Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

Learn how to create games and advanced applications using the famous programming language developed by MIT Scratch. Students will integrate functions, custom code blocks and physical components to their projects while also gaining other important skills like flowcharting, Agile Methodology, Digital Logic and principles of electrical engineering.  It is a fun journey designed to explore other career fields and understand the importance of learning how to code. 

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

Description

This course helps transition students from block coding to type coding through interactive Minecraft Education activities, covering core programming concepts like events, variables, and functions, engaging in block coding activities that transition into completing Minecraft Education activities with Python coding and using Lua to create Roblox games, fostering a deeper understanding of block- and text-based coding while emphasizing problem-solving, debugging, and collaborative projects to prepare students for more advanced coding challenges.

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Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

Introduces the fundamental principles and concepts of a small drone (a quadcopter weighing less than 5 pounds) operation. Includes history, categories, air frames, ground support equipment, optical systems, operation theory, desktop, and mobile applications, mission planning, and control for still image and video capture.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

The Red Belt provides students an understanding of Game Design using Unreal Engine 5. They will learn the fundamentals of Animations, Level Design, Cinematic Scenes, and coding game logic. Students are introduced to the coding language, Blueprints, while designing their own publishable 3D game. This Belt emphasizes critical thinking, cooperative learning and teamwork while encouraging creativity in the third dimension.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.

Description

In this course, students will trace the history, development, and influence of automation and robotics as they learn about mechanical systems, energy transfer, machine automation, and computer control systems.  Students use VEX Robotics platform to design, build, and program real-world objects such as traffic lights, toll booths, and robotic arms.