Empower Kids with Robotics and Coding

Join us to inspire creativity through LEGO robotics and programming for young minds.

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Empowering Kids Through Robotics Education

At Build a Bot Academy, we inspire creativity and innovation in elementary and middle school students through hands-on LEGO robotics design and programming using Spark and Python.

Two individuals are engaged in a robotics task at a desk equipped with a computer displaying a 3D model of a robotic vehicle. They are surrounded by various robotic parts and kits, suggesting involvement in a constructive or educational activity.
Two individuals are engaged in a robotics task at a desk equipped with a computer displaying a 3D model of a robotic vehicle. They are surrounded by various robotic parts and kits, suggesting involvement in a constructive or educational activity.
Inspiring young minds every day!

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Robotics Programming Classes

Engaging courses for kids to learn design and programming of LEGO robots using Spark and Python.

LEGO Robotics Workshop
A homemade robot constructed from household materials and electronic components including a microcontroller board and several colorful wires protruding from its top. The body appears to be made from stacked containers wrapped in black tape, with a pair of ultrasonic sensors resembling eyes.
A homemade robot constructed from household materials and electronic components including a microcontroller board and several colorful wires protruding from its top. The body appears to be made from stacked containers wrapped in black tape, with a pair of ultrasonic sensors resembling eyes.

Hands-on experience in building and programming LEGO robots for young innovators and creators.

A detailed scene of a robotics competition setup with various LEGO robots and mechanized devices on a colorful mat. The mat depicts a city layout with roads, green areas, and small structures, giving it a playful and educational atmosphere. Several robots, equipped with wheels and sensors, are positioned at different points on the mat, engaged in various tasks. One notable robot in the foreground has an arm with a gripper or tool. Parts of the mat simulate different urban elements and activities, such as a small structure with flames and a figure, likely representing a house on fire scenario.
A detailed scene of a robotics competition setup with various LEGO robots and mechanized devices on a colorful mat. The mat depicts a city layout with roads, green areas, and small structures, giving it a playful and educational atmosphere. Several robots, equipped with wheels and sensors, are positioned at different points on the mat, engaged in various tasks. One notable robot in the foreground has an arm with a gripper or tool. Parts of the mat simulate different urban elements and activities, such as a small structure with flames and a figure, likely representing a house on fire scenario.
Two small wheeled robotic platforms with chassis and colorful wiring are placed on a table. Each robot features a yellow base with black tires and exposed circuit components. Nearby, a blue and black electronic board is connected with a wire.
Two small wheeled robotic platforms with chassis and colorful wiring are placed on a table. Each robot features a yellow base with black tires and exposed circuit components. Nearby, a blue and black electronic board is connected with a wire.
Coding with Python

Interactive sessions teaching Python programming tailored for elementary and middle school students.

Explore robotics concepts through fun projects and collaborative learning in a supportive environment.

Creative Learning Experience

Robot Creations

Explore our gallery showcasing kids' amazing LEGO robot designs.

A group of people is engaged in a robotics competition environment. The scene includes a bright display screen showing match details, banners with competition logos, and scattered orange balls on the floor. Participants are focused on a piece of equipment or robot. The setting is within an indoor arena with seating for spectators.
A group of people is engaged in a robotics competition environment. The scene includes a bright display screen showing match details, banners with competition logos, and scattered orange balls on the floor. Participants are focused on a piece of equipment or robot. The setting is within an indoor arena with seating for spectators.
A robot with a humanoid shape and bright blue lights for eyes stands on a wooden surface. It is mainly white with black accents and is connected with various wires. Several small robotic vehicles with electronic components are visible in the background.
A robot with a humanoid shape and bright blue lights for eyes stands on a wooden surface. It is mainly white with black accents and is connected with various wires. Several small robotic vehicles with electronic components are visible in the background.
An assembled robot car featuring multiple electronic components, including a circuit board, batteries, sensors, and wires. The car framework is made of light-colored wood, and it has two large black wheels with orange hubs. The background is a solid blue color.
An assembled robot car featuring multiple electronic components, including a circuit board, batteries, sensors, and wires. The car framework is made of light-colored wood, and it has two large black wheels with orange hubs. The background is a solid blue color.
Several LEGO Mindstorms robots are lined up on a shelf with visible wires and sensor modules. Each robot has wheels and complex assemblies made from LEGO pieces, including sensors and connectors.
Several LEGO Mindstorms robots are lined up on a shelf with visible wires and sensor modules. Each robot has wheels and complex assemblies made from LEGO pieces, including sensors and connectors.
A small, white plastic robot with an orange and black design is positioned next to an open book. It is standing on a wooden surface, possibly a shelf. The robot has wheels for mobility and is facing the book, appearing to be interacting with it.
A small, white plastic robot with an orange and black design is positioned next to an open book. It is standing on a wooden surface, possibly a shelf. The robot has wheels for mobility and is facing the book, appearing to be interacting with it.
A small wheeled robot lies on a map, displaying its circuitry and battery pack. Next to the robot, there is a small potted plant with spiky leaves. The background features a partially visible word 'ROBOT' spelled out in block letters.
A small wheeled robot lies on a map, displaying its circuitry and battery pack. Next to the robot, there is a small potted plant with spiky leaves. The background features a partially visible word 'ROBOT' spelled out in block letters.

Happy Customers

Our students love learning to code and build robots with us!

The Lego robotics program was engaging and my child learned so much! Highly recommend.

Jessica L.
A small robotic vehicle is positioned on a wooden table, equipped with large black wheels and multiple colored wires connected to its top. Various electronic components are scattered around, including a pair of pink scissors, cables, and a small bowl.
A small robotic vehicle is positioned on a wooden table, equipped with large black wheels and multiple colored wires connected to its top. Various electronic components are scattered around, including a pair of pink scissors, cables, and a small bowl.

Springfield

Build a Bot Academy has transformed my child's interest in programming. They are now excited to learn more and design their own projects!

A robotic apparatus is interacting with a keyboard, using articulated, mechanical arms and fingers equipped with wires and various components. The background is predominantly blue, providing a contrast to the metal and electronic elements of the robot.
A robotic apparatus is interacting with a keyboard, using articulated, mechanical arms and fingers equipped with wires and various components. The background is predominantly blue, providing a contrast to the metal and electronic elements of the robot.
Michael K.

Rivertown

★★★★★
★★★★★
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Teaching kids to design and program robots.

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