• The 15 grade-appropriate STEM challenges target life, Earth, and physical science concepts.
• Every unit is focused on a hands-on challenge in which students apply the STEM process of plan, create, test, and redesign.
• No-prep lessons and easy-to-find materials help you fit STEM learning into the busy school day.

• Teacher overview pages—Tips and directions for preparing students to complete a STEM challenge, as well as a materials list that suggests readily available items to gather.
• Reading selections for background knowledge—Foundational information that is relevant to the challenge that students are completing.
• Visual real-world examples—A visual literacy page with real-world images relevant to the STEM challenge.
• A STEM challenge overview—Introduces the specific task and goal of each STEM challenge and provides space for students to brainstorm.
• Design process worksheets—Activities guide students to plan, create, test, and evaluate their creation.
• A redesign page to evaluate their design—The worksheet guides students through each step of the design process and provides space to document plans, materials, results, evaluations, and revisions.

• Marble Roller Coaster (Physical Science concept: Force and Motion)
• Natural Homes (Earth Science Concept: Natural Homes)
• Insect Catcher (Life Science Concept: Studying Insects)

Science, technology, engineering, art, and math work together to make learning fun in these STEAM lessons!

Perfect for Makerspace!

This first grade teacher resource book includes:

• A year's worth of teacher lesson plans
• STEAM design challenges that turn elementary students into inventors
• Easy-to-follow lesson format (with standards identified for each lesson)
• Classroom-tested lessons

The STEAM Design Challenges in this book follow engineering practices to teach students in Grade 1 to solve a problem by designing, creating, and justifying their designs. They also allow art to support and enhance the learning of science and math while the engineering process is followed.

These engaging STEAM lessons:

• Integrate the Next Generation Science Standards and national standards from other disciplines
• Enhance learning across various disciplines
• Facilitate students in collaborating to solve real-world scenarios
• Promote critical thinking, analytical thinking, and reflective thinking
• Incorporate the Five Es Instructional Model (engage, explore, explain, elaborate, evaluate)
• Are classroom tested

Engineering Design Process
The lessons in this book are intended to support the engineering design process in which teachers become a facilitator by encouraging and guiding students to work as a team to find a creative solution to a real-world problem without providing step-by-step instructions. Students are inspired to act as scientists and engineers through the use of sketches, diagrams, mathematical relationships, and literacy connections. By creating their very own models and products based on background information from their studies, students are immediately engaged through a meaningful, rewarding lesson.

More about the lessons
Each lesson begins by presenting students with a design challenge scenario in order to immediately excite students with a real-world situation that they are on a mission to solve. Students are then given a dilemma, mission, and blueprint design sheet and are asked to collaborate with team members to create several prototypes. Students present their prototypes to their teacher, construct their design, test their design, engage in a class discussion about their design, and then modify their design. Finally, teams create a justification piece in order to sell their new prototype (ex. persuasive letter, video, advertisement etc.).

About the Authors
The Steam Dreamers, a group of four classroom teachers, desired to create more interactive learning environments and science classrooms through student-centered problem-solving lessons. They created this collection of cross-curricular design challenge lessons to provide teachers and students with real-world scenarios that are driven by core learning standards and enriched through the inclusion of literacy and the arts.

Your mission, should you choose to accept it, is to learn HTML and use it to create a web page. HTML is a type of code that makes a set of letters, numbers, and symbols appear on your phone or computer as a streamlined page of text and images. Learn the basics of this type of code and follow step-by-step instructions to complete your HTML mission!

The magic of gravity pushes the spheres through the Geomag gravity motor spiral. A magical and eco-friendly system that uses the invisible forces of attraction and repulsion to set in motion the models. Starting at the base of the system, the weight of the spheres creates a never-ending spiral that kickstarts a real gravity motor. This set contains 11 magnetic rods, 32 spheres and 126 plastic mechanical elements. Gravity is the innovative evolution of the Geomag mechanics line. Developed with expert players in mind, the new construction system is based on an innovative "gravity motor": this uses the weight of the Geomag spheres to Kickstart the mechanisms and movements of the Geomag mechanics structures. The motion is provided by the invisible forces of gravity and magnetism, without using electricity or batteries. The play experience is based on these fundamental principles of physics. Mechanics gravity is a STEM product that can truly stimulate curiosity and inspire to learn more about science.

This STEM bulletin board set is a must-have for all 21st century classrooms. It is designed to help the STEM teacher give students the tools to develop creativity, problem-solving skills, collaboration skills, and leadership abilities. The high-tech yet whimsical art makes it an appealing set for all ages. It emphasizes the 4 C's of STEM and the Engineering Design Process, teaching students about the real world and how it works.

Carson-Dellosa curriculum bulletin boards are designed to support any classroom with hardworking curriculum-based displays.

Features:

• Resource Guide