Tag: Middle School – 6th through 8th Grade

  • Four Lesson Plans for Middle School Math

    Four Lesson Plans for Middle School Math

    These past couple school years have thrown many curve balls. From virtual learning to social distancing regulations and unexpected school closures, teachers’ plates are abundantly full. This article aims to lift some of the weight off of educators’ shoulders by providing four lesson plans for middle school math classes. All can be adapted to an online format and will engage your students and accelerate their learning!

    Basic and Straightforward Lesson Plan With High Student Involvement

    Photo by AbsolutVision

    • Begin with a “Do Now”—a low-stakes question to warm up students’ brains and reinforce a recently-learned skill. This website has many great ideas for short, grade-specific problems and worksheets. Depending on your class, it may be wise to have students hand these in for grading to motivate them to do some light studying prior to each class. Perhaps invite a student to come up to the board and present their approach to the class. If virtual, have a student upload a picture of their work or let them use the drawing feature many video conferencing applications have in order to show their thinking.
    • Following the theme of student presentations, randomly select students to present their answers to the homework. Encouraging students to walk through and explain their process forces them to think critically about their approach and the topics involved. Allow students to pose questions or offer other methods. Step in when necessary, but be sure to give students the space to toy with their ideas too.
    • Synthesize the key topics and methods that appeared in the homework. Enlist the students’ help to create a running list of the material covered in the unit. Students can copy these lists to use as a studying “checklist” prior to assessments. Ask which ideas are proving to be more difficult to grasp and perhaps assign supplemental work that hones in on these skills.
    • Now that the students have done most of the leading for this class period, it’s time for you, the teacher, to step in and speak directly to the class. If there is new material to cover or explain, spend a few minutes outlining it and answering questions. This point in the class is a great time to give a short preview to students about what their classwork and homework will cover.
    • Split students into groups or “breakout rooms” and give them a worksheet or problem set to work on collectively. Bounce between each group to check on their progress and assess which groups are moving more slowly. If students do not complete their work, consider whether you want it to be added to the homework or to be finished next class period.

    Game Day

    Photo by AbsolutVision

    • Begin by splitting students up into two teams. Line them up single-file facing the board. If remote, do not use breakout rooms. Have each group select their first contestant. Read or project a math problem or question that should not take more than 45 seconds to solve. Make sure everyone is on mute if you are remote. The first student to correctly complete the problem earns a point for their team. Continue this mini “contest” for as long as you’d like or until a team reaches a certain number of points. Be sure every student has a chance to participate.
    • A spin-off of this game is to use the same two-team structure and fill a hat with a variety of math concepts from their recent units. If you are teaching virtually, consider entering the topics into a random generator beforehand, or randomly assign them to students. Have a student from one team pick from the hat and briefly explain the concept. If they are correct, their team gains a point. Then repeat the same for the opposing team. Consider adding a “phone a friend” option to engage more students and to give each team a chance to earn partial points even if the initial student did not correctly explain the concept.
    • If you have a larger class, it may be better to play a game like “Jeopardy”, which allows for multiple teams. Begin by splitting the class into as many teams as needed (ideally with around three students per team). Have students choose their topic and point value and give them a set amount of time to produce an answer as a group. Allow other teams to “steal” for optimal student involvement. If virtual, use breakout rooms and submit the question to the chat so that teams can work independently of one another. This game requires a larger amount of preparation beforehand, but is a huge pay-off when you see how much your students enjoy it.
    • Debrief with your students at the end of the games to highlight the topics that routinely came up. Also emphasize the ones that prove to be tricky for much of the class. Consider rewarding winning teams with extra points on the next quiz or test!

    Pre-Assessment Class to Prepare Students

    • Ask students to prepare a quiz before this class period. The quizzes should cover material that is fair-game for the upcoming assessment and should only take 10-15 minutes. Make sure they create an answer key too. Randomly pair them up and ask them to exchange quizzes with their partner. If remote, students can “share” their document with each other. Have students grade the quizzes they took using their classmate’s answer key. This activity accomplishes two goals: forcing students to deeply consider what will be on the assessment, and gain valuable practice which will calm their nerves and help them to identify the areas where they need additional practice.
    • Expand on the running topic list you may have created from other classes. Perhaps list relevant problems associated with each key idea and create bullet points that succinctly describe the concept. If there are problem types that routinely show up, give an example of how to complete it (for example, completing the square). By the end of this exercise, you will have formed a mini study guide that students can copy and reference when studying.
    • To engage students further, assign students to make a “pamphlet” detailing the test material. They can divide a paper into thirds and list the topics along with their relevance, problem examples, and connections to other topics. Encourage them to add color and diagrams in order to increase the fun and make the project more accessible for visual learners.

