Kenneth P. Tercyak, Mary Rose Yockel, Jacqueline Eyl, Chiranjeev Dash, Dorothy Jones-Davis, Marcelo M. Sleiman, Liza Manfred, Dia Stone, Karen Howenstein, Denise Flessate Harley, Mingqian Liu, Catherine J. Scharon, Annalise Phillips, Rebecca B. Riggins
{"title":"利用 STEM 中的创客学习提高儿童对癌症研究的兴趣:试点计划","authors":"Kenneth P. Tercyak, Mary Rose Yockel, Jacqueline Eyl, Chiranjeev Dash, Dorothy Jones-Davis, Marcelo M. Sleiman, Liza Manfred, Dia Stone, Karen Howenstein, Denise Flessate Harley, Mingqian Liu, Catherine J. Scharon, Annalise Phillips, Rebecca B. Riggins","doi":"10.1007/s13187-024-02445-6","DOIUrl":null,"url":null,"abstract":"<p>Children’s early awareness about cancer, through exposure to cancer biology and prevention strategies and research principles, is a promising focus of education and learning. It may also benefit the pipeline of people entering into science, technology, engineering, and math (STEM) careers. We describe an educational pilot program for elementary school students, using developmentally appropriate activities focused on cancer at a museum dedicated to children’s maker-centered learning and STEM. The program was implemented through a public school in Washington, DC serving students underrepresented in STEM. Program conceptualization, museum and school engagement, and maker learning pedagogy are described, as well as curricular outcomes. A total of <i>N</i> = 111 students (44% female, 75% Black/African American, 5% Latine) participated in a day-long field trip. Museum educators, assisted by cancer center researchers, led a multipart workshop on cancer and the environment and hands-on rotation of activities in microbiology, immunology, and ultraviolet radiation safety; students then completed self-report evaluations. Results indicate that nearly all (> 95%) students practiced activities typical of a STEM professional at the program, and > 70% correctly answered factual questions about topics studied. Importantly, 87–94% demonstrated clear STEM interest, a sense of belonging in the field, and practice implementing skills for success in STEM (e.g., perseverance, imagination, teamwork). This pilot demonstrated acceptability and feasibility in delivering a cancer-focused curriculum to underserved elementary students using maker learning while favorably impacting key objectives. Future scale-up of this program is warranted, with the potential to increase students’ motivation to engage in STEM and cancer research.</p>","PeriodicalId":50246,"journal":{"name":"Journal of Cancer Education","volume":null,"pages":null},"PeriodicalIF":1.4000,"publicationDate":"2024-04-24","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Leveraging Maker Learning in STEM to Promote Children’s Interest in Cancer Research: A Pilot Program\",\"authors\":\"Kenneth P. Tercyak, Mary Rose Yockel, Jacqueline Eyl, Chiranjeev Dash, Dorothy Jones-Davis, Marcelo M. Sleiman, Liza Manfred, Dia Stone, Karen Howenstein, Denise Flessate Harley, Mingqian Liu, Catherine J. Scharon, Annalise Phillips, Rebecca B. 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Museum educators, assisted by cancer center researchers, led a multipart workshop on cancer and the environment and hands-on rotation of activities in microbiology, immunology, and ultraviolet radiation safety; students then completed self-report evaluations. Results indicate that nearly all (> 95%) students practiced activities typical of a STEM professional at the program, and > 70% correctly answered factual questions about topics studied. Importantly, 87–94% demonstrated clear STEM interest, a sense of belonging in the field, and practice implementing skills for success in STEM (e.g., perseverance, imagination, teamwork). This pilot demonstrated acceptability and feasibility in delivering a cancer-focused curriculum to underserved elementary students using maker learning while favorably impacting key objectives. 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Leveraging Maker Learning in STEM to Promote Children’s Interest in Cancer Research: A Pilot Program
Children’s early awareness about cancer, through exposure to cancer biology and prevention strategies and research principles, is a promising focus of education and learning. It may also benefit the pipeline of people entering into science, technology, engineering, and math (STEM) careers. We describe an educational pilot program for elementary school students, using developmentally appropriate activities focused on cancer at a museum dedicated to children’s maker-centered learning and STEM. The program was implemented through a public school in Washington, DC serving students underrepresented in STEM. Program conceptualization, museum and school engagement, and maker learning pedagogy are described, as well as curricular outcomes. A total of N = 111 students (44% female, 75% Black/African American, 5% Latine) participated in a day-long field trip. Museum educators, assisted by cancer center researchers, led a multipart workshop on cancer and the environment and hands-on rotation of activities in microbiology, immunology, and ultraviolet radiation safety; students then completed self-report evaluations. Results indicate that nearly all (> 95%) students practiced activities typical of a STEM professional at the program, and > 70% correctly answered factual questions about topics studied. Importantly, 87–94% demonstrated clear STEM interest, a sense of belonging in the field, and practice implementing skills for success in STEM (e.g., perseverance, imagination, teamwork). This pilot demonstrated acceptability and feasibility in delivering a cancer-focused curriculum to underserved elementary students using maker learning while favorably impacting key objectives. Future scale-up of this program is warranted, with the potential to increase students’ motivation to engage in STEM and cancer research.
期刊介绍:
The Journal of Cancer Education, the official journal of the American Association for Cancer Education (AACE) and the European Association for Cancer Education (EACE), is an international, quarterly journal dedicated to the publication of original contributions dealing with the varied aspects of cancer education for physicians, dentists, nurses, students, social workers and other allied health professionals, patients, the general public, and anyone interested in effective education about cancer related issues.
Articles featured include reports of original results of educational research, as well as discussions of current problems and techniques in cancer education. Manuscripts are welcome on such subjects as educational methods, instruments, and program evaluation. Suitable topics include teaching of basic science aspects of cancer; the assessment of attitudes toward cancer patient management; the teaching of diagnostic skills relevant to cancer; the evaluation of undergraduate, postgraduate, or continuing education programs; and articles about all aspects of cancer education from prevention to palliative care.
We encourage contributions to a special column called Reflections; these articles should relate to the human aspects of dealing with cancer, cancer patients, and their families and finding meaning and support in these efforts.
Letters to the Editor (600 words or less) dealing with published articles or matters of current interest are also invited.
Also featured are commentary; book and media reviews; and announcements of educational programs, fellowships, and grants.
Articles should be limited to no more than ten double-spaced typed pages, and there should be no more than three tables or figures and 25 references. We also encourage brief reports of five typewritten pages or less, with no more than one figure or table and 15 references.