| Browse All Lesson Plans |
| Lesson Plan Name |
Grades |
| Bubble, Bubble, Toil and Evaporate? |
2 to 3 |
 (0 stars, 2 ratings) Using BBC Science Simulations 3, students will recognize that matter changes depending on the temperature applied to it by running a simulated experiment, observing the results, and analyzing the tables, graphs or charts generated by the program.
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| Community Problem Solvers |
6 to 6 |
(0 stars, 3 ratings) Students collaborate in teams to conduct research and solve real community problems using science and engineering. This is applied to the ECybermission Challenge. |
| Digital Science through Pod Casting |
7 to 8 |
| Middle school students will perform various science experiments that will be recorded and converted to Pod Casts. These pod casts will be utilized by elementary teacher to teach various science concepts in grades 1-6. |
| Excel Proability with Dice |
3 to 5 |
(0 stars, 1 ratings) This project is a 3rd grade excel project about proability and patterns using an Excel spreadsheet and dice. |
| Graphing the growth of our Garden Beans under different conditions |
K to 3 |
(0 stars, 2 ratings) Children will use digital cameras to take picture of the growth of the same vegetable under different conditions, and then to graph it. The project will be made into an online book, using littlebirdtales.com |
| How Slow Can You Go? |
9 to 12 |
(0 stars, 1 ratings) Students will document the process of oxidation using apples and then write a procedure for slowing down the oxidation process. |
| Probability- How Likely Is It? |
5 to 6 |
(0 stars, 1 ratings) Students will use online manipulatives, Web 2.0 sites, Excel/spreadsheet software, Glogster.com, and a class wiki to conduct an experiment and communicate their results. This is a culminating activity/project for any probability unit in grades 5-6. |
| Science Fair Preparation |
5 to 9 |
(0 stars, 1 ratings) In this lesson plan,, students use Brain Pop resources to learn about planning science based projects when they create a science fair exhibit. Students will select a topic, explore the criteria for planning, and design a compelling and realistic experiment based on their research and topic choice. |
| Science Simulation Using BBC Science Simulations 3 |
3 to 6 |
(0 stars, 1 ratings) Students will be able to create virtual experiments in the classroom using the software and interactive whiteboard. |
| Teching Up the Nature of Science |
2 to 5 |
(0 stars, 1 ratings) Fourth grade GPS Standards:S4CS8. Students will understand important features of the process of scientific inquiry & S4CS7. Students will be familiar with the character of scientific knowledge and how it is achieved. Students will explore these standards while keeping a video diary of developing results & an online log for their peers to "question" as well. |
| Technology as a Tool of Science |
9 to 12 |
| Digital cameras and Tool Factory will be used in a variety of projects in several classes. The objective is to show students the tools that can assist them in the recording, cataloging and sharing of science information. |
| "50 Ways to Use Your FlipCam" |
9 to 12 |
(0 stars, 1 ratings) This lesson/power point was developed in order to teach the audience (teachers/instructors) simple and quick ways to enhance their teaching and to help invest their student in their education by using a FlipCam. |
| "A Portrait of Success" Elementary Student Portfolio Building |
K to 4 |
| Students use digital photography and appropriate software to record their work into a manageable portfolio to document personal progress. |
| "In the News!" |
2 to 8 |
(0 stars, 3 ratings) A newscast that can be writen, produced and created by elementary or middle school students. Co-Authored with Stacy Bodin |
| "Scientific Method Multimedia Project" |
6 to 12 |
(0 stars, 1 ratings) Student teams will develop a multimedia project utilizing Flip Video in conjunction with i-Movie. Teams will document from beginning to end their own journey through the steps of the scientific method as they design, carry out, analyze and troubleshoot an original experiment. |
| "The Five Life Zone Research Project" |
7 to 8 |
(0 stars, 3 ratings) Students in grade 7 and 8 will travel from Pittsburgh, Pennsylvania to the Grand Canyon in Williams, Arizona to investigate and measure the soil and water quality (if water can be found) for each of five life zones. The five life zones are the Lower Sonoran or low hot desert; the Upper Sonoran or desert steppe; the Transition or open woodlands; the Canadian or fir forest; and the Hudsonian or spruce forest. This is equivalent to studying the life zones found from Mexico to Canada. The latest technology will be used to complete the field studies and record and communicate their findings. |
