Empowering Peer Supporters

Developing scalable training for improved mental health support

Colorful illustration of two people talking
Illustration: Eric Nyquist

Millions of people (nearly 1 in 5 American adults) are touched by mental illness. Mental illness can significantly reduce a person’s quality of life and have substantial economic consequences. Most of the people affected never receive treatment due to structural barriers such as high treatment costs and a lack of trained professionals. Peer support, often provided by volunteers, is emerging as a promising remedy in today’s climate of undertreatment because of its anonymity, empowerment, and accessibility. 

Developing quality and scalable training for peer supporters is key to making peer support effective. In this project, our goal is to enhance the quality, scalability, and efficacy of online peer-to-peer counseling. Specifically, we will conduct qualitative studies in collaboration with domain experts and volunteer listening platforms including 7 Cups, Talkspace, and Brightside to understand the challenges volunteer listeners and peer supporters face when conducting online counseling. An earlier stage of our work also benefited from the support of the 7 Cups leadership team. In addition to building innovative machine learning models designed to offer feedback to peer supporters, we will develop reinforcement learning approaches to help supporters quickly learn the most effective strategies.

By enhancing the training available to peer supporters who volunteer their time to provide support to many people who may otherwise lack access to traditional, in-person psychotherapy, our project could have a transformative impact on the growing mental health crisis. By collaborating with partners able to offer us real-world data and/or expert feedback, the training models we develop could also be used to train other healthcare professionals (for example, counseling staff at university centers or nurses learning motivational interviewing for behavioral change). 

Emma Brunskill
Emma Brunskill

2023 Scholar in Service; Associate Professor, Computer Science

Diyi Yang
Diyi Yang

Assistant Professor, Computer Science

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