25 results
Robotics projects for Microsoft Word
Grant: Winning Proposal for LEGO Mindstorm Robotics Kits
This is a winning grant proposal to purchase LEGO Mindstorm Invention System robotics kits to use for science, physics, technology and engineering activities. A state electrical cooperation awarded $1500.00 for this grant in 2002. This proposal is customizable and can be adjusted to compensate for the variations in prices and costs of the equipment so please adjust this grant as you see necessary to meet your project needs. The customizable parts of this proposal are highlighted in yellow. The R
Subjects:
Grades:
4th - 12th
Group Project Peer and Self Evaluation Worksheet
Great for all group or team projects. Offers multiple criteria for students to effectively evaluate their performance and those of their peers. Open questions allow for more nuanced details. I find most students are very honest and fair with this form. I use this in all of my engineering project courses, especially FIRST FTC robotics.
Subjects:
Grades:
7th - 12th
Speed vs Torque Engineering Design Project using VEX (Engineering/Robotics)
In this project students are tasked with working on an engineering design team in the development of a solution to a given problem. The provided scenario provides students the option of designing a remote-controlled car which either resembles a tow truck and is required to produce a high torque output, or a car that resembles a dragster and is required to produce a high-speed output. These contrasting problems are designed to show how gear trains can be used to change output speeds and torque an
Grades:
9th - 12th
Types:
VEX EDR Small Parts Labels
This is a great resource to get your VEX EDR classroom or kit organized. Small photos along with names for all of the VEX EDR small parts. I've printed mine then attached to drawers using packing tape. It's in word format so you can resize to fit your storage. It could also be printed for student notebooks or classroom reference poster. I'm not a fancy teacher- It's just the simple parts and names.
Subjects:
Grades:
9th - 12th
Hands on Approach to Teaching Arduino - teacher edition with Answers
This workbook includes a total of 20 challenges organized as lessons with research questions designed to teach students the basics of computer programming and electrical engineering, while allowing them to be creative using Arduino. Sample answers are included.
Grades:
9th - 12th
Types:
NGSS:
K-2-ETS1-2
, K-2-ETS1-3
, K-2-ETS1-1
Also included in: Hands on Approach to Learning and Teaching Arduino-Bundle
Competitive Robotics Team Job Descriptions
Full set of team job descriptions for a FIRST or VEX competitive team. To be successful in FIRST especially a team of students needs to specialize, this also allows students to build a better understanding of how professional engineering project teams can work. Students in my robotics class apply for at least three jobs over the course of the year to build diverse skill sets. Providing job descriptions helps to manage the workload of the team and support teacher and mentors in preparing teams f
Grades:
7th - 12th
Types:
Game Of Life Worksheet
This is a 7 page packet that I use for a project grade to teach my students about the financial decisions they will be making one day. It walks them through the steps for finding a career, college expenses, house expenses and car expenses and then setting up a final budget. You could combine this with my excel template and have it be a complete project grade or just use it for different activities for calculating loans and budgets. My middle school students really enjoy looking for houses and ca
Subjects:
Grades:
6th - 8th
Types:
Vex Racecar Project - Full detailed instructions with programming
22 pages of detailed, step by step instructions on how to build a racecar using the Vex Robotics Cortex platform. I include pictures and descriptions for every step of the building process to make it easy for students to follow along. I also include setps on how to write the RobotC program for the robot. This project should take about 1 full week to build and program. The racecar has a high gear ratio and is alot of fun to race!
Subjects:
Grades:
9th - 12th, Higher Education, Adult Education, Staff
Types:
Sensors on Vex Clawbot 1: Project and RobotC practice
This project assignment challenges students to incorporated 4 of the most common vex sensors on to a pre-made vex clawbot. Students should already have built the vex clawbot prior to working on this project. Additionally, this assignment contains RobotC programming questions to aid in the project. The 4 sensors used in this project are: optical shaft encoder, limit switch, button switch / bumper switch, and a potentiometer. At the end of the document, I give the programming solutions to the proj
Grades:
PreK - 12th, Higher Education, Adult Education, Staff
Types:
Also included in: Learn 4 Vex Robotics Sensors - Clawbot Add-on Project
RobotC Programming Assessment
If you would like to see live video's of me creating a Vex Robot, explaining construction, coding in RobotC, and how to program the vehicle, please visit my Udemy course! Link Below.https://www.udemy.com/course/vex-robotics-for-beginners/?referralCode=F6ADAE52DC8252804546OR feel free to email me for personal tutoring where I can help you learn, trouble shoot, or create class assignments or projects for you! --> jamesshangle@gmail.comThis file related to my RobotC Programming PowerPoint which
Subjects:
Grades:
Not Grade Specific
Types:
Where the Wild Ozobots Are
This is a fun lesson activity to pair with the story "Where the Wild Things Are." This can be modified for any age level to challenge your students more. Focus on summarizing a story and including more details with this lesson. Program the Ozobot to travel around the track that the students' create.
Do not hesitate to contact me with any questions or suggestions you may have.
