Leveling Up Together: Fostering Positive Growth and Safe Online Spaces for Teen Roblox Developers

Multiplayer & Social GamesCollaborative Learning & Peer TeachingSTEM Education & Science CommunicationK-12 TeachersGame Developers & DesignersOnline Tutors

Research Background and Issues

  • What problems or challenges did the authors identify?

    1. Young developers face complexity challenges in game development, such as lacking design, programming, and collaboration skills.
    2. Online developer communities provide support for these young developers, but these communities are often designed for adult developers, potentially exposing content and behaviors beyond the capacity of teenagers.
    3. In the Roblox teenage developer community, issues such as financial fraud, inappropriate interactions, and difficulty balancing learning with community participation exist.
  • Why is this issue important?

    1. Game creation can develop skills like computational thinking, collaboration, and self-identity, which are particularly beneficial for teenagers.
    2. Roblox is a global platform with a large number of teenage users who exhibit high autonomy and engagement. This creates a new developer ecosystem within online communities.
    3. Balancing the technical and social benefits of the community while mitigating risks is a critical issue.
  • Research Motivation and Related Work

    • Related work includes studies on teenage creation and collaboration in learning environments, research on social dynamics in online developer communities, and challenges regarding children's safety in online spaces. Unlike education-focused platforms such as Scratch, Roblox provides a complex economic and autonomy framework, prompting further investigation into teenage developer experiences.

Solutions

  • What methods or solutions did the authors propose?

    1. The authors conducted semi-structured interviews with 18 teenage Roblox developers to investigate their motivations, benefits, and challenges in online developer communities.
    2. They proposed strategies to promote community growth and safety, such as educational tools for developers to handle issues and transparency in community policies.
  • What is innovative about this solution?

    1. Emphasizing the Roblox developer community as a unique digital environment for spontaneous learning and collaboration among teenagers.
    2. Combining technical learning with social growth, capturing the diversity of active and passive participation within the developer community.
    3. Linking teenage development with the complexities introduced by monetization, offering recommendations for platform governance and community support mechanisms.
  • What are the implementation steps and key technologies used?

    1. Collecting experiential data from participants and summarizing themes through semantic analysis.
    2. Focusing on the usage patterns, advantages, and risks of both official and unofficial Roblox communities.
    3. Providing community recommendations, such as improving safety policies, introducing technical support tools, and guiding parents and educators to understand the positive value of development activities.

Research Outcomes

  • What specific outcomes were achieved?

    1. Positive Impacts:
      • Enhancement of technical skills: Participants learned programming problem-solving methods through community Q&A and resource sharing.
      • Social growth: Participants developed teamwork and interpersonal skills, boosting their confidence.
      • Career development: Many achieved career opportunities through the community and were motivated by economic rewards.
    2. Challenges:
      • Financial fraud and intellectual property issues: Cases of insufficient or unpaid compensation and code plagiarism.
      • Time investment and pressure: Difficulty balancing game creation, education, and personal life.
      • Lack of community regulation: Inappropriate user behaviors (e.g., online harassment) violating community norms.
      • Social perception: Schools and parents often hold negative attitudes toward Roblox development.
  • How does it compare to existing solutions?

    • It offers a balanced perspective between community growth and individual skill development.
    • Explores the unique social and technical structures of teenager-led communities.
    • Identifies the role of cultural and linguistic differences in cross-national interactions within teenage communities.
  • What are the experimental or evaluation results?

    1. Detailed analysis of community usage revealed complementary characteristics between the tool-oriented DevForum and informal Discord communities.
    2. Community support and learning played a critical role in skill development and confidence-building for teenage developers.
    3. Case studies exposed regulatory failures and insufficient legal protections, leading the authors to propose decentralized community governance as a possibility.
  • Limitations and Future Directions

    1. Limitations:
      • Limited geographic and linguistic diversity in the sample (e.g., lack of participants from South America and Africa).
      • Participants were skewed toward active, experienced community members, with fewer representatives from novice developers.
    2. Future Directions:
      • Expanding the sample size to include global diversity in data analysis.
      • Exploring the integration of technical support and human collaboration, such as enhancing community learning experiences through AI assistance.
      • Investigating teenage creators' interactions and motivations in other socialized digital environments.

By summarizing the above analysis, this study provides an in-depth exploration of the dynamic characteristics of teenage developer communities while offering valuable countermeasures for risks and safety concerns. It further enriches the theoretical framework of online learning and social environments. On an economic platform like Roblox, this research contributes to optimizing the growth and interaction experiences of teenage developers.

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https://hci.top/en/papers/chi/189292/2025

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DOI: https://dl.acm.org/doi/10.1145/3706598.3713969
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Source
CHI
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Year
2025
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3 authors
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Subtopics
Multiplayer & Social Games, Collaborative Learning & Peer Teaching, STEM Education & Science Communication
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K-12 Teachers, Game Developers & Designers, Online Tutors
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