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Using custom GPTs ChatGPT for customer success teams Applications of AI at OpenAI Research with ChatGPT Analyzing data with ChatGPT Financial services Responsible and safe use of AI Writing with ChatGPT ChatGPT for research Creating images with ChatGPT Personalizing ChatGPT ChatGPT for finance teams Getting started with ChatGPT Working with files in ChatGPT ChatGPT for sales teams Prompting fundamentals ChatGPT for managers Using projects in ChatGPT ChatGPT for marketing teams Brainstorming with ChatGPT AI fundamentals ChatGPT for operations teams Healthcare Our response to the Axios developer tool compromise Using skills OpenAI Full Fan Mode Contest: Terms & Conditions CyberAgent moves faster with ChatGPT Enterprise and Codex The next phase of enterprise AI Introducing the Child Safety Blueprint Introducing the OpenAI Safety Fellowship Industrial policy for the Intelligence Age OpenAI acquires TBPN Codex now offers more flexible pricing for teams Gradient Labs gives every bank customer an AI account manager OpenAI raises $122 billion to accelerate the next phase of AI Helping disaster response teams turn AI into action across Asia STADLER reshapes knowledge work at a 230-year-old company Inside our approach to the Model Spec Introducing the OpenAI Safety Bug Bounty program Helping developers build safer AI experiences for teens Update on the OpenAI Foundation Powering Product Discovery in ChatGPT Creating with Sora Safely How we monitor internal coding agents for misalignment OpenAI to acquire Astral Introducing GPT-5.4 mini and nano OpenAI Japan announces Japan Teen Safety Blueprint to put teen safety first Equipping workers with insights about compensation Why Codex Security Doesn’t Include a SAST Report Designing AI agents to resist prompt injection From model to agent: Equipping the Responses API with a computer environment Rakuten fixes issues twice as fast with Codex Wayfair boosts catalog accuracy and support speed with OpenAI Improving instruction hierarchy in frontier LLMs New ways to learn math and science in ChatGPT OpenAI to acquire Promptfoo Codex Security: now in research preview How Descript engineers multilingual video dubbing at scale How Balyasny Asset Management built an AI research engine Reasoning models struggle to control their chains of thought, and that’s good Introducing GPT-5.4 GPT-5.4 Thinking System Card Ensuring AI use in education leads to opportunity VfL Wolfsburg turns ChatGPT into a club-wide capability OpenAI and NORAD team up to bring new magic to “NORAD Tracks Santa” Accenture and OpenAI accelerate enterprise AI success OpenAI takes an ownership stake in Thrive Holdings to accelerate enterprise AI adoption What to know about a recent Mixpanel security incident Expanding data residency access to business customers worldwide Our approach to mental health-related litigation Inside JetBrains—the company reshaping how the world writes code Introducing shopping research in ChatGPT How GPT-5 helped mathematician Ernest Ryu solve a 40-year-old open problem OpenAI and Foxconn collaborate to strengthen U.S. manufacturing across the AI supply chain Disrupting malicious uses of AI: June 2025 Creating websites in minutes with AI Website Builder Addendum to OpenAI o3 and o4-mini system card: OpenAI o3 Operator OpenAI Deutschland Shipping code faster with o3, o4-mini, and GPT-4.1 Introducing Stargate UAE New tools and features in the Responses API Introducing Codex Addendum to o3 and o4-mini system card: Codex AI powers Expedia’s marketing evolution Strengthening America’s AI leadership with the U.S. National Laboratories Introducing ChatGPT Gov Operator System Card Computer-Using Agent Introducing Operator Bertelsmann powers creativity and productivity with OpenAI Trading Inference-Time Compute for Adversarial Robustness Announcing The Stargate Project Stargate Infrastructure The power of personalized AI Delivering LLM-powered health solutions Increasing accuracy of pediatric visit notes Practices for Governing Agentic AI Systems Superalignment Fast Grants Weak-to-strong generalization Partnership with Axel Springer to deepen beneficial use of AI in journalism
College students and ChatGPT adoption in the US
2025-02-20 · via OpenAI News

A new report(opens in a new window) from OpenAI shows more than one-third of college-aged young adults in the US use ChatGPT, and approximately a quarter of the messages they send are related to learning and school work — from starting papers and projects, to exploring topics and brainstorming creative ideas. While adoption of ChatGPT among 18-24 year olds is strong, it varies significantly by state — California, Virginia, New Jersey, and New York have the nation’s highest adoption rates, while those in Wyoming, Alaska, Montana, and West Virginia have relatively low adoption rates.

Early studies(opens in a new window) show employers prefer hiring candidates with AI skills over more experienced ones without them, and AI tools like ChatGPT have been shown to significantly boost worker productivity(opens in a new window). The full impact is still unfolding, but state-by-state differences in student AI adoption could create gaps in workforce productivity and economic development, impacting US competitiveness.

We’re committed to working with educators, policymakers, and community leaders to close these gaps, and make AI tools like ChatGPT widely available and responsibly integrated into learning. Our report outlines key proposals:

  • Demystify AI: While three in four higher ed students want AI training, only one in four universities and colleges provide it. Programs to promote responsible use, address academic integrity concerns, and build proficiency in real-world applications like job searches, exam preparation and internships are key. 
  • Drive Access: Many college students discover AI tools informally, and cost can be a barrier. By driving student awareness to ChatGPT’s free products, as well as subsidizing equitable access to the latest models, institutions can make AI available to students at scale.
  • Develop policies: With the release of this report, OpenAI is updating our Economic Blueprint, our living document of policy proposals we support, to include specific proposals to support AI workforce development at the federal, state and local levels, such as:
    • Federal Action: Expand 529 savings plans to include AI-oriented apprenticeships.
    • State legislation: Establish AI literacy frameworks (similar to ISTE Standards) in core curriculum for students and professional development for teachers, while allowing states to tailor programs to local contexts.
    • Workforce Development: Incentivize public-private partnerships to assess AI workforce needs, create training pipelines, and collaborate with labor unions, community colleges, and other institutions that provide training. 

By supporting AI literacy programs, expanding access to AI, and developing policies to make AI training accessible and affordable, we can help students across the country build a stronger foundation for the future — and equip the workforce with the skills needed to thrive in an evolving, AI-driven economy.

We welcome insights from states, universities, colleges and schools to better understand how we can advance research and drive progress in this space. If you’d like to share your feedback, or if you’re a state or university official interested in exploring our data further or receiving more detailed data on your state, click here(opens in a new window).