Community Scientist Program

The Community Scientist (CS) Program is a network of community partners and patient advocates integrated throughout The Tisch Cancer Institute research continuum. The CS Program enhances equity-focused research, workforce diversity, and a community-engaged curriculum for trainees and fellows, contributing to the intersectionality across Community Outreach and Engagement, Plan to Enhance Diversity, and Cancer Research Training and Education Coordination, and fosters a meaningful learning community for those interested in cancer research.   

Community scientists are advocates for the communities served by The Tisch Cancer Institute. They are key to increasing community education and awareness of cancer research, building trust in research, and informing our areas of research design and ethics. They additionally increase our researchers’ knowledge and awareness of community-identified needs, interests, and priorities.

The Tisch Cancer Institute created the Community Scientist Program to address the growing need for our researchers and community members to understand and engage with one another. By creating pathways for community members to get involved in the research process, and for researchers to recognize the value of incorporating community input in their projects, we ensure our research projects remain truly responsive to community needs. Our goal is achieving equity in cancer outcomes.

There is a wide range of what a community scientist can do, as their responsibilities depend on their research interests and desired level of engagement. At our monthly Community Scientist Workgroup, participants engage with researchers, receive support, mentorship, and the opportunity to work on a variety of projects. Interested community members are encouraged to attend a Community Scientist Workgroup meeting to learn more.

Different levels of training are available through the Community Scientist Program. Currently, training is provided through a range of programs, including the Citizen Scientist Curriculum developed by the University of Florida and the Community Scientist Institute at The City College of New York. We provide compensation for those who complete these training programs.

Community scientists often work together with an individual researcher or research group. Depending on the desired level of engagement, this role may be minimal (e.g., providing feedback on clinical trial recruitment materials), moderate (e.g., developing community-based research questions and hypotheses), or sustained (e.g., regularly participating in research team meetings to discuss a project’s progress). Community scientists also help modify research protocols and incorporate community input through the Protocol Review Monitoring Committee.

We are eager to connect with individuals interested in becoming community scientists. During our initial conversation, we will discuss your interests, experiences with research, and/or patient advocacy, and your desired level of engagement. To begin this process, send us an email.

Meet Our Community Scientists

Cynthia Chmielewski headshot

Cynthia Chmielewski

Cynthia Chmielewski, a retired educator and multiple myeloma survivor, uses her passion for education to teach a new group of "students"—multiple myeloma patients and their caregivers. Cynthia educates and advocates by tweeting on @MyelomaTeacher and sharing multiple myeloma resources, educational opportunities, and clinical trial information on her MyelomaTeacher Facebook page. She is the curriculum director of the HealthTree Foundation for Myeloma’s HealthTree University for Myeloma. She is also the patient advocate on several research grants.

Carousel Background Image 2

Cynthia Chmielewski

Cynthia Chmielewski, a retired educator and multiple myeloma survivor, uses her passion for education to teach a new group of "students"—multiple myeloma patients and their caregivers. Cynthia educates and advocates by tweeting on @MyelomaTeacher and sharing multiple myeloma resources, educational opportunities, and clinical trial information on her MyelomaTeacher Facebook page. She is the curriculum director of the HealthTree Foundation for Myeloma’s HealthTree University for Myeloma. She is also the patient advocate on several research grants.

Carousel Background Image 2

Tanisha Hill

Tanisha Hill is a Native New Yorker born and raised in the Upper West Side. She is a Human Resources and Business Professional with over 10 years of experience and is currently looking for her next role, preferably in tech. In her downtime, she loves dancing, working out, socializing with family and friends, meeting new people, exploring new foods, reading and researching. She decided to become a community scientist due to the disparities and medical discrimination Black people have historically encountered and her passion for social justice, diversity, equity, and inclusion. Tanisha has lost three relatives to cancer and feels that education and awareness about cancer should be accessible to all people, especially those in marginalized communities.

Cynthia Chmielewski headshot

Cynthia Chmielewski

Cynthia Chmielewski, a retired educator and multiple myeloma survivor, uses her passion for education to teach a new group of "students"—multiple myeloma patients and their caregivers. Cynthia educates and advocates by tweeting on @MyelomaTeacher and sharing multiple myeloma resources, educational opportunities, and clinical trial information on her MyelomaTeacher Facebook page. She is the curriculum director of the HealthTree Foundation for Myeloma’s HealthTree University for Myeloma. She is also the patient advocate on several research grants.

Tanisha Hill headshot

Tanisha Hill

Tanisha Hill is a Native New Yorker born and raised in the Upper West Side. She is a Human Resources and Business Professional with over 10 years of experience and is currently looking for her next role, preferably in tech. In her downtime, she loves dancing, working out, socializing with family and friends, meeting new people, exploring new foods, reading and researching. She decided to become a community scientist due to the disparities and medical discrimination Black people have historically encountered and her passion for social justice, diversity, equity, and inclusion. Tanisha has lost three relatives to cancer and feels that education and awareness about cancer should be accessible to all people, especially those in marginalized communities.

