This is a short and to-the-point video (Students Distance Learning.mp4) from Alex Case in Loudoun County. It can give you ideas for making your own video for your division's students, and even for your teachers!

Computer Science Standard Alignment Guides are resources for teachers working to integrate computer science into their core curriculum. These guides explain the standard, give a sample activity or lesson that teaches the standard, and ways to measure student proficiency on the skill or concept.

The Computer Science Office in Loudoun County Public Schools has developed this curriculum integration document to support the integration of the 2017 Virginia Computer Science Standards into core subject areas and beyond. Each CS standard was aligned to up to 3 grade level standards that made natural correlations.Additionally, many activities and resources were included to each standard to support the introduction and integration of the standard. For each of the six strands of the Computer Science Standards of Learning: Computing Systems, Networks and the Internet, Cybersecurity, Data and Analysis, Algorithms and Programming, and Impacts of Computing, we have included tiered support called "Fuel", "Spark", and "Ignite". The "Fuel" is provided to build teacher capacity and students' understanding in understanding the CS SOL. The "Spark" provides a Computer Science integrated experience into a core or speciality subject SOL. The "Ignite" section is where teachers in Loudoun County have the opportunity to share authentic learning experiences and lessons in our LCPS Computer Science Lesson Repository.This document was created as part of the Virginia K-12 Computer Science Pipeline which is partly funded through a GOVA and DHCD grant in partnership with Chesapeake Public Schools, Loudoun County Public Schools, and the Loudoun Education Foundation.

The annual Elie Wiesel Writing and Visuals Arts Competition is open to students in grades 6 through 12 and serves to inspire middle and high school students and teachers to learn more about the Holocaust, racism, bigotry, and the dangers of prejudice. The questions posed each year guide students to explore the lessons of the Holocaust while examining contemporary issues such as bullying, peer pressure, unthinking obedience to authority, and indifference.

List of sites that offer free public domain books in electronic and audio format.

Computer Science Standard Alignment Guides are resources for teachers working to integrate computer science into their core curriculum. These guides explain the standard, give a sample activity or lesson that teaches the standard, and ways to measure student proficiency on the skill or concept.

The Computer Science Office in Loudoun County Public Schools has developed this curriculum integration document to support the integration of the 2017 Virginia Computer Science Standards into core subject areas and beyond. Each CS standard was aligned to up to 3 grade level standards that made natural correlations.Additionally, many activities and resources were included to each standard to support the introduction and integration of the standard. For each of the six strands of the Computer Science Standards of Learning: Computing Systems, Networks and the Internet, Cybersecurity, Data and Analysis, Algorithms and Programming, and Impacts of Computing, we have included tiered support called "Fuel", "Spark", and "Ignite". The "Fuel" is provided to build teacher capacity and students' understanding in understanding the CS SOL. The "Spark" provides a Computer Science integrated experience into a core or speciality subject SOL. The "Ignite" section is where teachers in Loudoun County have the opportunity to share authentic learning experiences and lessons in our LCPS Computer Science Lesson Repository.This document was created as part of the Virginia K-12 Computer Science Pipeline which is partly funded through a GOVA and DHCD grant in partnership with Chesapeake Public Schools, Loudoun County Public Schools, and the Loudoun Education Foundation.

The Computer Science Office in Loudoun County Public Schools has developed this curriculum integration document to support the integration of the 2017 Virginia Computer Science Standards into core subject areas and beyond. Each CS standard was aligned to up to 3 grade level standards that made natural correlations.Additionally, many activities and resources were included to each standard to support the introduction and integration of the standard. For each of the six strands of the Computer Science Standards of Learning: Computing Systems, Networks and the Internet, Cybersecurity, Data and Analysis, Algorithms and Programming, and Impacts of Computing, we have included tiered support called "Fuel", "Spark", and "Ignite". The "Fuel" is provided to build teacher capacity and students' understanding in understanding the CS SOL. The "Spark" provides a Computer Science integrated experience into a core or speciality subject SOL. The "Ignite" section is where teachers in Loudoun County have the opportunity to share authentic learning experiences and lessons in our LCPS Computer Science Lesson Repository.This document was created as part of the Virginia K-12 Computer Science Pipeline which is partly funded through a GOVA and DHCD grant in partnership with Chesapeake Public Schools, Loudoun County Public Schools, and the Loudoun Education Foundation.

