Memberships
Maximize STEAM learning with our cost-effective tuition plans for ages 8-18.
How do EcoRobotik memberships work?
We currently offer Level 1 and Level 2 robotics. Students enrolled in a membership plan will attend class once a week on the same day and time.
In each level, we group students by the following ages: 8-10 | 11-13 | 14-18
ROBOTICS FOR ALL LEVELS
Explore our tuition-based plans
Watch your child climb the robo ranks! EcoRobotik’s memberships includes hands-on assessments to guide their exciting journey through robotics.
Robo Starter
LEVEL 1 ROBOTICS AGES | 8-18- ✓ Four (4) 1-hour classes*
- ✓ Member-only pricing on camps
- ✗ One (1) workshop (Saturdays for 3 hours)
- ✗ One (1) Parent’s Night Out
- ✗ Discounted Birthday Parties
- *Classes run weekly on the same day/time.
Robo Premier
LEVEL 2 ROBOTICS AGES | 8-18- ✓ Four (4) 90-minute classes*
- ✓ One (1) 3-hour weekend workshop
- ✓ One (1) Parent’s Night Out
- ✓ Discounted Birthday Parties
- ✓ Member-only pricing on camps
- *Classes run weekly on the same day/time.
- Robo Premier requires pre-approval. Students intending to participate in our annual competition must be enrolled in Robo Premier by the registration deadline. Monthly tuition does not include a robotics kit or competition fees.
Your child’s journey in Robotics
Level 1
1. Intro to robotics
Discover the applications of robots using Ozobots & MICRO:BIT.
2. Programming fundamentals
Program using block-based platforms : OzoBlocly, Scratch & TinkerCad.
3. Basic electronics
Identify key electronic components, solder and assemble circuits.
4. Mechanical building
Build robot structures with mechanical components integrating motors to power movements.
5. Robot assembly
Assemble robots by combining mechanical & electronics, controlled through programmed systems.
Level 2
1. Intro to robotics
Explore robot design concepts with Ozobots, Arduino UNO & NANO, and WeeeMake.
2. Programming
Learn and apply programming with C++, Python, and block-based platforms to control robots’ complex behaviors
3. Electronics & circuitry
Learn about more complex circuits and how to manage advanced power flow for robotics systems.
4. Mechanical building
Explore more advanced mechanical systems and build multi-functional robots with complex movement.
5. Integration and Testing Phase
Fully integrate and test robots, refining the design for real-world applications.
At EcoRobotik, we empower kids to while they are having FUN!!!
Free robotics trial class!
Try EcoRobotik for free and unlock your child’s potential in STEAM education.
*For students new to EcoRobotik
Designed by educators
Learn coding and programming
Build teamwork, communication, and other 21st century skills
Reflect and make revisions to solve a challenge
Qualified coaches
Give $25, get $25
*Restrictions apply
Level 1: Intro to Robotics
This program introduces students to the fundamentals of robotics, focusing on real-world applications. Students use platforms like Ozobots, MICRO, and Arduino to design robotic structures in 3D using Tinkercad, learning how robots interact with their environment.
Key Descriptions and Skills Learned:
- Introduction to basic robotics principles and real-world applications.
- Hands-on experience with Ozobots, MICRO, and Arduino platforms.
- 3D design of robotic structures using Tinkercad.
- Understanding robotic systems, including design, movement, and interactivity.
- Progressive learning: younger students focus on basic design, while older students explore advanced robotic functions.
Additional Information:
- No prior experience is required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 1: Basic Electronics
Students learn the fundamentals of electronics by identifying components, soldering, assembling circuits, and controlling power flow to bring robots to life.
Key Descriptions and Skills Learned:
- Introduction to essential electronic components like resistors and capacitors.
- Hands-on experience with soldering to create stable electrical connections.
- Circuit assembly using MICRO and Arduino platforms.
- Safe management of power flow to ensure proper robot functionality.
- Progressive learning: younger students work with pre-assembled circuits, while older students build their own.
