VEX IQ Challenge STEM Research Project Sponsored by The REC Foundation
The focus for the VEX IQ Challenge is to have students learn about the relationship among the STEM fields of Science, Technology, Engineering and Mathematics. Each season one of the fields is featured, providing students with an opportunity to learn more about how it relates to robotics and how what they are learning in the classroom has a practical application in their lives.
This season the STEM research project will feature technology, with a specific focus on sensors. Technology is the branch of knowledge that focuses on practical purposes in life. It is the machinery and equipment that is developed using engineering. Sensors are electronic components that produce an output by detecting changes in its environment. It produces a signal notifying the user to the changes that have been detected. Gyro Ultrasonic Range Finder, Color Sensor, Touch LED, Bumper Switch are the sensors that are featured in the VEX IQ Challenge program.
This is our STEM Project about the use of sensors; specifically infrared. We first define the problem of electrical fires and then specify a solution that is available. This project is supposed to both make the viewer informed, and make them think deeply about the potential solutions to the problem. We also come up with our own potential solution to the problem that is to integrate the sensors into the circuit itself. Our solution is much more useful than the sensors that are available on the market right now.
Video Editor - Siddhant Gupta
Sound Designer - Adam Brest
Hello Everyone! We are team 45009A - Big Hero 2!
We believe that if we design a robot that can dispense, hold medication, detect, and help with emotional well being. As well as to document and report health issues, keeping a medication schedule will become a tool for people and children with Tourette's Syndrome. We overall wanted to create a tool with the help of sensors to ensure that they live a normal as possible life. We took the process of the scientific method and the engineering design process to complete this...
Hello Everyone! We are team 45009B - The Beautiful Blossoms!
Many people are unable to drive for various reasons, including medical conditions and physical conditions. Many sensors are being used in cars to improve safety. Color sensors can detect the color of an object and follow colored lines. A color sensor was attached to a robot and programmed to follow red, green, and blue lines. The distance traveled by the robot was measured when the colored tapes were 0%, 25%, 50%, 75%, and 100% covered by brown pieces of paper (representing dirt and trash...
Hello, we are team 45009G - The SIX Trio!
We designed, build, and tested a foot orthosis for a patient with Cerebral Palsy (CP) with 2 sensors testing out both sensors individually to test and graph data of which one was programmed easier, reacted faster, and which one, in general, helped the patient with Cerebral Palsy better.
Hello Everyone! We are team 45009N - The RoboGirls!
We develop a brace that goes along the arm and stops at the chest area. The sensors go on the chest and the blood monitor bracelet is worn on the wrist. Our brace involves sensors and those sensors help us see when the person has a stroke. They will sense any unusual activity and send a signal or alarm. We also use a blood pressure monitor to sense high or low blood pressure.
Hello, we are team 45009P- The Phoenixes!
We have build a robot with sensors. The robot was set to pick up different shaped objects and move through different types of surfaces.
Hello! We are team 45009T- The Intellitrons!
The intelligent baby walker- a baby walker that avoids collision with obstacles using 2 bumper switches and 2 distance sensors. The baby walker uses 2 distance sensors to detect a wall and back up, the same happens with the bumper switch sensors when they hit for example a corner of the wall. The baby walker self is built from PVC and it's safe for a real baby to use.
Hello! We are team 45009X- TechTrio!
We all are aware of the problem of how much trash is being littered. As we want to help the environment we built this robot! Our robot can pick up aluminum cans and has a place for them to be while it collects more.
Our STEM Research project is about how airlines are using sensors to protect their passengers from getting COVID. First, we researched all of the ways that STEM industries use sensors. We thought of airlines because our sponsor is Allegiant Air, and the engineers met with us earlier this year. We focused our research and project around sensors in airlines and how airlines are keeping us safe from COVID.
First we researched three airlines, how they use sensors, and how they are protecting us from COVID. After our research, we came up with a...
We are team #11868C, Motor Claws, from Southridge Junior High in Oklahoma City, Oklahoma. We will be showing the judges about sensors the smoke detectors.
We are team 177B, the Girls of STEEL. We investigated thermometers and sensors and how heatstroke affects construction workers. Construction workers should wear a sensor that will alert them if their body temperature gets too high, so that they can prevent heatstroke. We looked into different options and found that Temptraq, which was originally for infants, would be a good option for construction workers to use.
We are two elementary school Kids from Cumming GA, who went on to explore how sensors are going to change the way we drive in the future !!
Hello there we're The Plasmatic Protons, This is our entry to the 2020-2021 VEX IQ STEM Research Project. We explore the topic: Can sensors make us superhuman. This video is a collection of our ideas and findings, which finally lead to a working prototype.
Blue Knights: Team 5081F
This years VEX IQ Challenge STEM Research Project Sponsored by The REC Foundation, was completed corrabotively by all the students on our team. We skillfully created an engaging video on speedometers that teaches you the importance of them, how they work, and why they help keep us safe.