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Creating DIY robots is an exciting way to explore robotics, electronics, programming, and mechanics, with varying complexity levels based on skills and interests, thanks to accessible open-source tools.

The programme teaches basic engineering concepts so that students can roam freely in their thoughts and apply their creativity in the studio to make robots with moving mechanisms and concepts. From walking, climbing to running bots, your students will be more curious about the unlimited potential to create anything they can imagine with materials such as engine parts, switches, electronics and boards etc. They will be utilizing our facilities and equipment, including 3D printers, woodworking machines, laser cutting tools, and more, to bring their creation to fruition.

Students will be able to bring home the works they’ve created during the class. Recycled materials, art materials, engine and other parts are included in the programme.

Learning Outcome:

1. Develop Technical Skills: DIY robots enhance skills in programming, electronics, mechanics, and materials, providing hands-on learning experiences.

2. Understand Robotics Principles: These projects teach fundamental robotics principles, including sensors, actuators, controllers, and programming.

3. Foster Problem-Solving: Building robots involves troubleshooting and problem-solving, nurturing persistence and creativity.

4. Encourage Collaboration: Robot projects promote teamwork, improving communication, collaboration, and leadership abilities.

5. Spark STEM Interest: DIY robots introduce individuals to STEM fields, inspiring further education and career prospects in science, technology, engineering, and mathematics.

Artificial intelligence (AI), Biotechnology, and IoT are rapidly growing technologies that will challenge the future of our education. IoT allows us to connect with our tech anywhere. AI and Biotechnology is proving to change our daily life. The range of possibilities we could achieve in the future awaits us to be used at its full potential However, these technologies must be taught at a young age with diligence so that the education of our future generations are prepared to use these tools at their disposal.

This program dives the deeper depth of the three : AI, Biotechnology and IoT in which we have the necessary tools that need to inspire and engage our teachers & students to prepare them for the success in the future.  The program will ensure giving students the optimal discovery in these subjects by giving them the much needed space for their exploration and adventure. Tools used will not be limited to educational PCR, centrifuge, micro-controller and etc.

Wood makings and craft has long been enjoyed by many from the ways of unique designing to transforming and solving problems through wood makings. It is truly a universal activity, flexible and adapatable. In addition, wood makings is not just about the fun, but also its usefulness. Wood makings can be used to fix, build and repair in our daily lives.

Be STEM Ready^TM has come fully equipped with educational wood making devices that are safe and easy to be used by student with age 5 and above, opening the door for ealy accessible to wood makings skill and creativity to its fullest potentential. Furthermore, the skill of wood makings is the skill of mental sharpness, improve motor skill and imagintation.

Drone and plane piloting will be one of the mainstream demanded set of skills in the current technology world. As such Be STEM Ready^TM students would not be blindsided by this fact but fully support the notion by offering a dedicated program to educate students to equip them with these demanded skills. This is a program focused in the entire process of learning and discovering the path of pocket flight. While it may sound otherwise, this program still includes the integration of STEM throughout its learning process as it covers the entire timeline from students getting to constructing their own plane, discovering its wiring and controls, experience the test flight simulator and most importantly learning to fly their plane in person. Within these conditions, students will be allowed to fully discover their potential by unleashing their curiosity in learning while being able to experience the fun during the process. the learning does not conclude at the end product, but continues onward to carry onto a universally yet especially applicable knowledge in today’s modern day and technological age.