Dolores Moorehead headshot

Dolores Moorehead

Dolores Moorehead is the Community Engagement Director and Client Support Clinician for the Women’s Cancer Resource Center, a non-profit organization in Berkeley, California, dedicated to assisting women with cancer navigate the complex health care system and improve their quality of life through education and supportive services. For over 34 years, Dolores has passionately devoted her professional career to serving individuals with cancer in the San Francisco Bay Area.

Community Scientist Resources

  • Module One: Welcome and Orientation
    This module provides an introduction to the Community Scientist program, outlines the activities and roles community scientists can engage in, and gives an example of community scientists in action. 
  • Module Two: Research Ethics
    This module covers the importance of an Institutional Review Board (IRB), fundamental ethical principles in clinical research, informed consent, consent for participating in clinical research versus clinical care, and an example of community scientists in action. 
  • Module Three: Sponsored Research
    This module covers the research process and identifies how community scientists can get involved, federal funding for research, how to read a research article, and an example of community scientists in action.  
  • Module Four: Clinical and Translational Science
    This module covers what translational science is, the role community scientists play in this field, the different types of research studies that community scientists are likely to encounter, and an example of community scientists in action. 
  • Module Five: Stakeholder Engagement
    This module covers information about stakeholder groups, the value of stakeholder engagement and perspective from community members, and an example of community scientists in action. 
  • Module Six: Cultural Diversity in Research
    This module covers the concept of cultural competency and how community scientists can ensure their perspectives are represented and respected in research, how community scientists can navigate new learning environments, the importance of having a diverse population in a clinical trial, and an example of community scientists in action.  
  • Module Seven: Biomedical Informatics
    This module covers the concepts of bioinformatics and big data, the ways this field can be used to improve life and answer questions, and an example of community scientists in action.  
  • Module Eight: Quantitative Research
    This module covers what quantitative research is, quantitative research methods, quantitative data analysis, and the advantages and disadvantages of doing quantitative research. 
  • Module Nine: Qualitative Research
    This module covers what qualitative research is, qualitative research methods, qualitative data analysis, and the advantages and disadvantages of doing qualitative research. 

Cancer Research Curriculum 

These training modules are specifically tailored for engaging with cancer research. All Community Scientists interested in training will take this curriculum as well. 

  • Module One: Introduction to Cancer and Cancer Research
    This module covers basic information about cancer and clinical trials, a case study of a cancer patient, and a spotlight on community scientists. 
  • Module Two: Causes of Cancer
    This module covers causes of cancer, a case study of a cancer patient, what a cancer research team meeting is like, team science, and a spotlight on community scientists. 
  • Module Three: Treatment of Cancer
    This module covers surgical treatment of cancer, a case study of a cancer patient, palliative care, patient-centered treatment plans, and cancer clinical trial enrollment. 
  • Module Four: Prevention and Survivorship
    This module covers risk reduction of cancer, a case study of a cancer patient, survivorship, and a spotlight on community scientists. 
  • Module Five: Social Determinants of Health and Cancer
    This module covers social determinants of health, their importance, cancer health outcomes and disparities, social determinants of health in clinical practice, and a spotlight on community scientists. 

Additional Resources

 

The Centers for Disease Control and Prevention’s Principles of Community Engagement defines community-engaged research as “working collaboratively with groups of people who are affiliated by geography, interest, or similar circumstances to address issues affecting the well-being of that group.” 

According to the same report, there are several areas in which community engagement can have a positive impact on research, including:

  • Design, delivery, and agenda: community engagement can change the focus of projects, how they are initiated, and the availability of funding. Study design, materials, participation, and dissemination can be improved by community input, and new areas of collaboration can be identified. 
  • Implementation and change: research findings can be leveraged to advance health outcomes (e.g., create new or improved services, initiate policy and/or professional practice changes), while long-term partnerships can be expanded. 
  • Fostering trust in research: community engagement provides opportunities to improve the consent process, identify ethical issues, and create processes for resolving ethical issues when they arise. This can foster trust and lay the foundation for future research-community collaborations. 

Including community scientists in the research process allows for a mutually beneficial relationship to be forged, supported, and sustained for decades to come.

Our Community Scientists Workgroup meets each month, and researchers are welcome to present to the group on potential collaboration opportunities. When disseminating information about your research to the group, please keep in mind that it must be in lay terms. Any abbreviations or complex concepts must be clearly explained.

Additionally, it is always advisable to thank the community scientists at the end of the meeting, and most importantly, to follow up on the outcomes of any collaboration. This is one of the most frequent requests made by community scientists who interact with researchers: they want to know the results of their contributions and to receive feedback.

Discover the Latest

Follow Mount Sinai Tisch Cancer COE

Contact Us