14 results
Autumn robotics elective course proposals
Intro to VEX VR | Coding | Robotics | Bundle | Elementary | Middle School
Calling all the new Robotics / STEM Teachers / VEX Coaches / Coding / Computer Science teachers! This is an introductory course into VEX VR Coding similar to the ones provided by VEX Education but with all the lecture notes, lesson plans and exercises in the same place. This VEX Coding bundle is currently one of our best sellers! The objective is to get middle school and high school students into coding, engineering and robotics through the engaging ecosystem of VEX. The course is structured
Grades:
2nd - 7th
Disguise a Turkey- Blank Princess Disguise
This product is the digital download of the Blank Elsa Disguise. It does not include the Turkey picture, because I did not make it. You can download the turkey activity for free at this link:https://innovationkidslab.com/turkey-disguise-project-template/
Subjects:
Grades:
Not Grade Specific
LEGO Mindstorms EV3 Robotics & Natural Disaster Relief Project
This document includes everything you would need for a big unit on Robotics/ Artificial Intelligence and hurricane relief efforts. I use the LEGO Mindstorms Ev3 kits but this project could work with any robotics kit. Included in this packet is:1 - Guides for designing the hurricane relief zone using butcher paper and common household materials.2 - A planning sheet for the design of the relief zone.3 - A description of each of the robotics challenges (Ex: students will fix a washed out bridge).
Subjects:
Grades:
4th - 9th
Introduction to VEX Course, Virtual Robot Block Coding Course
There are 11 lessons included in this package with a syllabus. Each lesson comes in a google drive format. The 11 lessons are geared towards a middle school background but can be edited to a 2nd grade level need be. The content of each lesson includes a math/coding/logic review, an in-class acitviy, and a challenge problem which can either be done in-class or assigned as a homework depending on the class pace. These lessons can be done in an hour, but once again, depending on class pace can be s
Subjects:
Grades:
2nd - 8th
Robotics and Natural Disaster Recovery Project
This document includes everything you would need for a big unit on Robotics/ Artificial Intelligence and hurricane relief efforts. I use the LEGO Mindstorms Ev3 kits but this project could work with any robotics kit. Included in this packet is:1 - Guides for designing the hurricane relief zone using butcher paper and common household materials.2 - A planning sheet for the design of the relief zone.3 - A description of each of the robotics challenges (Ex: students will fix a washed out bridge).
Subjects:
Grades:
4th - 9th
Introduction to VEX: Lesson 7
These lesson slides teach students about eye sensors, and solidify their knowledge on if-then loops. Students will be challenged to solve a disk maze and find a pattern involvindg the colours. Moreover, they will be presented the coral reef challenge (SAMPLE SOLUTION INCLUDED). For more information, here is the syllabus info:Lesson 7:Eye sensorsActivity 7:Solve the disk mazeChallenge 7:Collect as much garbage in the coral reef as possible! Go to the Coral reef cleanup playground.
Subjects:
Grades:
2nd - 8th
Also included in: Introduction to VEX Course, Virtual Robot Block Coding Course
Introduction to VEX: Lesson 10
In this lesson, students will learn about coordinates and learn about an alternate way of approaching coordinates. This lesson can be reasaonably extended into two lessons. The 'SUPER DUPER FUNCTION' is a function that allows the VR to travel to the grid number inputed. The robot can be located ANYWHERE, and if you input a number, the robot will travel to it on the grid number playground.For more information, here is the syllabus info below: Lesson 10: Math Review: coordinatesActivity 10:Get to
Subjects:
Grades:
2nd - 8th
Also included in: Introduction to VEX Course, Virtual Robot Block Coding Course
Introduction to VEX: Lesson 9
This lesson includes several challenges that students can try to solve in order to practice using the coding skills they have learned over the past 8 lessons. This is a great lesson to test how well students understood coding concepts, or organzie group activites. Students will be able to comfortably use eye sensors by the end of this lesson. 4/7 solutions are provided.Lesson 9:Line Detector ChallengesActivity 9:There are 7 different levels of ‘coding puzzles’, great for group work competitions!
Subjects:
Grades:
2nd - 8th
Also included in: Introduction to VEX Course, Virtual Robot Block Coding Course
Introduction to VEX: Lesson 8
In this lesson, students will learn about the following:the difference between electromagnets and regular magnetsdifferentiating which coding approach is bestStudents can explore the differences between a manual, eye sensory, or variable approach to the same problem. The variable solution is included.For more information, here is the syllabus info below:Lesson 8: ElectromagnetsActivity 8: Pick up all blue disks (three ways)ManuallyEye sensorsVariablesPick up a disk of each colour and return to t
Subjects:
Grades:
2nd - 8th
Also included in: Introduction to VEX Course, Virtual Robot Block Coding Course
Introduction to VEX: Lesson 11
The final lesson, we will be solving the hidden pixel art challenge! This lesson will go over how to solve the pixel art challenge, SAMPLE SOLUTION INCLUDED.
Subjects:
Grades:
2nd - 8th
Also included in: Introduction to VEX Course, Virtual Robot Block Coding Course
Need Of NLP For The Students
Student of software engineeringA subfield of artificial intelligenceProgramming languagesNLP makes the machine-like human brainRobots
Grades:
5th - 12th, Higher Education, Staff
2017-2018 Edition Competitive Robotics Lesson Outline for FIRST (FRC) Teams
This is the course outline for the Mechatronics and Competitive Engineering curriculum developed by Allison Kneisler for FIRST Robotics Competition (FRC) Team 3538 - the RoboJackets.
This outlines the lessons that we teach our team members as part of our effort to become a world-class FRC team.
This is the 2017-2018 version, current as of August 2017.
Other course materials in development include...
-- An overview document with big ideas, essential questions, content areas, and learning targe
Grades:
7th - 12th
2016-2017 Edition Competitive Robotics Lesson Outline for FIRST (FRC) Teams
This is the course outline for the Mechatronics and Competitive Engineering curriculum developed by Allison Kneisler for FIRST Robotics Competition (FRC) Team 3538 - the RoboJackets.
This outlines the 58 lessons that we teach our team members as part of our effort to become a world-class FRC team.
This is the 2016-2017 version, current as of May 2017. Other course materials in development include...
-- An overview document with big ideas, essential questions, content areas, and learning targe
Grades:
7th - 12th
2015-2016 Edition Competitive Robotics Lesson Outline for FIRST (FRC) Teams
Developed for FIRST Robotics Competition Team #3538 (The RoboJackets). Outlines the 51 technical lessons covered in our technical training curriculum.
The most current version is here --> https://www.teacherspayteachers.com/Product/2017-2018-Edition-Competitive-Robotics-Lesson-Outline-for-FIRST-FRC-Teams-3304735
Subjects:
Grades:
9th - 12th
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