    Hands-On Activities

    • Although these activities may be better in a classroom setting, they can all be adapted for virtual learning. If students are learning about the concept of slope, assign them to find the slope of stairs in your school or in their home. Ask them to consider what a good slope would be for a set of stairs and what a poor slope would be. 
    • For a yummy assignment, give students a basic recipe but replace all the measurements with math expressions. For example: add ½ x ¾ cups of brown sugar. This project will not only be a huge hit, but students can practice using fractions and see their practical use. 
    • If students are learning about pie charts and percentages, have the students create a pie chart detailing the activities of their day. For example: 33.3% sleeping, 20% playing, etc. Make sure they add a key and color code the pie sectors. 
    • If students are learning about lines and graphs in general, ask them to graph a scenario. Perhaps they choose to create a line graph that plots a car’s distance vs. time or the level of bathtub water as someone fills up the tub, gets in, and drains it. The possibilities are truly endless so encourage the class to get creative. Give them space to share their products with their classmates.

    Written by Lucy Reid

    Your NSTEM Journey Begins Here!

  • How COVID-19 Negatively Impacted Students’ Health

    How COVID-19 Negatively Impacted Students’ Health

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    Coronavirus has forced people worldwide to create extraordinary solutions, but students have had to perform the impossible, using virtual and even socially distanced learning to work through extraordinary circumstances! Aside from their workload and long days of classes, living through such an unusual time has put a lot of pressure on students’ mental and physical health. During such an important period in their lives, it is essential for steps to be taken to improve their impacted health and academics.

    School During the Pandemic

    Schools have had to adapt their teaching methods constantly as social distancing protocols change. When schools had to close and move entirely to remote learning, it was difficult for the teachers to sort out their curriculum and for the students to access or understand technology. Using technology constantly, with little movement and face-to-face interaction, was a huge detriment to the students’ well-being. Later on, as many students transitioned back to in-person learning, following COVID requirements and readjusting to the unstable learning environment was a new challenge for students’ abilities to focus. 

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    Mental Health

    Aside from the challenges of surviving the global pandemic itself, learning in an unusual space has been its own challenge. Many students have experienced loneliness, a lack of focus, increased stress, and a general decline in mental health. About 56% of young adults reported symptoms of anxiety or depression over the past year. The incorporation of in-person learning has had a positive impact, but excessive screen time and social distancing requirements have made it more difficult to socialize with one another and interact with their teachers as well. 

    Physical Health

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    Although a majority of students usually participate in some form of physical activity, online learning from home and lockdown has made it difficult for students to move as much as during a regular school day. In addition, limitation of intramural sporting events and school sports has made it harder for students to both socialize outside of classes and engage in a healthy amount of physical activity. As restrictions are lifted in many places, there are increasing opportunities for students to exercise, but social distancing and rescheduling are only a few of the obstacles standing in their way. 

    There have been many difficulties for students working through these unprecedented times, but they have been working to overcome the hurdles in their way and create new forms of learning, like Zoom and Google Meets. Students and teachers alike have been working towards improvement that has been necessary since before the pandemic. As the world continues to deal with the effects of the coronavirus, students will continue to be impacted negatively but there will also definitely be positive changes for students around the world as well.

    Written By : Emma Schlosser

    Your NSTEM Journey Begins Here!

  • 10 Summer STEM Programs for Middle Schoolers

    10 Summer STEM Programs for Middle Schoolers

    As summer approaches, it also brings forth a lot of new opportunities for middle schoolers in particular. Especially for those interested in STEM, there’s a large number of programs available that delve into every aspect of science, technology, engineering, and math. One of the best ways to explore STEM beyond the boundaries of a classroom is through these engaging summer programs. These programs provide an in-depth learning experience and offer a glimpse into different career paths. 

    iD Tech

    This is a technology camp focused on coding, robotics, and game development/design. Anyone between the ages of 7 to 19 is eligible to participate. These iD STEM camps are an amazing opportunity to help expand your knowledge and learn from incredible teachers while enjoying your summer at prestigious universities. Not only that, students will also be able to advance their skills quickly and join a community of 500,000 aspiring innovators.

    Photo by Eliott Reyna 

    NextWave STEM

    This program offers various STEM courses for children of all ages to explore. Their primary focus lies in emerging technologies. Therefore, they offer courses related to drones, robotics, 3D technologies, and artificial intelligence. Additionally, they incorporate project-based learning into their curriculum. Their classes are designed to help improve critical thinking, creativity, communication, and collaboration skills. Their mission is to ignite a passion for learning that will lead to better grades and increased opportunities throughout their education and career. 

