Curriculum

We offer a structured STEM curriculum which is accredited by the Chinese Institute of Electronics (CIE) to students aged from 8 to 18.

The program challenges students to integrate knowledge across disciplines (including coding, robotics, technology and engineering, etc.) and unleashes students’ creativity through project-based learning.

Students may participate in the National Youth Robotic Technology Examination after completing each level of the program.

Why Choose Us?

A well-structured STEM curriculum with complete grade-level learning that enables students to grasp STEM knowledge systematically

An integrated curriculum encompasses knowledge of mathematics, science, physics, engineering, astronomy, logic and so on

Engineering concepts are embedded in the curriculum to strengthen students' technical background

Map with the national robotic curriculum

The curriculum of the National Youth Robotic Technology Examination (Level 1 and 2)

There are 19 courses covering a wide range of mechanical and science theories and knowledge.

The course design emphasizes on multi-discipline learning and robotics building skills. Schools can enroll the courses for students on a monthly basis. Please sign up for free courses or contact us to get a quotation.

Courses

C1-1 Swing

To understand the building attributes like stability, firmness and pressure resistance of triangles
To learn factors affecting stability of objects, and energy conservation

C1-2 Weird Clock

To learn the concept of time and how the duration of one second is determined
To learn the gear ratio and set of gears
To understand the mechanism of gear acceleration and deceleration

C1-3 Seesaw

To Understand the principle and classification of levers
To learn the application of levers in daily life

C1-4 Blender

To understand forms of gear meshing
To understand the relationship between direction of gear transmission and external gear meshing
To learn the characteristics of wheel shaft as a rotating lever

C1-5 Barbecue Grill

To learn the characteristics of gear acceleration and deceleration
To distinguish linear speed, angular velocity and rotation speed
To understand the gear ratio

C1-6 Crane

To distinguish between fixed pulleys and movable pulleys
To learn the relationship between the effort-saving pulley systems and sets of pulley

C1-7 Fan

To understand the principle of fan blades
To learn gear ratio and simple calculation, advantages and disadvantages of gear transmission

C1-8 Tracked Vehicle

To understand the application, pros and cons of tracked chassis and chain drive

C1-9 Excavator

To understand the components of an excavator
To understand the advantages of a tracked chassis and four-bars structure

C1-10 Rear-wheel Drive Car

To understand friction, types of friction and wheel drive

C1-11 Oil Mining Machine

To understand the usage of oil in daily life and the working principles of an extraction machine
To learn crank and rocker structure and plane four-bar mechanism under the linkage structure

C1-12 Scarecrow

To understand the roles of a scarecrow
To learn belt drive and three forms of transmission
To compare the advantages and disadvantages of gear transmission, chain transmission and belt transmission

C1-13 Hexapod Walking Robot

To learn what a Hexapod Walking Robot (spider robot) is
To understand how a Hexapod Walking Robot moves
To build a walking linkage structure

C1-14 Grinding Machine

To learn the principle of cam structure and motion pair

C1-15 Mechanical Inchworm

To learn inchworms in real life and the principle of ratchet mechanism
To build a mechanical inchworm

C1-16 Tortoise Motion

To learn the various crawling movements of turtles and the advantages and disadvantages of cam structure
To understand the influence of different cam structures on the movement of following objects

C1-17 Celestial Rotating Cup

To understand the universe and various celestial bodies
To learn the revolution and rotation
To understand the double star system

C1-18 Sewing Machine

To understand how a sewing machine works
To learn the structure and types of intermittent motion and crank slider

C1-19 Helicopter

To learn the principles of rotor, DC motor and surface boundary layer effect (Bernoulli’s Law)