This STEM activity is designed for K-2nd grade students to gain some hands on experience through a themed un-plugged coding activity. Students will help guide Santa through different parts of the North Pole (getting from Point A to Point B) by giving coding directions. This packet includes: Cover Page 2 pages of ELA and NGSS standards Teacher Instructions Student Procedure/Checklist Writing Extension North Pole Map Coding Directions 16 Task Cards Please make sure to rate and leave feedback!

This is my "Testing Ramps" experiment, which allows students to test different surface materials for a ramp: Legos, paper, and sandpaper. We did this experiment to determine what was the best material to use for a surface for cars in our model of our community we made. Students will complete the first side of the activity together before the experiment, then do the experiment, and finally will write about their conclusions. The recording sheet follows the scientific method/process skills when conducting an experiment. Step One: Make Guesses Step Two: Determine if the test is fair Step Three: Experiment Step Four: Draw the experiment Step Five: Discuss findings Step Six: Suggest an alternative material for a surface

This is a template that takes a basic understanding of circuits and applies it to real world application by building a simple computer. Great for a STEM extension activity. Computer languages are based on code; a series of combinations of 0 and 1. This circuit allows students to try their hand at making basic computer language with circuits and switches. This packet includes: 1 template 1 introduction page 4 step instructions (**Please note that you will need the selected materials per student to complete this activity, all of which can be purchased at local stores or on Amazon: 3v coin cell battery, Diode LED lights, roll of 5mm copper tape, pennies, and binder clips) The beauty of this product is that it can be used with any age range, and can be expanded upon if necessary. Please make sure to rate and leave feedback.

This is a great hands on activity for K-2 students, perfect for back to school. Students will read the story "If You Take a Mouse to School" and discuss what are some things we need to bring to school, the main one being a backpack. Students will discuss what a backpack looks like in terms of design, and then will create their own from provided materials. Once the backpacks are complete, students will measure them, and then test the backpacks to see which typical school items they can fit inside. ***Please note, additional materials are needed for this activity*** Sentence strips/strips of construction paper, construction paper, masking tape, pieces of cardboard. This packet includes: Cover Page Introduction and Set up Page 3 pages of ELA, Math and Next Generation Science Standards for K-2 Lesson Procedure Teacher Preparation Sheet Backpack Poster Labels for Backpack Building Backpacks Differentiated Self Assessment Building Backpacks Differentiated Writing Extension Building Backpacks Brainstorm/Design Sheet Building Backpacks Differentiated Math Extensions Building Backpacks Material Total Sheet Building Backpacks Testing Sheet Building Backpacks Banner for classroom display Mice to decorate backpack Please make sure to rate and leave feedback!

This is my "Testing Properties" experiment. Students will be shown 3 different types of materials: Plastic, stone, and wood. The students will do 3 tests on each materials to determine which one is the most useful in our day to day lives. They should test each material in flexibility, water resistance, and strength by having it support weight. Students will complete the first side of the activity together before the experiment, then do the experiment, and finally will write about their conclusions. The recording sheet follows the scientific method/process skills when conducting an experiment. Step One: Make Guesses Step Two: Determine if the test is fair Step Three: Experiment Step Four: Draw the experiment Step Five: Discuss findings Step Six: Suggest an alternative material

This is a nice cut and paste activity that allows students to match types of materials/rocks. Great for assessing how we use different materials in everyday life.

This is my "Rolling Balls" experiment. Students will be shown 3 different types of balls: Baseball, soccer ball, and football. Students will take each ball and roll it down a type of ramp, marking how far each ball rolls. This experiment is designed to look at the shape of an item and talk about how it affects the way something moves. Students will complete the first side of the activity together before the experiment, then do the experiment, and finally will write about their conclusions. The recording sheet follows the scientific method/process skills when conducting an experiment. Step One: Make Guesses Step Two: Determine if the test is fair Step Three: Experiment Step Four: Draw the experiment Step Five: Discuss findings Step Six: Suggest an alternative item to roll

This is my "Testing Properties" experiment. Students will be shown 3 different types of materials: Plastic, stone, and wood. The students will do 3 tests on each materials to determine which one is the most useful in our day to day lives. They should test each material in flexibility, water resistance, and strength by having it support weight. Students will complete the first side of the activity together before the experiment, then do the experiment, and finally will write about their conclusions. The recording sheet follows the scientific method/process skills when conducting an experiment. Step One: Make Guesses Step Two: Determine if the test is fair Step Three: Experiment Step Four: Draw the experiment Step Five: Discuss findings Step Six: Suggest an alternative material

This is a display banner for your classroom Makerspace. Makerspaces, areas for allowing students to create and build with everyday materials, and they are growing ever more popular in classrooms around the world. This is a fun and engaging banner to have in your classroom's Makerspace area.

