Get exclusive early access to a visual analysis of the “Who’s Who of Organizations” with accepted research papers at SIGCSE 2026, the Association for Computing Machinery’s (ACM) Technical Symposium on Computer Science Education, taking place Feb. 18 – 21, 2026.
A special thank you to the symposium’s general co-chairs for permission to share the program information for this visual analysis of organizations at SIGCSE.
Who’s Who of Organizations at SIGCSE 2026
- Solve the “number” clues on the game board to unlock the “Who’s Who of Organizations at SIGCSE” interactive visual analysis. The game board is here: Georgia Tech Experts at SIGCSE 2026 (Desktop provides best experience)
- Come back to this page to submit your answer. String your 7-digit answer together and submit it below. The correct answer reveals the “key.” Use the key back on the game board to find the prize! Good luck!
NUMBER CLUES:
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Total people with research
Extra Hint
How many Tech Experts and Partners? -
GT experts with “papers”
Extra Hint
Select PAPER to filter the Tech Authors sidebar -
GT experts with an award paper
Extra Hint
Select a topic with the award -
Total number of teams
Extra Hint
Count the teams under POSTER, PAPER, etc…
Enter the secret code:
Computer science (CS) education advances the ways in which students and professionals learn how technology works and how to use it thoughtfully, not just consume it.
Georgia Tech research in CS education is making breakthroughs as AI changes the learning landscape.
CS education builds core skills such as logical thinking, problem decomposition, and creativity. Students learn how to break big problems into smaller steps, test ideas, and improve solutions. These skills are useful far beyond coding and apply to careers in science, business, healthcare, education, and the arts.
Strong CS education also expands access and opportunity. When taught well, it helps beginners and students from all backgrounds succeed, not just those with prior experience. This creates a more diverse and inclusive technology workforce and reduces gaps in who can participate in high-paying, high-impact careers.
In addition, CS education prepares students to build technology responsibly. It introduces ideas like data privacy, security, bias, and ethical decision-making, helping future technologists understand the real-world impact of their work.
Overall, CS education is essential for preparing individuals and societies to innovate, compete economically, and use technology in ways that benefit everyone.