| "White on White" Photography |
9 to 12 |
(0 stars, 2 ratings) Using a variety of selected materials, students will create photographic compositions using white objects against a white background. This unit will emphasize the art elements of line, shape, texture, and value. |
| (G.I.F) Graphics Integrates Fun |
7 to 8 |
(0 stars, 1 ratings) (G.I.F) Graphics Integrates Fun is a lesson plan that will enhance 7th and 8th grade graphic arts class projects by sharpening the students' kinesthetic graphic design skills through the technology of a Wacom Graphire 3 Classic graphics tablet and digital cameras. It will also instill lifelong learning that is fun while the lessons relate to other subjects. |
| (PART 1) Applied STEM: Rocketry and its Components |
6 to 8 |
(0 stars, 1 ratings) This unit plan walks students through the entire model rocket design, construction, and test launch phase complete with diverse evaluations and using video technology to view every aspect of a rocket launch. All rockets are homemade - no kits involved. |
| (PART 4) Applied STEM: Rocketry and its Components |
6 to 8 |
| See Part 1 for the following sections with the exception of Lesson Plan Description. |
| 2D Project: Deep Space |
10 to 12 |
(0 stars, 1 ratings) In this project, the student will create a digital scene that creates the illusion of deep space. This artwork will recreate an event from the student's own everyday life using as many perspective techniques as possible. |
| A Matter of Fact |
5 to 6 |
(0 stars, 2 ratings) A math and science unit on matter. |
| A New Way of Looking |
5 to 8 |
(0 stars, 1 ratings) Students will be able to understand the concepts of light and lens using the life of Galileo as a guide. Students will be given opportunities to experiment just like Galileo. Students will be given a variety of opportunities to learn about the complexity of light using many different mediums. |
| A New Way of Looking |
5 to 8 |
(0 stars, 1 ratings) Students will be able to understand the concepts of light and lens using the life of Galileo as a guide. Students will be given opportunities to experiment just like Galileo. Students will be given a variety of opportunities to learn about the complexity of light using many different mediums. |
| A New Way of Looking |
5 to 8 |
(0 stars, 1 ratings) Students will be able to understand the concepts of light and lens using the life of Galileo as a guide. Students will be given opportunities to experiment just like Galileo. Students will be given a variety of opportunities to learn about the complexity of light using many different mediums. |
| All About Books |
1 to 2 |
(0 stars, 1 ratings) In our Non-fiction Writing Workshop unit, students research and study an animal using technology in order to write an "All About" book. They must find out where the animal lives (type of environment), what it eats, what it looks like, and other additional interesting facts about their animal. |
| Alternative Energy |
6 to 8 |
(0 stars, 2 ratings) Integrating technology for hands-on instruction to give students a better understanding of renewable energy, how electricity can be produced, and the relationship between wind speed and voltage. |
| AP Biology & Inquiry-Based Labs |
11 to 12 |
(0 stars, 1 ratings) Instead of carrying around an encyclopedic textbook, students will have their text downloaded onto an iPad where they can highlight, bookmark, and find definitions instantly without ruining the book next year. Students will also be using their iPad for creating, reviewing, and sharing their own labs. |
| AP Chemistry Video Lab Book |
10 to 12 |
(0 stars, 1 ratings) The AP Chemistry Test is quickly approaching! Students need to review laboratory techniques and descriptive chemistry. The "solution"? Go to our AP Chemistry wiki page that contains a video scrapbook of the labs we have done throughout the year. |
| Body Language |
9 to 12 |
(0 stars, 1 ratings) This unit is designed as an introduction to digital photography. The students are divided into groups and assigned roles within those groups. The goal of the lesson is to guide the students to see each other in a creative and positive light while learning the basics of photography. |
| Book Trailers |
5 to 8 |
(0 stars, 3 ratings) After reading a self selected text, students will plan and then use PhotoStory 3 to create book trailers which persuade an audience to read the highlighted texts in order to encourage and reinforce the practice of self selected reading by students.
