some of the interesting industries and plants that Ricky visited before setting-up his learning centre include: cement making, steel making, car assembly, glass making, sea port, sugar mill, paper mill, mining & construction equipment, beverage & breweries, windmill system, chain system, subway maintenance department.