Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Prepare students to make a positive influence on the world through iDrive. iDrive is the Youth Outreach and Empowerment program of i-SAFE. Student-driven projects promote digital citizenship by empowering students to purposefully engage online and to deeply contribute to their communities.

Students come to understand that online games and gaming apps are software programs made up of code. Students design a game using a symbolic code to write a set of instructions and relate to principles of coding to game development and programming. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand that online games and gaming apps are software programs made up of code. Students design a game using a symbolic code to write a set of instructions and relate to principles of coding to game development and programming. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand that online games and gaming apps are software programs made up of code. Students design a game using a symbolic code to write a set of instructions and relate to principles of coding to game development and programming. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand that online games and gaming apps are software programs made up of code. Students design a game using a symbolic code to write a set of instructions and relate to principles of coding to game development and programming. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand that online games and gaming apps are software programs made up of code. Students design a game using a symbolic code to write a set of instructions and relate to principles of coding to game development and programming. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand that online games and gaming apps are software programs made up of code. Students design a game using a symbolic code to write a set of instructions and relate to principles of coding to game development and programming. The lesson may serve as an introduction to STEM/STEAM programs.

Students develop digital literacy skills. They determine ways that organizations effectively use webcams to promote a cause by evaluating a series of websites. They learn that these sites may allow online ads to generate financial support, and develop guidelines for public websites to follow.

Students develop digital literacy skills. They determine ways that organizations effectively use webcams to promote a cause by evaluating a series of websites. They learn that these sites may allow online ads to generate financial support, and develop guidelines for public websites to follow.

Students develop digital literacy skills. They determine ways that organizations effectively use webcams to promote a cause by evaluating a series of websites. They learn that these sites may allow online ads to generate financial support, and develop guidelines for public websites to follow.

Students come to understand the security and privacy issues involved in downloading apps. They design a game by plotting (x,y) coordinates; use a symbolic code to write a set of instructions; "debug" the code, and relate to principles of coding to game development and programming in a class discussion. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand the security and privacy issues involved in downloading apps. They design a game by plotting (x,y) coordinates; use a symbolic code to write a set of instructions; "debug" the code, and relate to principles of coding to game development and programming in a class discussion. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand the security and privacy issues involved in downloading apps. They design a game by plotting (x,y) coordinates; use a symbolic code to write a set of instructions; "debug" the code, and relate to principles of coding to game development and programming in a class discussion. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand the security and privacy issues involved in downloading apps. They design a game by plotting (x,y) coordinates; use a symbolic code to write a set of instructions; "debug" the code, and relate to principles of coding to game development and programming in a class discussion. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand the security and privacy issues involved in downloading apps. They design a game by plotting (x,y) coordinates; use a symbolic code to write a set of instructions; "debug" the code, and relate to principles of coding to game development and programming in a class discussion. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand the security and privacy issues involved in downloading apps. They design a game by plotting (x,y) coordinates; use a symbolic code to write a set of instructions; "debug" the code, and relate to principles of coding to game development and programming in a class discussion. The lesson may serve as an introduction to STEM/STEAM programs.

Students come to understand that online resources are not always reliable. They conduct a Web search on a number of given topics and use a set of criteria to determine whether an online source is valid, reliable and credible. They ensure that information is accurate. Students support their conclusions with reasoning and examples.

Students come to understand that online resources are not always reliable. They conduct a Web search on a number of given topics and use a set of criteria to determine whether an online source is valid, reliable and credible. They ensure that information is accurate. Students support their conclusions with reasoning and examples.

Students come to understand that online resources are not always reliable. They conduct a Web search on a number of given topics and use a set of criteria to determine whether an online source is valid, reliable and credible. They ensure that information is accurate. Students support their conclusions with reasoning and examples.

Students learn how to develop effective search queries that produce higher quality results. They identify relevant and valid information from credible sources when using the Internet for information and research. Students acquire age-appropriate technical knowledge by learning about various types of search engines and operations.

Students learn how to develop effective search queries that produce higher quality results. They identify relevant and valid information from credible sources when using the Internet for information and research. Students acquire age-appropriate technical knowledge by learning about various types of search engines and operations.

Students learn how to develop effective search queries that produce higher quality results. They identify relevant and valid information from credible sources when using the Internet for information and research. Students acquire age-appropriate technical knowledge by learning about various types of search engines and operations.