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| Breaking Color Barriers |
3 to 5 |
(0 stars, 2 ratings) Students use the scientific method to compare what is on the outside is not what's on the inside. Using white eggs and brown eggs as the comparison. |
| Can You Carry a Tune in a Bucket? |
10 to 12 |
(0 stars, 1 ratings) Students will examine the relationships between frequency, wavelength, and measurable parameters associated with test-tube "instruments" used to play a tune. |
| Climate Change in Context |
8 to 12 |
(0 stars, 1 ratings) Students predict and review the effects of climate change by reviewing text and writing hypotheses. Groups then present the information to the class in a jigsaw/spider web format. |
| Collaborating with Robots |
6 to 8 |
(0 stars, 1 ratings) Students in the Behavior Support Program will practice communication, collaborative and pro-social skills to create and program a classroom robot using Lego Mindstorms technology. |
| Collaborative learning through technology assisted projects |
K to 6 |
(0 stars, 2 ratings) My class is a computer literacy class at an arts integrated charter school. Elementary students form Kindergarden to 6th grade will learn computer skills and Google's collaborative tools through project based learning. Problem solving, teamwork and critical thinking skills will be required to complete projects successfully. |
| Correlating Robotics to the Human Nervous System |
7 to 9 |
(0 stars, 1 ratings) The human nervous system is composed of three distinct types of neurons--sensory neurons, associative neurons and motor neurons. These specialized nerve cells correlate to the three categories of Cubelets--Sense, Think and Action. This lesson will provide students with anticipatory set when studying the nervous system. |
| Creating a Digital Story as a Summative Assessment |
9 to 12 |
(0 stars, 1 ratings) As an end of the unit performance task, my chemistry students will create a digital story that shows evidence of the learning that took place throughout the unit. The digital story will showcase digital pictures/videos of the labs/experiments/activities that proved useful in learning about chemical reactions. |
| Creating Online Science Lab Notebooks |
7 to 12 |
(0 stars, 1 ratings) Students will complete an in-class lab and record their results online using a variety of online resources to create a rich, multimedia-rich end product. |
| Creating Online Science Lab Notebooks |
7 to 12 |
(0 stars, 2 ratings) Students will complete an in-class lab and record their results online using a variety of online resources to create a rich, multimedia-rich end product. |
| CSI: Chemistry Student Investigators |
10 to 12 |
(0 stars, 1 ratings) Students master scientific inquiry skills as they design investigations to solve mysteries based on scientific concepts, use hand held computers and digital cameras to capture data generated in their investigations, and use Tool Factory software to compile data and lab reports to create electronic lab journals.
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| Cubelet 6 Pre-K 4 Lesson Plan for Steam |
P-K to P-K |
(0 stars, 1 ratings) Using the children's book "Robo-Pete," preschool students participate in STEAM activities. |
| Cubelet Fluency |
6 to 8 |
(0 stars, 1 ratings) The students will be able to explain the function of each Cubelet. They will be able to construct simple robots out of the Cubelets. |
| Density |
4 to 5 |
(0 stars, 1 ratings) Using a SMART board, density is taught using definitions, SMART board interactive slides, experimentation, and video support. |
| Digital Black and White Photography |
8 to 12 |
(0 stars, 2 ratings) Using a projector, digital camera, laserjet printer and powerpoint, have students create contrast photos. Using the internet, students will discuss famous black and white photographers such as Ansel Adams, American Artist and Activist .