This is a packet based around the GATE unit of "Thinking Like a Disciplinarian" designed for K-2 students and aligned with CCSS. Students step into the role of being an Astronaut and complete a series of stations based around things a real Astronaut would accomplish. While working on the stations, the students will document their progress in a packet. Once the packet is complete, students will create a poster about "I am an Astronaut", to describe and share their experience. This packet includes: Cover Page Lesson Outline Teacher Notes CCSS Page Parent Letter for Donations/Explanation What is an Astronaut? Display Card Astronaut Definition Display Card Astronaut Badges for lanyard (Color and BW) Station Signs/Subesquent Printables Research Packets Differentiated Self Assessment I am an Astronaut Poster Explanation Thinking Like an Astronaut Display Banner Please make sure to rate and leave feedback!

This is a set of Valentine's Kids, boys and girls, for commercial and personal use. Perfect for your valentine's units. This set includes: 3 boys holding valentines 3 boys giving valentines 3 girls holding valentines 3 girls giving valentines 3 boys and girls exchanging valentines 5 blackline masters http://completelykindergarten.blogspot.com/ Please make sure to rate and leave feedback!

This is a pack of Winter Themed clipart. It includes: 7 boys and girls in winter clothing 6 mittens 4 hot chocolates 4 blackline masters Please make sure to rate and leave feedback!

This is a set of 10 Penguins Clip Art that is for Commercial and Personal use. Please make sure to read the terms and conditions when using the clipart.

This is a Collection of 6 Scientist Kids Clipart for Commercial and Personal Use. Please make sure that you read the terms and conditions before using in an item. This is a zip file so please be sure that you have something to open it with before purchasing.

This is a great hands on unit for 3-5 students that is aligned with ELA CCSS, and Next Generation Science Standards for Engineering & Design. Students will discuss what they basic needs of people are, read informational text about how people around the world meet their basic needs, and then design and build a pair of shoes for themselves from everyday materials. The idea behind the lesson is not only engineering a solution to a problem, but becoming aware of how others less fortunate live and meet their basic needs in order to survive. Students will wear their shoes in a "fashion show" and will continue to wear them for one hour, to gain full perspective of how others might live. ***Please note additional materials are needed for this activity*** Thick cardboard, plastic bottles, soda bottles, plastic bottle caps, string, duct tape, plastic bags. Standards Covered: SL.3.1, SL.4.1, SL.5.1, W.3.1, W.3.3, W.4.1, W.4.3, W.5.1, W.5.3, RI.3.10, RI.4.10, RI.5.10 This packet includes: Cover Page Introduction and Set up Page 2 pages of ELA and Next Generation Science Standards for 3-5 Lesson Procedure Designing Recycled Shoes Teacher Prep Designing Recycled Shoes Parent Letter Designing Recycled Shoes Teacher Sample Photos Designing Recycled Shoes Informational Text Designing Recycled Shoes Writing Extension Designing Recycled Shoes Template Designing Recycled Shoes Explanation page Designing Recycled Shoes Student Checklist Designing Recycled Shoes Directions for Building Designing Recycled Shoes Materials Budget Designing Recycled Shoes Self Assessment Designing Recycled Shoes Posters Designing Recycled Shoes Display Banner Please make sure to rate and leave feedback!

This is my set of 6 summer STEM challenges, to keep young minds engaged and engineering throughout the summer. ***PLEASE NOTE: Additional materials are needed to complete these activities*** The topics for these challenges are: 1. Melting in the Sun (broken crayons, chocolate, marshmallows, butter, Legos, marbles, ice cubes, rock, wood block, coin, shredded cheddar cheese, paper clip, 12 space muffin pan, recording sheet (1 per student). 2. Making Ice Cream 1 Pint and 1 Gallon sized Ziploc bags, ice cubes, 1 cup half and half, 􏰀 cup Kosher salt, 2 tbsp.sugar, 􏰀 tsp. vanilla extract, ice-cream cones or bowls, spoons. 3. Lemonade Taste Test Pitcher or container with spout for pouring, cups, pre-cut lemons, sugar, water, strawberries, blackberries, raspberries, blueberries, spoons, fork or lemon juicer. (For younger students, pre-crush berries to help the juice release.) 4. Cooking in the Sun Pizza box, tin foil, glue, bowl lined with foil, marshmallows, graham crackers, chocolate, a chopstick or skewer, 5. Building Water Slides Cardboard (for base), masking tape, straws, cardboard tubes/toilet tubes/paper towel tubes, aluminum foil, Lego figures or other small plastic toys, plastic or Styrofoam bowls. 6. Water Balloon Parachutes Small water balloons, paper towel tubes, rubber bands, popsicle sticks, masking tape, Styrofoam bowls, aluminum foil, cotton balls, straws. Students will complete the different challenges and give some feedback/assess their learning. Some activities have extensions included for further learning.