    MakerKids

    MakerKids offers virtual summer STEM courses for kids between the ages of 6 and 13. Students will have the opportunity to do hands-on projects with robotics stimulator technology, video game design, character development, and more. The purpose of this is to help children understand that they can use technology to shape the world around them. Furthermore, the programs are embedded with social skill lessons to help everyone connect with like minded peers. 

    Club Scientific 

    This program has a comprehensive STEM curriculum for children between the ages of 6 to 12. The topics range from forensics, robotics, and food science to engineering, meteorology, and emergency medicine. Instead of reading from textbooks or attending lectures, students can receive real world experience with the things that interest them. They will have the chance to utilize the latest technology by participating in experiments to enhance their knowledge on the subject they’re learning about. 

    Photo by Rachel

    National Computer Camp

    The focus at National Computer Camp (NCC) is primarily on coding, 2D and 3D video game design, Android app programming, cryptography, digital video production, web page design, and software applications. This program is for kids ages 6 to 19 and is open to all levels of experience, from beginner to advanced. Something unique about NCC is that its purpose is to teach life-long computer skills by providing a solid foundation in programming. 

    Overall, the summer is a great time for taking a break from school, but also pursuing education outside of school such as these summer STEM programs. Middle schoolers in particular deserve the vacation but have the opportunity of using it to consider their interests and explore future career paths. Any of these programs or camps can help set the stage up for anyone who’s interested in some aspect of STEM. This allows students to learn more about what they’re interested in while also enjoying their summer as much as possible!

    Written by Anumita Basani

    Your NSTEM Journey Begins Here!

  • Through The Eyes Of An Artist:  Exploring STEM Through Art

    Through The Eyes Of An Artist: Exploring STEM Through Art

     

    Photo Courtesy of Unsplash

    As young adults prepare to enter college, discovering new pathways and possible careers, we at NSTEM want to remind students of all ages that science and art are NOT mutually exclusive. We believe that embracing science and art as young adults can enhance the quality of their work throughout their careers while furthering their ability to communicate their findings successfully. We at NSTEM challenge you to try these four hands-on projects that blur the lines of science and art, alongside a few notable examples as references, to help you inspire the next generation of students who see the world as both scientists and artists!

    1. Scientific Illustrations

    This activity from the Garth & Jerri Frehner Museum of Natural History begins with students creating observational drawings of real-life specimens using a microscope or magnifying glass while describing four different viewpoints of the same specimen. Students will then compare and discuss their observations with their peers to identify those specimens. This activity plan is suggested to take four 60-minute sessions, including a relevant and optional field trip, which can be easily replaced with a similar gallery in a virtual setting. This activity is a creative and fun way to learn about the scientific method while encouraging peer collaboration and critical thinking. 

    Link to activity: https://www.suu.edu/natsci/museum/pdf/scientific-illustration-lesson-7-12.pdf

    2. Art and Optics

    In this activity from the Art Institute of Chicago, students will be introduced to eye function and optic science by asking questions, creating initial models, and collecting data while participating in a series of observational experiments, giving your students a chance to revise their initial models. This activity is estimated to take approximately 80–125 minutes to complete and demonstrates STEM learning outcomes of critical thinking and scientific theory while supporting next-generation science standards. This activity can also be a way to explore STEM/Art careers like museum conservation.

    Link to activity: https://aic-web-cms-uploads.s3.us-east-2.amazonaws.com/2a99f5a7-2ede-45d1-8c85-0abf99dcc2ee/ArtandOpticsLessonPlanUpdatedFinal_.pdf

    3. Building Alebrijes

    This Los Angeles Unified School District activity will challenge your students to design alebrijes, a unique subset of Mexican folk art known for its anthropomorphic characteristics (combining two living animals), intricate designs, and bright colors. The Aztecs first designed alebrijes to represent the animals and beings of the spirit world. Though this is estimated to take around 60 minutes, we suggest extending the assignment by another hour to include painted 3D models of their creations made from painted aluminum foil and cardboard!