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| Digital Photography for Movie Making |
5 to 5 |
| Students photograph the world around them to create a digital movie in the computer lab. Photos are linked to homeroom lessons to expand on research skills. |
| Digital Science Fair |
P-K to P-K |
(0 stars, 1 ratings) Students use various productivity applications and Internet sites to create a digital science fair presentation. The presentations will be shared with the school and community. |
| Don't Just Do It - Talk About it! |
3 to 5 |
(0 stars, 2 ratings) A hands - on science class provides student with the opportunity to experience learning rather than just hear about it. Combine that with a Flipcam and you have a winning combination. Students using hands-on activities for direct experience and video to help students explain and internalize their learning. |
| DROP BY DROP WE CAN CHANGE THE WORLD |
6 to 8 |
(0 stars, 2 ratings) The purpose of the unit is for students to acquire information and knowledge about water, its structure, its properties, its usage, and its importance as a resource. Many students inherently know about water because they consume and use it every day. Many students however think there is an infinite supply of fresh water and all they have to do to get fresh water is to turn on the faucet. To acquire water usage statistics and appreciate the unique properties of water will help student accomplish their final task. |
| Electricity for Kids! It's Shocking! |
2 to 3 |
(0 stars, 1 ratings) Electricity for Kids! It's Shocking! |
| Fast Food Meal Planning for Early Childhood |
9 to 12 |
(0 stars, 2 ratings) Early childhood education students will use combined information on food and nutrition requirements for PreK age children to plan meals within the My Plate USDA guidelines and meeting case study criteria with fast food menus |
| Frogs: ELA and Science 1st grade |
1 to 2 |
(0 stars, 1 ratings) This is a first grade ELA and science unit. This unit integrates technology and allows students to apply real world application with scientific inquiry, while critically analyzing literary and informational texts.
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| Frontal Impact Safety Challenge |
8 to 10 |
(0 stars, 1 ratings) Design and construct a vehicle that will protect an egg if the vehicle is in a front end crash. |
| Get Inspired in Kindergarten! |
K to K |
(0 stars, 1 ratings) Incorporating the Inspired Classroom approach in a Kindergarten Classroom
For more information about the Inspired Classroom model see
http://inspiredclassrooms.wikispaces.com/
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| Growing STEM Minds Through the Growing Gardens |
9 to 12 |
(0 stars, 2 ratings) The nexus of our STEM activities revolves around our urban gardening center surrounding the school. The STEM activities will reach across all the subject areas including English, History, Science, Engineering, Technology and Math classes at our school. |
| Heads or Tails? Studying Regeneration in Planaria |
10 to 12 |
(0 stars, 1 ratings) Students will brainstorm stem cells, help create a concept map, and view a video lecture or clip prior to performing an experiment (found at HHMI's Biointeractive site) in which they investigate regeneration in Planaria. They will relate this flatworm's ability to regenerate to stem cell study. |
| How Do My Vegetables Grow? |
1 to 1 |
(0 stars, 1 ratings) Students will learn how plants grow and how people use some plants while investigating what kind of soil is best for growing plants. |
| In the Field with Salamanders |
5 to 5 |
| 5th grade students will collect and monitor the diversity of salamanders in their community. They will produce a field guide to share with other local students that will include both quantitative and qualitative data collected over time. |
| In Touch with Nature |
K to 5 |
(0 stars, 1 ratings) Ipod touches will be used in conjunction with our Nature Space/Bird Habitat, on school grounds, community programs, local businesses, Cornell University, and volunteers. These members will aid in constructing a Bird Watch and Feeder program to collect data to be analyzed through the touches, student interaction, and Cornell Labs. |
| Integrated Curriculum, student- led Environmental Project |
P-K to 12 |
(0 stars, 1 ratings) A student-led environmental project based on cooperative learning with a cross-curricular base in order to address many subject areas and work towards the goal of creating positive change. This is an amazing project that empowers the children, helps them to discover and utilize their gifts to create change in the world. |
| Integrating Video Technology in the Middle School Science Notebooking Process |
8 to 8 |
(0 stars, 1 ratings) Students record video as an extension of the science notebooking process. |
| Island Adoption |
P-K to 12 |
(0 stars, 1 ratings) The Neari school has adopted a strip of land from the city in a very low socioeconomic area, and has begun a beautification project. We will be working on community awareness while using STEM work as our base. |
| It's Fun to Learn! |
K to 6 |
(0 stars, 2 ratings) Learning should be fun, and nothing can be better than using Music and Technology together to enhance learning. |
| Land is On the Move! |
4 to 6 |
(0 stars, 1 ratings) Through time lapse video of several laboratory experiences with erosion, students will analyze how environmental factors influence landforms. Students will collect, analyze and interpret data for use in constructing arguments about scientific causes and effects. |
| Lego Mindstorms Robotics |
4 to 12 |
(0 stars, 1 ratings) The 5th, 6th, and 7th grade students of St. Catherine of Siena participate in Lego Mindstorms Robotics Initiative. By designing, building, programming and documenting robot performance, students will use science, engineering technology, mathematics and writing skills in hands-on projects that reinforce their learning.
