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Mrs. Murphy's Classroom

  • PS 60 Woodhaven
  • Woodhaven, NY
  • More than three‑quarters of students from low‑income households Data about students' economic need comes from the National Center for Education Statistics, via our partners at MDR Education. Learn more

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We'll charge your card today and send Mrs. Murphy a DonorsChoose gift card she can use on her classroom projects. Starting next month, we'll charge your card and send her a DonorsChoose gift card on the 17th of every month.

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Make a donation Mrs. Murphy can use on her next classroom project.

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show projects from all time

Past projects 3

  • SEL and STEM!

    Funded Dec 31, 2021

    I just want to thank you for your generosity. By providing us with the funding for these legos and STEM materials students were able to get a better understanding of the concept of Engineering through a hands on approach.

    They were able to take their vision and put it on paper and watch it unfold. Here are some pictures to help you better understand what they created.

    This STEM activity provides students with the opportunity to learn through experience where they talk and engage in discourse. They learn by shaping arguments and solving problems in the course of a continuous process of asking questions, experimenting, designing, creating, and gathering evidence.

    A quote from a student "I love this because I can now understand better the importance of engineering, I built it with my own hands. I had to work together and see how things went wrong and we fixed it -with our own hands! This is awesome!" With that, I thank you all for funding this project.”

    With gratitude,

    Mrs. Murphy

  • Engineers of the Future

    Funded Nov 28, 2017

    I just want to thank you for your generosity. By providing us with the funding for these STEM kits students were able to get a better understanding of the concept of Engineering through a hands on approach.

    They were able to take their vision and put it on paper and watch it unfold. Here are some pictures to help you better understand what they created.

    This STEM activity provides students with the opportunity to learn through experience where they talk and engage in discourse. They learn by shaping arguments and solving problems in the course of a continuous process of asking questions, experimenting, designing, creating, and gathering evidence.

    A quote from a student "I love this because I can now understand better the importance of engineering, I built it with my own hands. I had to work together and see how things went wrong and we fixed it -with our own hands! This is awesome!" With that, I thank you all for funding this project.”

    With gratitude,

    Mrs. Murphy

  • Coding Without Computers

    Funded Dec 15, 2016

    We have been studying coding on the computer and have seen some fun programs. We have learned the importance of sequencing as well as the attention focusing on details. With the code and go robot mouse, we are now able to have a hands on approach to apply those details.

    With this activity we are able to apply coding skills without a computer. Students can now actively engage in the building of the grid. (which in most coding programs have already been built for them) They need to use problem solving skills and work collaboratively with others in order to understand how to properly link the grids before any programming begins. The grid pieces link together to form one large square maze board or can make any configuration which allows for creativity. It allows students to be active, visual, engaging, and most importantly, fun. There is a role for all students.

    Programming the mouse to maneuver through the maze to get to the cheese in turn helps kids to develop critical thinking, problem solving, and analytical thinking skills. Formulating a follow-able path for the mouse also enables kids to develop important coding skills including directional concepts, sequential thought processing, and visual tracking skills.

    This STEM activity provides students with the opportunity to learn through experience where they talk and engage in discourse. They learn by shaping arguments and solving problems in the course of a continuous process of asking questions, experimenting, designing, creating, and gathering evidence.

    A quote from a student "I love this because I can now understand better the importance of coding, I built it with my own hands. I had to work together and see how things went wrong and we fixed it -with our own hands! This is awesome!" With that, I thank you all for funding this project.”

    With gratitude,

    Mrs. Murphy

Students will learn the basic concepts of coding and apply what they learn in order to complete mazes and write code so the robot mouse can escape the maze. Students can able build obstacles as an extension for the STEM projects and write code for the robot to successfully avoid the created obstacles. Students will think as computer scientists, engineers and mathematicians. Students are learning the language of code through hands on challenges and will solve problems coders face daily. Students will practice using the shortest sequence of moves in order to successfully complete their task. Students will take turns being the computer while completing the mazes.

About my class

Students will learn the basic concepts of coding and apply what they learn in order to complete mazes and write code so the robot mouse can escape the maze. Students can able build obstacles as an extension for the STEM projects and write code for the robot to successfully avoid the created obstacles. Students will think as computer scientists, engineers and mathematicians. Students are learning the language of code through hands on challenges and will solve problems coders face daily. Students will practice using the shortest sequence of moves in order to successfully complete their task. Students will take turns being the computer while completing the mazes.

About my class

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