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Partnering with organizations and engaging communities to advance research for the public good.

The Partner & Community Engagement (PACE) Research Center is an interdisciplinary hub for community-engaged research and evaluation, housed within The Bridge at NORC. PACE brings together social, behavioral, and communication scientists from across NORC who partner with foundations, nonprofits, local governments, health systems, and universities to co-design research with the communities at the center of the work. We design collaborations that share decision-making power with partners and elevate community voice, so that communities help shape research and can access, understand, and benefit from its findings.

PACE’s work is anchored in two proprietary frameworks: the Community-Engaged Research (CEnR) Framework, a structured methodology for building researcher-community partnerships at every stage of a study, and the Systems Change Evaluation and Learning Framework (SCELF), which evaluates how initiatives produce change within complex systems, not just at the program level. Our growing partner network includes the William T. Grant Foundation, the Robert Wood Johnson Foundation, the National Science Foundation, the AstraZeneca Foundation, and the John D. and Catherine T. MacArthur Foundation.

Center Leads

Associate Director
Logo for The Bridge at NORC

PACE is housed within The Bridge, which works with University of Chicago faculty and other leading research institutions to deliver academically grounded applied social science research to advance human thriving across the lifespan.

How We Partner

Whether you’re building internal capacity, designing and conducting a study, or shaping long-term strategy, PACE scientists’ meet and support you where you are. 

Building Capacity Together

We help partners strengthen their ability to design and lead community-engaged research. That includes training and education through in-person and online learning, train-the-trainer models, and communities of practice; technical assistance adapted to local needs; and expert support across public health, economics, housing, communication, and education.

Learning Together

We design and conduct research with community partners, from needs assessments and landscape scans to mixed-method evaluations. Through NORC’s ChicagoSpeaks, AmeriSpeak, and Amplify AAPI panels, we also lead probability-based surveys across the United States.

Shaping Strategy Together

We work with partners to align long-term direction with community priorities. That includes strategic planning to clarify goals and assess gaps, convenings and coalition building to drive consensus, theory of change development, and landscape analyses grounded in research and community context.

Our Experts


PACE scientists come from public health, political science, economics, psychology, anthropology, public policy, communication, and related fields, with deep applied experience in community-engaged research methods.

Our Work

See PACE’s recent projects, NORC survey panels, and areas of expertise.

Community-Engaged Survey Research


PACE draws on two of NORC’s probability-based survey panels to bring reliable, representative data into community-engaged research, reaching both local residents and communities that standard survey methods often miss.

A representative panel of Chicago residents, built on NORC's AmeriSpeak methodology and directed by PACE researchers. It gives local organizations, government, and the press reliable insight into what Chicago residents experience and believe.

The first and only survey panel of Asian American, Native Hawaiian, and Pacific Islander populations, developed with NORC's AmeriSpeak team and conducting interviews in English, Mandarin, Cantonese, Korean, and Vietnamese.

Highlighted Projects


Support for the Global Parkinson’s Genetics Program

Technical assistance for efforts to transform the understanding of Parkinson’s genetics

Funder:

Aligning Science Across Parkinson’s (ASAP)

Cosmic Explorer

Assessing the social climate and workforce sustainability of sites for a next-generation gravitational-wave observatory

Client:

The University of Arizona

Publications