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| Lego Robotics WeDo Drawbridge and Cubelets |
3 to 5 |
(0 stars, 1 ratings) Using the Lego WeDo Construction kits, students will build and program a mechanical drawbridge that moves using a worm gear configuration. The motion sensor will allow the drawbridge to raise and lower for passing boats made from the Cubelets and Lego bricks. |
| Magnets |
K to 4 |
(0 stars, 1 ratings) Students will be able to distinguish between objects that will stick to magnets and those that will not. Students will be able to describe examples of prediction and observation. |
| Me and My Shadow |
1 to 2 |
(0 stars, 1 ratings) The student groups will make and observe their shadows at different times during the day. The groups will use a flip video camera to record the making of their shadows and the changes of their shadow and then answer, on camera, some of the lesson questions. |
| Mitosis |
6 to 8 |
(0 stars, 2 ratings) This lesson is modified for technology infusion in a typical classroom for students to better understand Mitosis and be creative learning the concepts collaborative environment. It has also been modified for students with disabilities who have been integrated into the regular classroom setting. |
| My Ideal World |
8 to 12 |
| After reading the book To Kill a Mockingbird in English, students will use adobe Photoshop or GIMP Photoshop to create their own ideal worlds. |
| Mythbusters |
8 to 8 |
| The popular show "Mythbusters" is the ultimate way for students to utilize the scientific method every day to answer questions about science and life. |
| Newton's Laws for One and All! |
8 to 10 |
(0 stars, 1 ratings) In this unit, students will create a digital portfolio of their learning. Students will collaborate on portions of this unit, while other parts are individual. This unit focuses on learning, applying, and working with Newton’s Laws of Motion. It is a layered curriculum unit which has students progressively building in their understanding and use of the laws. |
| Objective Weathering and Erosion |
7 to 12 |
(0 stars, 1 ratings) This lesson is contains the learning of the erosion and weathering process. Students will study their own time-lapse photos to determine if their object of study has gone through the process of weathering. The student will have to determine which weathering process has occurred and illustrate what the future product would be. |
| Penguin Pals |
1 to 3 |
(0 stars, 2 ratings) Utilizing a cross curricular theme based lesson, this multi-sensory approach will allow my second grade struggling readers to experience activities in reading,writing,speaking,listening,science,technology, and integrated art. |
| Persistence of Vision: Animation I |
10 to 12 |
| Students will study the early history of moving pictures as an introduction to the concept of persistence of vision and animation. Students will develop a final animation which utilizes a variety of animation sequences: computer drawn, stop motion, hand drawn, with a 6.0 megapixel Olympus digital camera and the Tool Factory software MultiMedia Lab V. |
| Poetry Alive! Interpreting Poetry Using Digital Images |
9 to 12 |
| A team of English students will take the role of a production company and will create a 4-5 minute film using the digital image as a medium for interpreting students’ original poems. Three classes will be working together in order to complete this project: Creative Writing, English, and The Actor’s Studio. |
| PowerPoint Probability |
6 to 6 |
| Students conduct an independent probability experiment and film the scenario. The scene is imported into a PowerPoint presentation with frequency tables and graphs. Students create questions to ask other students about their probability movie. |
| PRESCOTT, PHOTOGRAPH AND MODERN ART |
9 to 12 |
(0 stars, 1 ratings) STUDENTS WILL LEARN ABOUT THE STYLES OF MODERN ART, THE WORKINGS OF A DIGITAL CAMERA AND THE TECHNIQUES AND SKILLS OF OIL PAINTING. THEY WILL ACHIEVE THIS BY BY USING A DIGITAL CAMERA TO CAPTURE A LOCAL LANDSCAPE BRINGING IT INTO THE CLASSROOM AND PAINT IT IN OILS. |
| Publishing With Photos! |
K to 5 |
| Students will create their own books using photographs for illustrations. |
| Rainforest: Creating Globally Conscious Students |
2 to 2 |
(0 stars, 1 ratings) Students will be able to apply their knowledge of the rainforest ecosystem to create peer interviews with Flipcams. These interviews will be edited and posted on our district website as well as sites such as www.teachertube.com for students to convey their understanding of:
• The various strata of the rainforest, and the role that each plays in the overall health of the ecosystem.
