Computational Thinking Unit Framework
Computer ScienceComputational Thinking
Unit Overview
This is a brief description of the unit. It explains the unit's focus and/or theme and provides a summary of what students will learn.
Content Standards
ISTE
Computational Thinker - Students develop and employ strategies for understanding and solving problems in ways that leverage the power of technological methods to develop and test solutions.
5.a. Students explore or solve problems by selecting technology for data analysis, modeling and algorithmic thinking, with guidance from an educator.
5.b. Students select effective technology to represent data.
5.c. Students break down problems into smaller parts, identify key information and propose solutions.
5.d. Students understand and explore basic concepts related to automation, patterns and algorithmic thinking.
Transfer
What long-term, independent accomplishments are desired?
Enduring Understandings and Essential Questions
Enduring Understandings go beyond discrete facts or skills to focus on larger concepts, principles, or processes. They are transferable–applicable to new situations within or beyond the subject. A good essential question isopen-ended,thought-provoking,intellectually engagingand calls forhigher-order thinking, such as analysis, inference, evaluation, prediction. It cannot be effectively answered by recall alone. For Enduring Understandings, answer, "What specifically do you want students to understand?" For Essential Questions, answer, "What thought-provoking questions will foster inquiry, meaning making, and transfer?"
Enduring Understandings | Essential Questions |
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U1. There are many different ways to solve a problem using computational thinking. |
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U2. Computer science is an essential component in creating real world solutions. |
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Acquisition
The identified knowledge and skill are needed to address the established goals, achieve the targeted understanding(s), and support effective transfer. Answer, "What facts and basic concepts should students know and be able to do?" and "What discrete skills and processes should students be able to use?"
NOTE: It is important to understand that simply acquiring these discrete skills does not guarantee transfer (or understanding). We are teaching fortransferand these skills support thetransferbut are not sufficient alone.
Students will know... | Students will be skilled at... |
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K1. | S1. creating algorithms |
K2. | S2. sequencing instructions to achieve simple objectives. |
K3 | S3. debugging an algorithm. |
K4 | S4. |
Assessment Evidence
- How will students demonstrate their understanding (meaning-making and transfer) through authentic performance?
- What evidence will you collect to determine whether Stage 1 goals were achieved?
- What criteria will be used in each assessment to evaluate attainment of the desired results?
- Regardless of the format of the assessment, what qualities are the most important?
Performance Task
How will students demonstrate their understanding (meaning-making and transfer) through complex performance?
Understandings/Skills | Assessment Evidence |
---|---|
U1. There are many different ways to solve a problem using computational thinking. | Create a maze/maze rubric |
U2. Computer science is an essential component in creating real world solutions. | Create a maze/maze rubric |
LeARNING Plan
- Unit at a glance Scope and sequence/pacing with links to unit lessons
- What teaching and understanding experiences will prepare learners to achieve the unit goals?
- How will you monitor progress toward the unit goals during lessons?
- How will students get the feedback they need and opportunities to use it?
- When sequencing learning, code each designed component as a strategy to help students with (A)cquisition (acquiring basic knowledge and skills), (M)aking Meaning, or (T)ransfer.
Instructional Resources
Unit Instructional Resources are resources that must include:
- Guiding Documents
Unit Instructional Resources are resources that may include:
- PL for understanding the unit content
- Master, Teacher, and student exemplars
- Correlation Documents with Interdisciplinary Connections
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