Resources

Whether you’re in a classroom or a boardroom, NCWIT can help you kick-start or deepen your inclusive culture. Take advantage of hundreds of free and easy-to-use resources for K–12, higher education, and corporations that support your effort to raise awareness, increase knowledge, and empower action to make sure every voice is heard.

 

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This customizable PowerPoint presentation is an excellent resource for schools who wish to educate their community about computer science, to teach about the importance of diversity in CS education and to offer concrete strategies for making curricula and classrooms more inclusive to help close the gender gap in STEM and CS.

Download the PowerPoint slides below.

Computing Science Is for Everyone | .pptx (8.7 MB)

Community College Pathway to IT and Computing Careers

Part of Counselors for Computing (C4C), this card connects students' interests with IT and computing career paths that can be achieved through enrollment in a community college. Degrees are linked to job titles, projected growth, and wages. C4C is a project of the NCWIT K-12 Alliance, made possible by The Merck Company Foundation, Google, Palo Alto Networks, and Apple.

University Pathway to IT and Computing Careers

Part of Counselors for Computing (C4C), this card connects students' interests with IT and computing career paths that can be achieved through enrollment in a university or four-year college. Degree programs are linked to job titles, projected growth, and wages. C4C is a project of the NCWIT K-12 Alliance, made possible by The Merck Company Foundation, Google, Palo Alto Networks, and Apple.

Military Pathway to IT and Computing Careers

Part of Counselors for Computing (C4C), this card connects students' interests with opportunities in IT and computing that can be achieved through military service and beyond. Information about IT military assignments is linked to future jobs and salaries. C4C is a project of the NCWIT K-12 Alliance, made possible by The Merck Company Foundation, Google, Palo Alto Networks, and Apple.

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An often overlooked way to broaden participation in computing is to grow a more inclusive student community and culture. A good way to build this community is to employ well-structured collaborative learning opportunities in your courses. (Remember: "well-structured" is key!) In this EngageCSEdu Inroads column, we explore Peer Instruction, a technique with a large body of supporting research, with UCSD Professor Beth Simon.

Read more from the interview with Beth Simon here.

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Student influencers such as formal and informal educators and parents are eager to direct students to viable education opportunities in computing. Consider these key points and resources that can be used to integrate computing skills into existing curricula, encourage diverse participation in computing, and/or connect students to informal learning environments that emphasize hands-on experience with technology.

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School counselors are eager to direct students to viable education and career opportunities. Consider these key points for collaboration as you plan to meet with counselors to discuss ways their professional responsibilities align with your goals to increase student access to computing.

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This inclusive speaker orientation course is designed to provide essential background knowledge and practical skills to promote inclusivity in presentations, messaging, and other communications. It is divided into 3 short, self-paced modules and includes research, examples, and tips for enhancing communications at conferences, webinars, meetings, and more.

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Your company’s website is an important tool for communicating commitment to diversity to clients, the public, and current and prospective employees. These tips will help you create a website that welcomes a wide range of people and promotes the meaningful role of computing within the company.

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Learn more about using Computation Creativity activities in your introductory computing courses to engage your students and to improve their learning. In this March 2018 issue of ACM Inroads magazine, NCWIT Research Scientist and EngageCSEdu Director Beth Quinn interviews Professors Liz Ingraham and Leen-Kiat Soh. Professors Ingraham and Soh, along with other colleagues from University of Nebraska, are building and testing off-line activities for developing students' creative computational thinking, or "Computational Creativity." Dr.

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Ensuring that your technical conference provides a welcome environment for a wide range of attendees is important for broadening participation in technology. Use these tips to help you create a more inclusive and welcoming conference experience for all.

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Computer Science-in-a-Box: Unplug Your Curriculum introduces fundamental building blocks of computer science -- without using computers. Use it with students ages 9 to 14 to teach lessons about how computers work, while addressing critical mathematics and science concepts such as number systems, algorithms, and manipulating variables and logic.

Set of ten TECHNOLOchicas 11"x17" posters.

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This is the third of a regular column that EngageCSEdu is doing for ACM InRoads magazine. The goal of the column is that by highlighting aspects of the EngageCSEdu project and its community, we can show how great teaching can help broaden participation in computing.

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Careers with Code magazine is a guide for 14–18 year olds and anyone else interested in future careers that mix computer science with their skills, interests and passion – giving you the ability to change the world! It’s free to read online, available to order in print and updated each year.
 

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