Additional Information:
- No prior experience is required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 1: Basic Programing
Students learn to program robots using block-based platforms like Scratch, controlling their movements and actions through coding.
Key Descriptions and Skills Learned:
- Introduction to programming using platforms like Ozobot Blockly, Scratch, and Arduino IDE.
- Write simple code to control robot movements and interactions.
- Beginners (ages 8-10) focus on drag-and-drop coding for basic logic and flow.
- Older students transition to writing and optimizing code for advanced functionality.
- Test, debug, and modify code for efficient robot performance.
Additional Information:
- No prior experience is required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 1: Mechanical Building
Students build robot structures, integrate motors, and write code to control mechanical movements.
Key Descriptions and Skills Learned:
- Construct robot structures using gears, motors, and end effectors like claws and arms.
- Assemble pre-designed kits (ages 8-10) or design custom robots (ages 11-18).
- Integrate motors for robotic movements like grasping objects and limb movement.
- Program mechanical movements using platforms like Arduino and MICRO.
Additional Information:
- No prior experience is required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 1: Robot Assembly
Students assemble robots by combining mechanical, electronic, and programmed components into a functional system.
Key Descriptions and Skills Learned:
- Integrate mechanical, electronic, and programming components into a working robot.
- Test and troubleshoot robot functionality.
- Present and explain each component’s role and how the system works.
- Refine and improve robot designs through reflection and iteration.
Additional Information:
- No prior experience is required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 2: Intro to Robotics
Students explore advanced robot design concepts with Ozobots, Arduino UNO & NANO, and Weeemake.
Key Descriptions and Skills Learned:
- Design complex robots using Ozobots, Arduino UNO & NANO, and Weeemake.
- Understand real-world applications of robotics in industries like automation and healthcare.
- Develop both functional and aesthetic design skills.
- Create advanced features like articulated arms and AI-driven decision-making.
Additional Information:
- No prior experience required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 2: Programing
Learn and apply programming with C++, Python, and block-based platforms to control robots’ complex behaviors.
Key Descriptions and Skills Learned:
- Transition from block-based to text-based programming using C++ and Python.
- Control robots with advanced decision-making processes like obstacle detection and environmental adaptation.
- Practice intermediate block coding (ages 8-10), advanced debugging, and optimization techniques.
- Engage in real-world simulations to apply autonomous robotic system programming.
Additional Information:
- No prior experience required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18
Level 2: Electronics
Learn about more complex circuits and how to manage advanced power flow for robotics systems.
Key Descriptions and Skills Learned:
- Work with sophisticated electronic components to create advanced circuits.
- Integrate sensors, motors, and actuators using Arduino UNO and MAKEBLOCK platforms.
- Understand and manage electrical currents for controlling multiple systems simultaneously.
- Troubleshoot issues such as power surges and system overloads.
- Introduction to cloud-based system interactions for older students.
Additional Information:
- No prior experience required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 2: Mechanical building
Explore advanced mechanical systems and build multi-functional robots with complex movement.
Key Descriptions and Skills Learned:
- Introduction to advanced mechanical engineering principles for robot design.
- Build robots capable of performing tasks like walking, lifting, and object manipulation.
- Learn about mechanical components such as gears, levers, and pulleys.
- Younger students will assemble complex pre-designed kits.
- Older students (ages 14-18) will tackle projects that require sophisticated mechanical construction, including robotic arms with multi-directional rotation and robots capable of navigating uneven terrain.
Additional Information:
- No prior experience required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18.
Level 2: Integration and Testing Phase
Fully integrate and test robots, refining the design for real-world applications.
Key Descriptions and Skills Learned:
- Combine all mechanical, electronic, and programming components into a fully functioning robot.
- Emphasize real-world applications by simulating tasks like autonomous navigation and task automation.
- Conduct tests to ensure seamless functionality, identifying and solving design, code, or electronic component issues.
- Present final projects, explaining how their robots can address real-world problems.
- Reflect on the entire process, offering ideas for future design improvements.
Additional Information:
- No prior experience required.
- Age groups: 8 to 10, 11 to 13, and 14 to 18