• The interdependence humans have with the rainforest for health needs.
• The great diversity of the animal kingdom that resides in the rainforest as well as the effect deforestation has on these species.
• How our actions can directly impact the rainforests. Students should be able to persuade others to take simple steps to protect these regions of the world.
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| Reading Rainbow for Second Graders |
2 to 2 |
| Students will collaborate to develop a multimedia presentation based on a theme using a Reading Rainbow format consisting of book summaries, a team documentary, and original writing with illustrations. Teams of students with similar interests would be selected to work together on an eight to nine week project which will allow for differentiated learning opportunities. |
| Real-World Probability |
11 to 12 |
(0 stars, 1 ratings) Students will use digital media to complete a culminating project relating probability concepts to real-world events. |
| Rock Poetry |
8 to 12 |
(0 stars, 1 ratings) Student use what they have learned about poetry and litery devices to analyze a song and then show that interpretation through visuals by creating a video. |
| Science and Art Museum |
6 to 8 |
| Middle School students create works of art inspired by document experiments in science. Digital cameras record SCIENCE AS ART, in action! |
| Science Fair |
P-K to P-K |
(0 stars, 1 ratings) Using technology to create graphs on Excel, make PowerPoint presentations, using Office 365 for sharing documents, and preparing students with 21st Century Skills. |
| Science Olympics |
K to 12 |
(0 stars, 1 ratings) Science Olympics will actively involve the chemistry and ELL science students at Reynolds High School with science education in one the district’s elementary schools heavily populated with ELL children. The high school chemistry and ELL students will be taught how to present and involve the grade school kids in a variety of hands-on science activities covering all seven of the Common Curriculum Goals and will be encouraged to think creatively and plan how to get these basic science concepts across to children in grades K-5. By doing so both the high school students and the K-5th graders will experience science as fun, rewarding, interactive, engaging, and memorable.
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| Scientific Inquiry Work Sample Preparation |
9 to 12 |
(0 stars, 1 ratings) This will provide students the knowledge to create a scientific inquiry for a state work sample on relating pitch and frequency of waves. |
| Sea Scallop Data Mining Research Project |
10 to 12 |
(0 stars, 1 ratings) Students develop a research question and then gather the data to answer that question using the National Oceanic and Atmospheric Administration's Sea Scallop Survey database. Students present the results in a formal classroom presentation and a scientific poster session which is open to the public. |
| Self-Portrait |
6 to 7 |
(0 stars, 1 ratings) For students in middle school, the self-portrait is timely, as it is during these years, between the ages of 11-14, that young people are immersed in “the self”-exploring identity, finding his or her place in the world, building perception of self in relation to others. In the lesson plan, students delve into these artistic qualities as they first explore famous artists’ portraits, which grounds them in a range of styles and art history, all of which students reflect on as they design their self-portraits, which they will create using Photoshop using both the standard desktop computer and the WACOM tablet to compare/contrast the impact of the different technologies on the design process and final product.
