Story Engineering: Problem-Solving Short Stories Using STEM Grades 1-2
SKU
023007
ISBN
9781420682731
Grade 1-2
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Teaching Method
Traditional
Teacher-centered curriculum commonly used in classrooms that may include a text, teacher manual, tests, etc.
Charlotte Mason
A methodology based on the work of a 19th century educator who maintained that children learn best from literature (Living Books), not textbooks.
Classical
A methodology based on the Latin Trivium (three stages of learning), including the grammar stage (memorization and facts), logic stage (critical thinking), and rhetoric stage (developing/defending ideas).
Unit Study
A thematic or topical approach centered around one topic that integrates multiple subject areas.
Montessori (Discovery)
A methodology based on the work of a 20th century educator that emphasizes student and sensory-driven discovery learning and real-life applications.
Other
Other methodologies
Religious Content
Secular
Contains content contrary to common Christian beliefs (i.e. evolution).
Neutral
Avoids religious or theoretical topics or presents multiple viewpoints without preference.
Christian/Religious
Faith-based or including instructional religious content.
Learning Modality
Auditory
Learns through listening, talking out loud or reading out loud.
Visual
Learns through seeing, prefers written instructions and visual materials.
Kinesthetic/Tactile (Hands-On)
Learns through moving, doing and touching.
Multi-Sensory
Curriculum that employ a variety of activities/components.
Presentation
Sequential
Curriculum progresses through well-defined learning objectives. Emphasizes mastery before moving to the next topic.
Spiral
Topics and concepts are repeated from level to level, adding more depth at each pass and connecting with review.
Conceptual/Topical
Focus is on the “why,” often with a unifying concept as well as specific skills; coverage may be broader.
Teacher Involvement
Low Teacher Involvement
Student-led materials; parent acts as a facilitator.
Medium Teacher Involvement
A mix of teacher-led time and independent student work.
High Teacher Involvement
Teacher-led lessons; may utilize discussions, hands-on activities and working together.
Additional Materials Required
No other materials needed
Everything you need is included.
Other Materials Required
There are additional required resources that are a separate purchase.
Other Materials Optional
There are additional resources mentioned or recommended but are not absolutely necessary.
Get your child thinking like an engineer! With 11 units of
story-based problem solving, your future engineer will be busy building
bridges, designing a car ramp or making an instrument. The stories are easy to read and include
space in the margins for students to take notes. Planning pages introduce your student to the
plan-design-build-test-improve processes of engineering.
Publisher's Description of Story Engineering: Problem-Solving Short Stories Using STEM Grades 1-2
Integrate engineering and literacy into your curriculum with this innovative approach to learning. Students will read fictional passages and solve problems using STEM and the engineering design process. Students can create devices and solutions using everyday materials. Each unit focuses on one problem and one challenge, but other problems are presented as options for future challenges. The activity pages invite individual and group work with room for brainstorming, problem-solving, building, testing, and reflecting. The book includes 11 units, which each include a teacher overview and lesson plan, one original fiction passage with room in margins for annotations, and STEM activity sheets based on a single STEM problem/challenge. 112 pages.
Combining fun stories with STEM activities, this unique
supplement is perfect for the student who enjoys hands-on, problem-solving
activities. Each lesson includes a
lesson plan and a simple story that introduces your student to characters with
an engineering-related problem. After
reading the story, students begin the problem-solving process: writing down
what they know, listing needed materials, brainstorming possibilities, and
making a plan using everyday supplies.
After students build their project, they are asked to reflect on the
process, share what they learned, and how to improve. At the end of each book
are blank pages for other challenges, budget sheets, and additional book lists
for further study. These fun projects
will keep their hands busy and their brains working! Great resource to train
future engineers! ~Tara