59 Matching Annotations
  1. Mar 2026
    1. If we really centered marginalized communities, if were accountable to thesecommunities, if we asked ourselves “Who is doing data science, How we aredoing data science, and Why we are doing data science,” and if we are cen-tered on human rights and the human experience, then, would we even needto invoke ethics as a framework for building our future?

      absolutely!

    2. Data scienceshould not be content to merely avoid sexism, ableism and racism. Seekingjustice for data science means actively and materially working against thepower structures that support these ”isms.

      Yes!

    3. o we have a responsibility to send lead-ers into the future that can imagine the consequences of their technologicaladvancements and design against it if necessary

      is this working?

    4. I’m thinking about the need for mathematicians inmathematics departments getting involved in developing data science pro-grams to step back and learn from the data science educators who have beendoing the work and thinking about establishing respectful relationships withcommunities.

      !!!!

    5. One pathway is by empowering those in our communities to become datascientists, because of the deep understanding brought and because of thecommitment to accountability.

      I dont know if I understand how this duoethnography relates to data science.

    6. defining equity as a gapless end state, we sought to contemplatehow we are constructing equity in more materialized senses

      ive never thought of this before

    7. another intersectiontakes into consideration our different ways of knowing, many of which arerooted in critical and indigenous methodologies, such as storytelling

      I would love to hear more about this bc i am unable to visualize it

    8. thismoment presents space for the field to collaboratively explore, critique, andexpand the collective understanding of the cultural, historical, and sociopolit-ical dimensions of equity in the development of data science and data literacypedagogies, and in computational analyses more broadly

      IS this possible? Data mining seems contrary to ethics unless i just dont know enough

    1. if it is held that the statewide assessment fails to provide important, accurate, or relevant information about the examinee, and/or if the clas-sification mechanism for racial and ethnic groups is unac-ceptably crude or inconsistent, then performance differences between groups provide no useful information, irrespective of statistical significance.

      Well said!

    2. For example, if a researcher wants to compare students’ performance on a statewide assessment along racial and ethnic lines, they are making implicit ontological assumptions about the meaningfulness of the statewide assessment and the classification mechanism for racial and ethnic groups.

      !!!!!

    3. from a CQL perspec-tive, is to develop an awareness of what the number does, what it represents, what it does not tell you, and why these pieces of information are important and, accordingly, to identify useful information to supplement the mean

      Arent schools too big or for that matter other education bureaucracies to do this in genuine ways?

    4. QuantCrit is explicitly an extension of CRT, wherefrom it draws its guiding tenets. CritQuant is devel-oped out of conflict theory and is open to critical theories other than CRT (Boveda et al., 2023).

      clear distinction

    5. QuantCrit scholars are explicit about QuantCrit scholar-ship being traceable to Du Bois (1899) and that the frame-work’s tenets are an extension of the well-established CRT tenets into quantitative research

      did not know this

    6. self-reflexive researcher who is critically reflective on the existence and perpetuation of social inequality and who uses quantitative inquiry to illuminate and challenge these inequalities with the aim of social transformation.

      sholdnt this be all researchers?

    7. These contexts provide an eye-opening backdrop for the contem-porary push to bring criticality into quantitative methods research and education

      But isnt this the same as multicultural education versus ethnic studies? In multicultural education you're still using the same hegemonic system for curriculum and just "plugging in" BIPOC folks, versus in Ethnic Studies trying to dismantle systems. Theyre still keeping the same harmful system even though they are critical of it

    8. critical quantitative literacy, or CQL, as the critically informed understanding of the scope of quantitative method-ology, including, but not limited to, statistical research

      so being literate in quant crit specific to the scope of quant methods?

    9. learners of quantitative methodology must be made aware of its historical and modern misuses

      This should also go for how math and science are taught in k-12

    1. impacts of gender or race gaps but the impacts of sexism and racism.

      so interesting. Does that mean the data we use to look at race and gender has to be redone? Or is this saying we relabel it racism and sexism data which shifts the lens of how we look at it?

    2. The lack of data from minoritized students has led many research projects to find that racism’s impacts are not statistically significant and conclude that equity was achieved.

      gross

    3. Gaps in student performance result from systems-wide policies and approaches that implicitly and explicitly disadvantage broad groups of students, particularly those that do not identify as white men

      i see a lot of research lately where girls outperform boys in school concerning numerous indicators like grades, test scores, discipline...what i think the research doesnt capture is why that is not translating into power?