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| Selfie vs Self-portrait |
9 to 12 |
(0 stars, 1 ratings) This activity combines contemporary technology with archaic photographic processes the end result a one of a kind tangible self-portrait from a 200 year old process using modern technology. It challenges the students to further understand the difference between our cultural image capture and the power of a image when it's seen as an entity, not a digital thumbnail. |
| Selfie vs Self-portrait - Creating a 19th Century Photograph using Modern Technology |
9 to 12 |
(0 stars, 1 ratings) The iPhone revolutionized how we communicate. It also changed how we see ourselves and how we see others. The ‘selfie’ phenomenon is not slowing down and as more people use their phones to take pictures of themselves we start to loose sight of what a strong self-portrait can communicate. |
| Sound Stations |
6 to 6 |
(0 stars, 1 ratings) Students complete a series of stations to help them understand sound waves. |
| Stain Glass |
P-K to 12 |
| This is 5 lesson plans in sequence from introduction through Glass History to the current methods applied in Glass Forms: lesson 1, stain glass history; lesson 2, community impressions; lesson 3, stain glass design; lesson 4, color theory; lesson 5, form and application. Wrap up includes reflection. |
| Static Electricity Intro. |
3 to 5 |
(0 stars, 2 ratings) This is an introductory science lesson on static electricity. By the end of this lesson students will be able to explain what static electricity is and describe static electricity through examples. |
| Stop Motion Animation Lesson |
10 to 12 |
(0 stars, 1 ratings) Students are to create a stop motion animation video from scratch. Students will plan, story board, take pictures, and edit a video to complete the stop motion animation project. |
| Student-created digital portfolios |
6 to 8 |
(0 stars, 1 ratings) In this lesson, students will create a google site that will be their digital portfolio for the semester. They will learn how to upload images of their art, as well as write goals before they start their art and reflect after they are finished with their art, and collaborate with others inside and outside of the classroom. |
| Studio Photography |
9 to 12 |
(0 stars, 1 ratings) This project involves shooting long exposure photography in the school portrait lighting studio. |
| Super Science Slueths Explain It All: Circumnavigating the Circulatory System |
6 to 8 |
(0 stars, 2 ratings) Students work in pairs to develop podcasts about the circulatory system as a capstone unit project to display what they have learned. The podcasts can take the form of dramas, sports casts, etc. requiring the students to do more than just memorize information. |
| The Flip Side of Plants and Animals |
K to 6 |
(0 stars, 1 ratings) Typically, science experiment observation is paper pencil, but with the Flip Video camcorder, students can record their observations on video, allowing them to be extremely detailed and accurate. Using a Flip Video for observation also allows the student to share with others exactly what they saw during the course of an experiment. |
| THE LONG AND SHORT OF IT - SHADOWS |
K to 2 |
| Kindergarten through Second Grade students will explore light and shadows in science. |
| The Power of Images |
9 to 12 |
| A 2 minute Multi-media presentation using colors, textures,images,drawings, photographs, video clips, etc. To portray a political or social issue in the school, community or country. |
| The stoichiometry behind pollution |
9 to 12 |
(0 stars, 2 ratings) In many grammar schools, students are made aware of the need to recycle and be earth conscious citizens. However, they have no concept of the amount of how much they save in their efforts. Through this lesson, students will be able to quantize the amount of pollution they are preventing through stoichiometry. Students will then create posterboards with their research to convince the school and local community that pollution is a problem and carpooling is a simple solution. |
| The Water Cycle |
K to 2 |
(0 stars, 1 ratings) The first graders are studying our Science Unit on the Water Cycle. The students will be learning and discussing the various parts of the water cycle and how they work. The students will observe the water cycle experiment. |
| Tiger EV Technology to Improve Sustainability and Petroleum Dependency |
6 to 12 |
(0 stars, 1 ratings) The Tiger EV project involves research, design, and construction of an all-electric vehicle. This three-wheeled vehicle is powered advanced battery and electric motor technology. Electrathon America registered EV cars compete all across the country with the goal of traveling the farthest distance in a given time, with a limited energy source.
