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Computational thinking and practices (CT|P) are key competencies for learners in science and engineering. For studies with young adolescents as participants, manifested research philosophies are sometimes inconsistent with societal pluralisms. Based on research literature from 2016 to early 2019 for CT|P in required science and engineering classes with youth ages 10-15 – a sensitive age range for cognitive and affective development – we wrote a literature review that argues for the use of more pluralistic and critical research philosophies, which will strengthen research design, implementation, and meta-inferences (Collins et al., 2012). We analyzed 20 qualifying studies per research philosophies common to mixed research, giving extra attention to studies that acknowledge cultural pluralisms, engage those pluralisms in conversation with each other, and ensure that historically marginalized populations have equiTable – not just equal – participation (Onwuegbuzie &amp; Frels, 2013). We found that studies consistently emphasized  pragmatism-of-the-middle  and  communities of practice;  sometimes operated within  critical realist, pragmatism-of-the-right , or  transformative-emancipatory  philosophies; and rarely engaged in  dialectical  ways. To avoid decontextualized or overly individualistic approaches that fail to address systemic and institutional social inequities (in education, housing, healthcare, policing, voting, etc.), future work should take more pluralistic and critical philosophical approaches. We highlight several exemplars in hope that research will support youth in maintaining and extending computational practices in culturally sustaining ways (Paris, 2012).

Maintaining pluralism when embedding computational thinking in required science and engineering classes with young adolescents