Be sure to check out the 14 second video here: https://youtu.be/wc0XKpseX7I
Check out my website with pictures of di
Grades:
1st - 8th
Types:
Sensors on Vex Clawbot 2: Optical Shaft Encoder add on
This product documents instructions on how to attach an optical shaft encoder to a pre-built Vex Clawbot using the Vex cortex system. This optical shaft encoder will enable the student to measure the angular distance traveled by the rear right wheel of the clawbot. This assignment is for students who have already built a vex clawbot, and this will help them learn the basics of programming sensors by editing the clawbot code. If you would like to see live video's of me creating a Vex Robot, expla
Grades:
4th - 12th, Higher Education, Adult Education, Staff
Types:
Also included in: Learn 4 Vex Robotics Sensors - Clawbot Add-on Project
RobotC Programming Introduction Lab
If you would like to see live video's of me creating a Vex Robot, explaining construction, coding in RobotC, and how to program the vehicle, please visit my Udemy course! Link Below.https://www.udemy.com/course/vex-robotics-for-beginners/?referralCode=F6ADAE52DC8252804546OR feel free to email me for personal tutoring where I can help you learn, trouble shoot, or create class assignments or projects for you! --> jamesshangle@gmail.comThis laboratory assignment is for absolute beginners with 0
Subjects:
Grades:
Not Grade Specific
Types:
RobotC Programming Lab 2
If you would like to see live video's of me creating a Vex Robot, explaining construction, coding in RobotC, and how to program the vehicle, please visit my Udemy course! Link Below.https://www.udemy.com/course/vex-robotics-for-beginners/?referralCode=F6ADAE52DC8252804546OR feel free to email me for personal tutoring where I can help you learn, trouble shoot, or create class assignments or projects for you! --> jamesshangle@gmail.comThis Lab is designed to be completed once students have take
Subjects:
Grades:
Not Grade Specific
Types:
RobotC Programming Intermediate
If you would like to see live video's of me creating a Vex Robot, explaining construction, coding in RobotC, and how to program the vehicle, please visit my Udemy course! Link Below.https://www.udemy.com/course/vex-robotics-for-beginners/?referralCode=F6ADAE52DC8252804546OR feel free to email me for personal tutoring where I can help you learn, trouble shoot, or create class assignments or projects for you! --> jamesshangle@gmail.comThis document contains two class lectures worth of material
Subjects:
Grades:
Not Grade Specific
Types:
Sensors on Vex Clawbot 5: Bumper / Button Switch add on
This product documents instructions on how to attach a bumper / button switch to a pre-built Vex Clawbot using the Vex cortex system. This switch is attached to the rear bumper of a pre-built clawbot and can be programmed to prevent the clawbot from backing into walls or other objects. This assignment is for students who have already built a vex clawbot, and this will help them learn the basics of programming sensors by editing the clawbot code.If you would like to see live video's of me creatin
Subjects:
Grades:
9th - 12th, Higher Education, Adult Education, Staff
Types:
Also included in: Learn 4 Vex Robotics Sensors - Clawbot Add-on Project
Sensors on Vex Clawbot 4: Potentiometer add on
This product documents instructions on how to attach a potentiometer to a pre-built Vex Clawbot using the Vex cortex system. This potentiometer will track the angle of the vex clawbot arm and it travels up and down within its range of motion. This assignment is for students who have already built a vex clawbot, and this will help them learn the basics of programming sensors by editing the clawbot code.If you would like to see live video's of me creating a Vex Robot, explaining construction, codi
Subjects:
Grades:
9th - 12th, Higher Education, Adult Education, Staff
Types:
Also included in: Learn 4 Vex Robotics Sensors - Clawbot Add-on Project
Sensors on Vex Clawbot 3: Limit Switch add on
This product documents instructions on how to attach a limit switch to a pre-built Vex Clawbot using the Vex cortex system. This limit switch is used to detect when the arm of the vex clawbot has reached the bottom of its range of motion, to prevent damage to the arm. This assignment is for students who have already built a vex clawbot, and this will help them learn the basics of programming sensors by editing the clawbot code.If you would like to see live video's of me creating a Vex Robot, exp
Subjects:
Grades:
9th - 12th, Higher Education, Adult Education, Staff
Types:
Also included in: Learn 4 Vex Robotics Sensors - Clawbot Add-on Project
NASA Robotics Build
Teaching Robotics and looking for a real-world application that is fun and challenging for students? I have created this document to simulate a workplace environment in which students are employed by NASA. They must follow careful guidelines and coding and researching items to make their career and mission successful.
Subjects:
Grades:
6th - 12th, Higher Education, Staff
Types:
Robotics Choice Board
My students had an opportunity to work with a Mip Robot. This was their follow up assignment.
You can also use this to introduce robotics, discuss robotics, or even technology in the world.
Subjects:
Grades:
4th - 8th, Higher Education
Types:
Angles with the Hummingbird Robot
This STEM lesson involves students in using a Hummingbird robot kit and the Hummingbird connection app on a Chromebook to create an angle-measuring device to check that angles they draw have accurate measures. This lesson includes an instruction page and a student sheet with 10 angle measures.
Grades:
6th - 12th
Types:
CCSS:
VEX IQ - Build a better Claw
This claw performs much better than the claw of the standard VEX IQ Clawbot. 1. Due to the 1:3 gear ratio, it is easier to control and has more torque. 2. The only place where torque is transferred by a shaft, is from the motor to the drive gear. All other torque transfers are done via gears and connectors – making it much sturdier. 3. It is a very compact design.
Subjects:
Grades:
4th - 8th
Types:
STEM Dynamite DC Motor Challenge
This the first Mission as part of the Robotics: Fabrication and Programming Course Curriculum. DC Motors are everywhere, and students take for granted their importance. Inside those DC motors are electromagnets which are vital for the proper function of the DC motors. This mission is a great beginning project for any level of electricity or electronics course. There are a good deal of activities within the mission content preparation but none more important than the electrical safety lessons
Grades:
6th - 10th
Types:
Robotics - Lego Mindstorm EV3 - Simple Movement Task
This is the first assignment given to students when constructing their Lego Mindstorm EV3 robot. Students need to first learn how to maneuver their robot using simple coding and commands.
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