Bee a maker

Have you tried hoop gliders for your STEM challenge? Do you know it glides for a long in air and its really easy to make with just paper and straw? Are you searching for a simple Back to School activity? Then hoop glider is perfect to get started. Table of contents: 1.Science background focusing on how a hoop glider works? 2.Teacher notes suggesting time slots for design process, material checklist, introducing the activity and step-wise process to carry out the challenge. 3.Students STEM design

Challenge students to build a paper airplane that can go at least go as far as possible. Building a Paper Airplane provides opportunities for investigation, team work, developing design skills and understanding the four forces of flight. .................................................................................................................................................................. Similar Resources: Parachute STEM challengePaper circuit activityAnemometer STEM challengeBalloon

A paper circuit is a low voltage electric circuit that is created on paper or cardboard using conductive copper tape, LED and a power supply such as coin cell battery.Challenge students to make a paper circuit of their theme with the materials provided. By making a paper circuit card provides opportunities for investigation, team work, developing design skills and understanding basic concepts of Electric circuit. Table of contents: 1.Science background focusing on how a paper circuit works? 2.K

Anemometer STEM challenge Challenge students to build an anemometer that can measure wind speed. Building an anemometer provides opportunities for investigation, team work, developing design skills and understanding the importance of weather instruments. ************************************************************************************************************* Table of contents:1. Science background focussing on how an anemometer works? 2. Teacher notes suggesting time slots for design process

Challenge students to build a parachute that can safely carry the load to ground. Building a parachute provides opportunities for investigation, team work, developing design skills and understanding Newton’s laws of motion, air resistance and gravity. •Table of contents: 1. Science background focussing on how a parachute works? 2. Key concepts explaining the laws and terms. 3. Teacher notes suggesting time slots for design process, material checklist, introducing the activity and stepwise pro

Balloon powered car STEM challenge Challenge students to build and race a balloon powered car that can go at least 3 meters distance and must travel in a straight line. Building a balloon powered car provides opportunities for investigation, team work, developing design skills and understanding Newton’s laws of motion. Table of contents: 1. Science background focusing on how a balloon car works? 2. Key concepts explaining the laws and terms. 3. Teacher notes suggesting time slots for design proc