    Link to activity: https://www.dropbox.com/scl/fi/icy7fy523ilqluyqoxfyu/19-Alebrije-Lesson.pdf?rlkey=h096pira1k4x0tyd1y39ap5gy&e=1&dl=0

    4. Mapping: Utopia or Dystopia

    In this Los Angeles Unified School District activity, your students will learn about mapping and a few artists who use it as an art medium. They will then create an original map using raw scrap materials and their unique storytelling perspectives. This activity is a fantastic opportunity to introduce students to drawing, design, and cartography principles. Students will also demonstrate creativity and critical thinking by learning to analyze works of art contextually. This activity is estimated to take 60-120 minutes to complete.

    Link to activity: https://www.dropbox.com/scl/fi/a4jb806u4sftj02zikxh2/20-MAPPING-Utopia-Dystopia-Lesson.pdf?rlkey=rljlsug7grd4xamazscp44q13&e=1&dl=0

    Notable Scientists Who Also Happened To Be Talented Artists

    (We suggest making a slideshow for your students; here are a few to get you started)

    Santiago Ramón y Cahal

    Neuroscientist, Pathologist, Histologist, Scientific Illustrator & Photographer

    Leonardo da Vinci

    Polymath- Painter, Draughtsman, Engineer, Scientist, Theorist, Sculptor, & Architect

    John James Audobon

    Naturalist, Field Artist & Painter

    Samuel Morse

    Inventor & Painter

    Alfred L. Copley

    Hemorheologist & Expressionist Painter

    Maria Sibylla Merian

    Entomologist, Naturalist & Scientific Illustrator

    Rafael Lozano-Hemmer

    Chemist & Interactive Media Artist

    Anicka Yi

    Conceptual Artist & Olfactory Scientist 

    Anna Atkins

    Botanist & Photographer

    Ralph Eugene Meatyard

    Optician & Photographer

    Storytelling comes in countless shapes and forms; communicating and delivering our observations to others can make or break an audience’s understanding. Learning to observe science through the eyes of an artist can help scientists create unique and creative methodologies to share their findings with the world. An artist, seeing their work through the eyes of a scientist, can strengthen their foundation of artistic theory, allowing them to challenge the status quo to discover, design, and create new creative mediums. Here at NSTEM, we encourage you and the next generation of thinkers to do both!

    By Rosalinda Cardoso

     

    Do you want more resources on the topic of STEM and Art Activities? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more. Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.

    Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators.  To start your 9-12 Chapter of the National STEM Honor Society, click here.

     

  • 4 STEM-tacular Fall Activities for K-12 Students

    4 STEM-tacular Fall Activities for K-12 Students

     

    Photo Courtesy of Unsplash

    At NSTEM, we know that any tools and essential life skills learned today can become the bedrock of a student’s foundation for a lifetime; we understand the importance of engaging students safely outdoors. We also want to help you celebrate the season by giving all of your K-12 students (Regardless of secular or religious affiliations) pumpkin to talk about this fall season! So roll up those sleeves and have a gourd-geous day exploring pumpkins with your mad scientists while introducing them to advanced K-12 STEM theories and concepts. 

    1. Exploring the Life Cycle of Pumpkin – Early Elementary (K-2)

    This activity, provided by K6edu.com, will take approximately two days to complete, but don’t be afraid to adapt this to suit your schedule, budget, and available materials. This lesson will develop several STEM skills, such as critical thinking, curiosity, and real-world applications of scientific concepts and theories. The first day of this activity will include a story, group discussion, and a hands-on activity where students will investigate pumpkin seeds and prepare them for observation on the second day. The following day, students will investigate opened pumpkin seeds to further their knowledge of the pumpkin life cycle and other similar organic processes while planting a seed for future observations.

    Link to activity: https://www.k6edu.com/wp-content/uploads/2018/07/Pumpkin-Life-Cycle-Lesson-Plan-PDF.pdf

    2. Agriculture In The Classroom – Elementary School (3-5)

    This activity from National Agriculture in the Classroom is estimated to take approximately two hours to complete and includes four activities to choose from, including two worksheets and two hands-on experiments. Students will collaborate during a hands-on activity growing pumpkin seeds to further study plants’ life cycles in real time. This activity will culminate in a food science experiment where your students will make a batch of pumpkin pie in a bag! We know it’s easy to win over students with edible experiments, but for those with food restrictions, no worries, you can easily skip this activity and feed their curiosity for growing, planting, and decorating gourds instead! 

    Link to activity: https://agclassroom.org/matrix/lesson/131/

    3. Exploding Pumpkin – Middle School (Grades 6-8)

    This activity from Illinois Agriculture in the Classroom is estimated to take 1 hour (Recommended as two 30-minute sessions) and will further your students understanding of chemical reactions. In this demonstration, students will use pumpkins, hydrogen peroxide, and yeast to study exothermic reactions. This demonstration can also be done for the class or in small groups (Depending on the academic needs of your group).

