6th Class, Room 5 Egg Drop Challenge

This week Sixth Class had to put their engineering caps on and complete the EGG DROP CHALLENGE!!

The objective was to design a landing craft that would protect an egg from cracking or breaking from a high fall. Each student had to design, build and test their landing craft for homework. They made them using a variety of materials, such as, show boxes, pillows, plastic bags and popcorn.  Many students also made parachutes and wings to help their landing craft.

We had great fun testing them and checking to see whether our eggs ‘survived’ the drop. In the end, we only broke three eggs!

Have a look at some of our EGG-CELLENT landing crafts!

First Class Rescue Rapunzel From Her Tower!

During Engineers Week 2020 , first class were set the challenge of designing an escape route for Rapunzel. They used the engineering design process to firstly think about and then draw a plan of their ideas. After that they used some of the classroom equipment to build their ideas in groups. Take a look at some of our ideas and inventions!

SEAI One Good Idea Competition

We were thrilled to win the runners up prize in the SEAI One Good Idea Competition for our Scooter Train.  We had a fantastic day at the awards ceremony in Dublin castle and were amazed by all the excellent ideas from schools around the country who also presented on the day.

 

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Geo-domes in 2nd class

We constructed a Geodesic Dome in class. First, we made 3D structures using toothpicks and Plasticine to see which structure would be the strongest to use. We found that triangular structures worked best. We made lots of triangles using rolled newspaper and taped them together. We had to make sure that each one was the same length. We attached an oxygen supply to our Dome. We found out lots of fun facts about life on the moon!

Engineering Week 2019- 4th Class Room 12

For ‘Engineering Week 2019’, we have been learning about different types of engineers and their various roles.

After discovering some really interesting facts, we were tasked with an engineering challenge of our own!

We had to work as an engineer to design and construct a rubber band powered car.

We began by exploring our materials (cardboard, axles, wheels, elastic band, paper clip) and planning our design.

Then we moved onto the construction stage. This involved folding the cardboard into a box shape (also known as a chassis) and fitting the axles through the front and rear holes on the chassis. Next, we had to fit wheels to the end of each axel. Finally, we had to wrap the rubber band around the rear axle and then attach the rubber band to a fixed position on the front axle of the car.

Although we found it rather difficult to fit the rubber bands, we eventually managed to complete the design.

The final part of our challenge required us to test the rubber band car.

To do so ,we hand to wind up the real axle that was attached to the rubber band and then let it go. This caused the car to move forward.

Our conclusion:

When you wind up the car’s axle you stretch the rubber band and store potential energy. When you release it the rubber band starts to unwind, and the potential energy is converted to kinetic energy as the car is propelled forward.