Robotics

WEDO / EV3 / VEX

1 Level 1

2 Level 2

3 Level 3

4 Level 4

5 Level 5

6 Competition Preparation

7 Competition Training

1 Level 1

Get familiar with WeDo / EV3 / VEX robot parts, programming software and mechanical structures.

Master the basics, improve hands-on ability, build simple models, imitate complex models and write simple programs.

2 Level 2

Be proficient in WeDo / EV3 / VEX robot parts and programming software.

Learn complex mechanical structures.

Consolidate foundation, improve complexity of the construction, build complex models and write complex programs according to the prompts.

3 Level 3

Consolidate WeDo / EV3 / VEX construction and programming, develop the ability to analyze problems and design solutions.

Develop analytical, problem-solving, and logical thinking skills.

Complete project design, construction, and testing based on tasks and prompts.

4 Level 4

Increase task complexity in term of assembling and programming.

Learn to divide tasks efficiently as a team.

Design and test solutions independently.

5 Level 5

Strengthen assembling and team communication skills.

Develop ability to evaluate different solutions.

Comprehensively analyze each mission and solution.

With limited resources, complete building, programming and testing robot as a team.

6 Competition Preparation

Analyze past years’ competitions, practice assembling, learn programming techniques and design different solutions.

Get familiar with the requirements of the competition, focus on gaining knowledge and skills, and learn to collaborate as a team.

7 Competition Training

With supports from our experienced coaches, contestants form into teams to design and test solutions for the competition.

WEDO - SCRATCH

1 Level 2

2 Level 3

3 Level 4

4 Level 5

1 Level 2

Get familiar with the Scratch WeDo extension package, develop the ability to analyze problems and design solutions.

Cultivate analytical problems and logical thinking skills, and imitate simple interactive animations/models.

WeDo L2 and Scratch L1 levels are required.

2 Level 3

Be proficient in all common blocks and programming basics, train the ability to test the program.

Further improve problem solving and logical thinking ability, and independently design interactive animation/model.

3 Level 4

Master more complex programming knowledge and master the methods of program design and testing.

Independently apply more complex logic to complete interactive animation/model tasks.

4 Level 5

Strengthen the construction skills, train the ability to compare and screen multiple solutions, and train the animation plot design and the corresponding program logic design.

Independently complete interactive animation/model tasks with more complex functions and plots.

EV3 - PYTHON

1 Level 2

2 Level 3

3 Level 4

4 Level 5

1 Level 2

Get familiar with the EV3-Python interface, and train the ability to analyze problems and design solutions.

Cultivate analytical and logical thinking skills and imitate simple models.

EV3 L2 and Python L1 levels are required

2 Level 3

Be proficient in Python common statements and programming basics, train the ability to test the program.

Further improve the problem solving and logical thinking ability, and independently design the model that uses Python control.

3 Level 4

Master more complex programming knowledge, learn common algorithms and data structure basics, and master the methods of design and testing.

Independently apply more complex logic to complete tasks.

4 Level 5

Strengthen the construction skills, train the ability to compare and screen multiple solutions, and master the basic knowledge of common algorithms and data structures.

Apply common algorithms and data structure knowledge to accomplish tasks with more complex functions.

ADVANCED ROBOTICS

1 Level 4

2 Level 5

3 Competition Improvement

4 Competition Training

1 Level 4

Learn to use competitive robot parts such as FTC, FRC, VEX EDR, and consolidate knowledge about machinery and automatic control.

2 Level 5

Enhance robot building skills, improve the ability to design and select solutions, and improve the speed and accuracy of robots.

3 Competition Improvement

Analyze the real questions, train the construction and programming techniques commonly used in competitions, and practice designing multi-tasking solutions.

Familiar with the requirements of the competition, and focus on accumulating the knowledge and skills required for the competition, and clarify the advantages and division of team members.

4 Competition Training

Competition team independently design and test the solution for the competition.