    Link to activity: https://beyondthebarndoor.wordpress.com/wp-content/uploads/2020/10/exploding-pumpkin-1.pdf

    4. Pumpkin Observation Project – High School (Grades 9-12)

    This activity from Northern Illinois University has excellent tips for adapting this lesson to the needs of your students or your class content. Although it will take less than 30 minutes to set up, you will need to decide how much time you want to dedicate (Allowing time for decomposition and the final analysis of the experiment). This lesson can be a great one for true crime lovers interested in forensic science, as it will introduce science and mathematics concepts to understand further advanced concepts like decay and energy rates and long-term qualitative data collection!

    Link to activity: https://niusteam.niu.edu/october-pumpkin-project-for-grades-6-12/

    This collection of activities is designed to be adapted to the needs of your students, so feel free to get creative and cater to the creative side of your future scientists. These lessons can also be an excellent opportunity to introduce your future scientists to unique STEM careers and theorists of sensory scientists, forensic anthropologists, epidemiologists, or plant pathologists! At NSTEM, we believe that you can inspire a new generation of STEM careers tomorrow by having fun today!

    By Rosalinda Cardoso

     

    Do you want more resources on the topic of fall STEM activities for K-12? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more. Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.

    Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators.  To start your 9-12 Chapter of the National STEM Honor Society, click here.

  • What is Environmental Science?

    What is Environmental Science?

    NSTEM and Sustainability

    We now live in a modern, consumerist, and urban existence throughout the developed world. Every day, we continue to consume an alarming amount of natural resources. Here at the National STEM Honor Society, we are committed to environmental sustainability. We view sustainability as a vital part of both operational excellence and educational principles. However, what is sustainability?

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    Environmental sustainability is responsibly interacting with the planet to maintain natural resources and avoid jeopardizing the ability of future generations to meet their needs. According to the United Nations (UN) World Commission on Environment and Development, environmental sustainability ensures future generations have the natural resources available to live an equal, if not better, way of life as current generations.

    Those who might strongly resonate with this idea or continue advocating for it allow me to introduce: environmental science. 

    Well, What is Environmental Science?

    Unlike traditional science classes like biology and chemistry, environmental science is an interdisciplinary academic field that draws on ecology, geology, meteorology, biology, chemistry, engineering, and physics to study environmental problems and human impacts on the environment. Today, environmental scientists work to solve some of the world’s most concerning issues, like climate change and public health. They do this by researching how to identify, control, or eliminate sources of pollutants or hazards affecting the environment. With the research they collect, they try to understand past and present environmental processes. They can then use this understanding to make scientifically-based prognostications. 

    Environmental scientists tend to work in either laboratories or offices. They often also “work in the field,” meaning “in direct contact with a source of data or subject of interest,” which for environmental scientists could mean in a literal field! Research typically involves determining data collection methods, collecting and analyzing air, water, and soil samples, analyzing data gathered by colleagues, looking for correlations to human activity, and preparing reports and presentations. 

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    Other Career Pathways 

    Although most students with a Bachelor’s Degree in environmental science become environmental scientists, that is not your only career option! According to Mendeley Careers, students with a Bachelor’s Degree in environmental science have become lawyers, engineers, and professors, all specializing in environmental science. 

    Environmental Law

    Environmental law is a broad and complex specialism, which is increasingly in demand. It is an area of law that requires a highly technical understanding of environmental issues alongside the fundamental skills and certification to practice law. This career offers an opportunity to work hard to change attitudes and policy as an alternative to searching for scientific solutions to environmental problems.

    Environmental Engineering

    Environmental engineering is not solely concerned with the construction of eco-friendly buildings or renewable energy facilities. It involves all of the ways buildings and sites can impact the environment, including tackling contamination or dealing with wastewater, or developing regulations to prevent mishaps during construction.

    Teaching Environmental Science as a Professor

    Teaching is an imperative aspect of environmental science. Ensuring future generations understand the importance of the environment and the impact humans have upon it is vital to ensure that preservation and conservation continue in the future. Typically, the older the pupils, the more opportunity to specialize in environmental science-related topics – secondary teachers are usually expected to teach physics, chemistry, or biology. 

    We Need More Environmental Science Majors!

    The well-being of our environment is crucial to our existence. Environmental science enlightens us on how to conserve our environment in the face of increasing human population growth and anthropogenic activities that degrade natural resources and ecosystems.

    Written by: Alexandra Sugatan

    Your NSTEM Journey Begins Here!