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February STEM Creativity Challenge Cards - STEAM Centers - Early Finisher Bundle
February STEM Creativity Challenge Cards Celebrate friendship, kindness, and winter wonder with this set of 20 February STEM Creativity Challenge Cards! Designed for grades K–4, these hands-on, low-prep prompts help students build, design, and problem-solve using simple classroom materials like LEGO®, blocks, Play-Doh, or recyclables. Perfect for STEM centers, morning tubs, Makerspace, early finishers, sub plans, or Valentine’s Day activities, these challenges explore February themes such as
K - 3rd
Engineering, General Science, Robotics
Also included in: Full Year of 200 STEM Creativity Challenge Cards - 10 Month Bundle
Ozobot Easter Egg Hunt Block Coding Challenge Mats (Ozoblockly)
This resource includes 4 printable Easter egg hunt-themed coding mats (printable for standard printer paper) to be printed double-sided with block coding options and coding guidance on the back for your Ozobots to be used with Ozoblockly code! Students will: Code their Ozobots to navigate through the mazes and collect the easter eggs with sequence block-based code. Use distance and turn codes to navigate the mazeLearn to use lights and sound codeDebug their codeUse loops and more advanced codin
2nd - 7th
Computer Science - Technology, Instructional Technology, Robotics
Leprechaun Sleuth Bee-Bot Coding Bundle
St. Patrick’s Day STEM Adventure | Coding Cards + Large-Format Mat Turn your classroom into a leprechaun investigation headquarters this March! This engaging St. Patrick’s Day Bee-Bot STEM bundle combines a large-format coding mat with 20+ multi-step sleuth mission cards. Students become coding detectives as they follow footprints, search hiding spots, collect lucky clues, and trap the sneaky leprechaun! This bundle blends storytelling and robotics to create a high-engagement seasonal STEM exp
PreK - 8th
Instructional Technology, Robotics
Easter coding level 2
The pupils will be able to work on the notion of absolute displacement thanks to these self-correcting sheets (just fold the bottom of the sheet along the dotted lines). To do this, you will have to follow the coded path: the up arrow means that you have to move one cell up, the down arrow, one cell down... To complicate the task, when the number of moves is greater than 1, the number is indicated in front of the instruction to be repeated. To help the student, the movements concerned are marked
2nd - 6th
Computer Science - Technology, Robotics
Also included in: Easter & Coding
FRENCH - ST. PATRICK’S CODING
Bientôt la St. #Patrick ! Tu vas devoir trouver quelle sera la surprise a été cachée par le #Leprechaun à cette occasion ! Pour cela, il va falloir suivre le parcours codé : la flèche vers le haut signifie qu’il faut se déplacer d’une case vers le haut, la flèche vers le bas, d’une case vers le bas… Ces 12 fiches autocorrectives (il suffit de les plier pour que la correction apparaisse au dos) permettent de travailler les déplacements absolus. A imprimer en 2 ou 4 par page et plastifier pour po
2nd - 6th
Computer Science - Technology, Robotics
Also included in: St. Patrick & coding
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