This is a fantastic product to introduce to your STEM students, or eager engineers. Similar to "Story Cubes", these are "STEM Cubes". Students roll all the cubes together, and position them to be face up after rolling. Students will determine which materials they can select, how much of each material, how much time they have to build, and can even be suggested a topic to build. Set these cubes out as an independent center, team building, group work, etc... ***PLEASE NOTE*** You must provide your students with the variety of materials featured on the dice in order for them to complete the task successfully. All materials are easily accessible no matter where you are. This packet includes: 5 Materials dice (with varying materials) 1 Quantity dice (to declare how much of each material) 1 Minutes dice (to show how much time students have to build) 1 Design dice (with suggestions for students on what to build) 1 Blank Minutes dice (for teachers to choose their own timings) 1 Blank Quantity dice (for teachers to choose their own quantities) Please make sure to rate and leave feedback!

This is a packet of morning work based around the principles of STEM for Early Childhood students K-2. Rather than having students complete only ELA or Math in the morning work, this packet incorporates reading and writing, and some math in the STEM activities. The packet starts in the first week of August and goes all through the school year until the last week of May, 38 weeks of STEM activities. Each week offers one STEM activity that is spread out over 4 days, with the 5th day being a reflection of the week's work. All activities are designed to have 15 minutes spent on them, as students are settling into the morning routine of school. Included in this packet is: Monthly table of contents Weekly STEM Packet Cover STEM activity titles for each month Needed STEM materials for each month Directions for STEM activities for each month Set up and prep directions for teacher for each month Weekly pages for STEM activities Please make sure to rate and leave feedback!

This is a set of 4 mini instruction books explaining with pictures how to build 4 different types of circuits. Most circuit kits at schools come with these items, but I purchased each item from Amazon, Home Depot and Radio Shack for my circuit centers. My students will each have a box to work with containing different parts of circuits, and they will then use the instruction book to assemble the circuit. ***PLEASE NOTE: Additional materials are needed if you want to set up your own circuit centers*** Light Circuit: Low watt bulb, matching bulb holder, 2 alligator clips with wires, and a 9V battery Solar Light Circuit: 3v solar panel (Amazon) and a 3v LED light Motion Circuit: 3v motor (Amazon) and a 3v coin cell battery Sound Circuit: 3v buzzer (Amazon) and a 3v coin cell battery Simply print out the pages, cut, laminate, and bind to make mini books. Each book contains visual steps, as well as a description of what to do. Set these up in an independent science center as well! Please make sure to rate and leave feedback!

This is a great hands on unit for K-2 students that is aligned with ELA CCSS, and Next Generation Science Standards for Engineering & Design. Students will read "Jack and the Beanstalk", and discuss what happened to the Jack and the beans. Then they will work in small groups to use growing materials to conduct an experiment on different growing conditions. After the experiment (which should take 20 days), students will use what they know about growing conditions of plants to write a letter to Jack, advising him on the best way to grow his "magic beans". ***Please note additional materials are needed for this activity*** Soil, cups, dry cannelini beans Standards Covered: K.MD.A.1, 1.MD.A.2, 2.MD.A.1, W.K.2, W.1.3, W.2.7, SL.K.1, SL.1.1, SL.2.1 This packet includes: Cover Page Introduction and Set up Page 3 pages of ELA, Math and Next Generation Science Standards for K-2 Lesson Procedure Growing Beanstalks Differentiated Growth Log Book Growing Beanstalks Differentiated Writing Extension Growing Beanstalks Explanation page Growing Beanstalks Technology Extension Growing Beanstalks Home Science Extension Growing Beanstalks Banner for classroom display Please make sure to rate and leave feedback!