The Computer Science Office in Loudoun County Public Schools has developed this curriculum integration document to support the integration of the 2017 Virginia Computer Science Standards into core subject areas and beyond. Each CS standard was aligned to up to 3 grade level standards that made natural correlations.Additionally, many activities and resources were included to each standard to support the introduction and integration of the standard. For each of the six strands of the Computer Science Standards of Learning: Computing Systems, Networks and the Internet, Cybersecurity, Data and Analysis, Algorithms and Programming, and Impacts of Computing, we have included tiered support called "Fuel", "Spark", and "Ignite". The "Fuel" is provided to build teacher capacity and students' understanding in understanding the CS SOL. The "Spark" provides a Computer Science integrated experience into a core or speciality subject SOL. The "Ignite" section is where teachers in Loudoun County have the opportunity to share authentic learning experiences and lessons in our LCPS Computer Science Lesson Repository.This document was created as part of the Virginia K-12 Computer Science Pipeline which is partly funded through a GOVA and DHCD grant in partnership with Chesapeake Public Schools, Loudoun County Public Schools, and the Loudoun Education Foundation. 

The Computer Science Office in Loudoun County Public Schools has developed this curriculum integration document to support the integration of the 2017 Virginia Computer Science Standards into core subject areas and beyond. Each CS standard was aligned to up to 3 grade level standards that made natural correlations.Additionally, many activities and resources were included to each standard to support the introduction and integration of the standard. For each of the six strands of the Computer Science Standards of Learning: Computing Systems, Networks and the Internet, Cybersecurity, Data and Analysis, Algorithms and Programming, and Impacts of Computing, we have included tiered support called "Fuel", "Spark", and "Ignite". The "Fuel" is provided to build teacher capacity and students' understanding in understanding the CS SOL. The "Spark" provides a Computer Science integrated experience into a core or speciality subject SOL. The "Ignite" section is where teachers in Loudoun County have the opportunity to share authentic learning experiences and lessons in our LCPS Computer Science Lesson Repository.This document was created as part of the Virginia K-12 Computer Science Pipeline which is partly funded through a GOVA and DHCD grant in partnership with Chesapeake Public Schools, Loudoun County Public Schools, and the Loudoun Education Foundation. 

See computer science integration opportunities in middle school English in this crosswalk of the two disciplines.

This unit functions as an introduction to ELA6. Included are 7 days' worth of activities that get students engaged in the content and set the stage for yearlong processes and procedures. Activities include: a virtual Book Pass; an introduction to the process of Writing Seeds and samples for you to use; a survey that asks students to explore who they are as a reader and a writer; a Personal Reading Timeline mini-project; several options that allow students to track their IR throughout the year; and a Summative Assessment in the form of a Literacy Narrative, with mentor texts and rubric

This unit represents Unit 2 for ELA6.  Included are 16 days of activities that get students engaged in the content and continue to build on year-long processes and procedures.  Activities include practice with fiction signposts, subject-verb agreement, verb tense, summary strategies, narrative elements and plot diagrams, reading summative assessment, and writing formative assessment in the form of a narrative essay with mentor texts and rubric.

This unit functions as an introduction to ELA7. Included are 7 days' worth of activities that get students engaged in the content and set the stage for yearlong processes and procedures. Activities include: a virtual Book Pass; an introduction to the process of Writing Seeds and samples for you to use; a survey that asks students to explore who they are as a reader and a writer; a Personal Reading Timeline mini-project; several options that allow students to track their IR throughout the year; and a Summative Assessment in the form of a Literacy Narrative, with mentor texts and rubric

This unit represents Unit 2 for ELA7.  Included are 16 days of activities that get students engaged in the content and continue to build on year-long processes and procedures.  Activities include practice with fiction signposts, subject-verb agreement, verb tense, summary strategies, narrative elements and plot diagrams, reading summative assessment, and writing formative assessment in the form of a narrative essay with mentor texts and rubric.

This unit functions as an introduction to ELA8. Included are 7 days' worth of activities that get students engaged in the content and set the stage for yearlong processes and procedures. Activities include: a virtual Book Pass; an introduction to the process of Writing Seeds and samples for you to use; a survey that asks students to explore who they are as a reader and a writer; a Personal Reading Timeline mini-project; several options that allow students to track their IR throughout the year; and a Summative Assessment in the form of a Literacy Narrative, with mentor texts and rubric

This unit represents Unit 2 for ELA8.  Included are 17 days of activities that get students engaged in the content and continue to build on year-long processes and procedures.  Activities include practice with fiction signposts, sentence structure, dialogue and direct quotations, characterization, summary strategies, narrative elements and plot diagrams, reading summative assessment, and writing formative assessment in the form of a character analysis essay with mentor texts and rubric.

This is a performance task where students act as a software engineer to create an algorithm for a robotic process of an everyday activity.  Students cooperatively test and revise their algorithms and the have another team sucessfuly complete their algorithm as well.    

Students will weigh the advantages of cybersecurity in protecting individuals and systems against potential disadvantages of the over-restriction of content and delivery.Students will communicate, verbally and in writing, the advantages or disadvantages of cybersecurity.

Students will create a flowchart showing the evolution of a specific technology including failed attempts at advancement. This task includes research and understanding the iterative process. Easily differentiated.