Our goals for this project are to: Increase students' and publics' awareness of the future of alternative energy transportation. Advancing the implementation of green technology in educational curriculums across the country using hands-on learning in the fields of electronics, aerodynamics, and materials usage, in a real life application.
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| Understanding Interactions Among Local Species and the Local Environment |
11 to 12 |
(0 stars, 1 ratings) Students will use digital cameras to observe and investigate a variety of species in the schoolyard ecosystem. Students will research the species and construct food chains and food webs from their photos. Students will use their observations to write hypothesis and develop experiments. |
| Using Cubelets to Create a Self-Driving Car |
4 to 8 |
(0 stars, 1 ratings) Lesson Overview- The students will design and create robot car that will drive and steer with cubelet sensors triggered by the students hands. They will design and create a track with construction paper where the car will run. The students will then research the development of self-driving cars and compare their basic components to the components of the cars they created. The students will create a short video showcasing their cars and research. |
| Using Tablets for Project Based Learning in Science |
6 to 6 |
(0 stars, 2 ratings) Students will be able to use net books, laptops, and digital cameras to successfully complete learning projects that meet expectations in our new CCSS as well as the forthcoming Next Generation Science Standards. Tablets will enable students to conduct necessary research as well as produce digital presentations that they will share with their classmates. |
| Using Technology to Create a Portfolio, One Letter At a Time |
4 to 4 |
(0 stars, 1 ratings) Students will create a variety of written assignments, covering all subject areas, using Tool Factory Workshop. Throughout the year the students will write poems, essays, summaries, book reviews and they will create graphs, presentations, and spreadsheets to show their learning throughout the school year. |
| Using technology to engage students in science through inquiry research |
11 to 12 |
(0 stars, 1 ratings) My students love to talk about the latest YouTube video so why not engage them through video based research projects? As a central part of an ethology (animal behavior) inquiry research project, my advanced biology students will be collecting data in small groups at a local zoo. |
| Virtual Math Portfolio |
7 to 9 |
(0 stars, 1 ratings) Students will create a customized web page to post a series of unit-based math projects. They will keep a copy of the web page as a virtual portfolio of their exciting math year. |
| Water Unit |
6 to 8 |
| In this unit, students will learn about the essential and valuable properties of water. Students will learn through hands-on activities. |
| Weather Watchers |
2 to 5 |
| Students will observe weather collecting data from hand made and scientific instruments and the internet weather resources. They will correspond with weather professionals and devise their own weather forecasting video using their knowledge and vocabulary. |
| Weekly Current Events Podcasts |
9 to 12 |
| Student pairs pick a week of the school year and they are responsible for creating a 5 minute podcast that sums up the week. They should include school activity news, school sports and academic news, and then community news and entertainment. |
| What can we learn from a box of crayons? |
K to 5 |
(0 stars, 1 ratings) Working in groups of 3-4 students, students will collaboratively (using a storyboard to plan and organize) create a time lapse stop motion movie through iMotion that expresses one unique characteristic about each child. |
| What Time is it? |
P-K to 5 |
(0 stars, 1 ratings) I have several centers that deal with the concept of time and telling time. Computers are highly motivating and a great way to reinforce skills. |
| What's Up with the Water Cycle? |
1 to 2 |
(0 stars, 2 ratings) Purpose: Students would learn the steps of the water cycle, then film the process and explain it using a flip camera. |
| Where Oh Where Did the Sand Go |
2 to 5 |
(0 stars, 1 ratings) Students will build a sand/soil mound and record the erosion of the mound using pictures and videos. The students will then record their data and create a movie to make the erosion time lapsed. |
| Windsor Opposes Waste - WOW! |
2 to 6 |
| We propose a year-long, problem-based learning between grades 2 and 6. Teams of students will meet and discuss and identify the problem(s), brainstorm solutions, implement their solutions and throughout the year evaluate and reexamine their decisions and actions. |
