Create remote controlled vehicles, machines and out of the world (alien) moving objects using LEGO and Robot C. Choose a project; then, design, build, program, test and play. Work in teams to build a part of the robot and bring together all the various pieces created individually by all team members to complete the robot. Learn the fundamentals of construction; learn about gears, pulleys, motors, battery packs and computer programs that drive your robotic creations. Learn about Adv EV3 and Robot C, LEGO microcomputer, transmitters, receivers and sensors. Learn about specialty LEGO pieces such as a touch sensor, fiber-optic cable, caterpillar treads, and gear trains. Use pre-created programs to make your robots perform predefined missions and respond to the environment. Play robot tag with classmates, move through obstacle courses, and disable enemy bots with "laser" signals sent through a fiber-optic cable. Make a video of your project and take it home.
Key Learning Area: Construction Process, Robot C Programming Language application through Robotics, Building Design and Mechatronics.
In this hands-on course students pilot their first drone. Students will be given the foundation of CAD, collaborative problem solving, problem-based learning integrating different STEAM areas such as design, engineering, computer science, and electronics.
Create cars, boats, dragsters, helicopters, space explorers, animals or crawling creatures using Lego®. Chose a project; design, build, test and play.
LEGO® is a trademark of The LEGO Corporation and is not related to Thinnox Inc.
Create remote controlled vehicles, machines and out of the world (alien) moving objects using LEGO and Robot C. Choose a project; then, design, build, program, test and play. Work in teams to build a part of the robot and bring together all the various pieces created individually by all team members to complete the robot.
Take your innovation and engineering skills to a whole new level with this multidisciplinary camp combining 3D Computer Aided Design (CAD) with electrical and mechanical engineering and object oriented programming.
The word "beam" in BEAM robotics is an acronym for Biology, Electronics, Aesthetics, and Mechanics.
Design mechanical robots using principles of hydraulics, pneumatics, servos and controllers. Learn to program your robots. Work with engineering tools; apply the principles of levers, gears and pulleys.
Create cars, boats, dragsters, helicopters, space explorers, animals or crawling creatures using LEGO®. Choose a project; design, build, test and play.
LEGO® is a trademark of The LEGO Corporation and is not related to Thinnox Inc.
Love LEGO® Love Code. Here's your chance to sync up two flexible platforms: LEGO's Mindstorm NXT and Matlab® in one powerful combination. Build your STEM foundation. Get acquainted with the fundamentals of 3D construction, programming concepts, electrical and mechanical engineering while making an intelligent robot that can perform complex interconnected tasks.
Design on Inventor and Solidworks, build your robot using, 3D printed components and AI methods and principles of Product Design.
Design on Inventor and Solidworks, build robot using 3D printed components, program on Raspberry Pi using Scratch / Python
