Researchers from MIT have outlined strategies for deploying generative artificial intelligence in a way that benefits workers, moving beyond simple automation to enhance job quality and human expertise. The findings, stemming from a multi-year study involving over 20 companies, highlight potential pitfalls and offer practical guidance for businesses.
The research, conducted between 2023 and 2025, involved interviews with executives, managers, and employees across various stages of AI adoption. This was cross-checked with a large-scale 2023 survey on worker attitudes toward AI and automation, as well as additional public survey data.
The analysis identified three primary ways generative AI can fail to improve work: disuse (not automating where AI adds value), misuse (automation yielding poor results), and overuse (automation creating new problems). To counter these, the researchers proposed 10 levers, divided into guiding principles and desired outcomes.
Three guiding principles emphasize gathering evidence before scaling, acknowledging that AI use varies among individuals, and learning to trust AI outputs appropriately. The remaining seven levers focus on outcomes such as minimizing drudgery and freeing workers for more engaging tasks like problem-solving and creativity.
MIT economists David Autor and Daron Acemoglu, along with MIT Sloan professor Simon Johnson, have also contributed to this discussion. Their work, including the Brookings Institution's Hamilton Project paper 'Building Pro-Worker Artificial Intelligence,' distinguishes between AI that merely automates tasks and 'pro-worker AI.' Pro-worker AI is defined as technology that expands worker capabilities, increases the demand for human expertise, and ultimately makes people more valuable. This contrasts with the easier path of replacing workers with machines, which may leave potential value untapped.