    1. researchers attempting to collect information from a diverse set of participants are often blocked by a lack of financial resources and time (Hancock, 2007).

      which just perpetuates what you're trying to be critical of

    2. researchers should account for the current limitations that exist in how we assess students’ prior academic preparation.

      meaning what? That the other measures listed above are also hegemonic?

    3. However, each institution, department, and classroom has its own set of historical origins and structural factors that have shaped the present-day experiences for each identity group.

      This requires ditching binary thinking which seems necessary if one is engaging in quant crit

    4. Gutiérrez (2013) argues that focusing on individual groups is not enough, rather that equitable practices within STEM contexts must con-tend with the ways that identity and power manifest in our courses and institutions.

      !!!!!!!!!

    5. researchers studying achievement gaps in higher education without adequate explanation of structural barriers (Ladson-Billings, 2006; Gutiérrez, 2008)

      Amen!

    6. These questions can assist researchers in adjusting their methodological approaches

      In quant? Is this what makes quantcrit different than typical quant? The research process is more flexible?

    7. integrate the voices of racially marginalized and minoritized individuals through qualitative and mixed-methods approaches to account for limitations in quantitative interpretations;

      I like this!

    8. We argue that engaging in critical research is an effort to re-center the students, to create safer and healthier environ-ments for them to pursue their passions

      I wonder if it begins with the acknowledgement of the harm STEM has done in marginalized communities

    9. Critical theories explore how his-torical events and society have shaped present-day experiences and understandings of how the world functions

      this should be the norm not the exception

    10. This rationale works when observing scientific and mathematical phenomena like gravity or volcanic eruptions but breaks down when study-ing human experiences.

      I dont know if I agree that objectivity exists for even those types of phenonomenon.

    11. we aim to engender reflection and conversation with researchers and practitioners who do STEM equity research so that we all can use quantitative data more responsibly and accurately

      I appreciate conversation and think we never do enough of it. But we also stay in this loop and never take action. You dont even need data to know that inequities exist so we need to just start doing!

    1. Quantitative researchers frequently use students’ test results at an earlier stage of their education as a way to group people of similar ‘ability’ (a maneuver that they claim compares ‘like-with-like’)but this erases racism and blames the students

      this is alive and well in schools. This is a main attribute!

    2. By applying a statistical model (whichassumesthat poverty, income, maternal education and other ‘family’ characteristics are entirely unrelated to race/racism) the statistician has turned under-representation (minority disadvantage) into over-representation (White disadvantage)

      Is this a different type of model?

    3. numbers are neither objective nor color-blind.

      Is there a camp of anti-crit quant folks that argue otherwise? I think of political pollsters like Nate Silver. They seem to lack a critical lens when disseminating polling data

    4. Categories are not natural: for raceread racism-QuantCrit interrogates the nature and consequences of the categories that are used within quantitative research.

      Love this

    5. Numbers are not neutra

      Yes!!!! This myth is perpetuated regularly in education through the use of data and how its analyzed. We're often told what the data says instead of being critical of it

    6. how the everyday use of numbers (especially in news media) can give a false impression of reality.

      Its almost like the damage is done and you can never take back what's already out there even though its not the truth. Thats how hegemony works

  2. Feb 2026
    1. sample from 35 states indicate that disparities in advanced mathematics achievement grow between students who are White or Asian and those who are Black or Hispanic across the upper elementary grades

      these studies should also look at teaching pedagogies

    2. Advanced STEM achievement (e.g., performing above the 90th percentile) by elementary school predicts scientific innovation in adulthood as indicated by being listed as an inventor on a technology patent application

      theres also class components to this bc it is not cheap to complete a patent application

    3. White or Asian students are more likely to complete STEM college degrees

      Any data around Asians needs be disageregated. I would also like to know how many are international students who identify as Asian

    4. may need to begin by elementary schoo

      Dont all interventions need to begin in elementary school? Will the data show the methodology in teaching science as well? Teching methods in 6-12 can be outdated

  3. Jan 2026
    1. , working at a federal agency in which sexism and racism openly prevailed.d-undefined, .lh-undefined { background-color: rgba(0, 0, 0, 0.2) !important; }.d-519c888e-dece-463b-8a7b-a76c8439062b, .lh-519c888e-dece-463b-8a7b-a76c8439062b { background-color: var(--pubpub-active-discussion-highlight-color, rgba(45, 46, 47, 0.5)) }dot2?Login to discussCancel, who demonstrated that the ideological mission of the United States—as a land based on the ideals of liberty, equality, and opportunity for all—was far from accomplished.d-undefined, .lh-undefined { background-color: rgba(0, 0, 0, 0.2) !important; }1Rachel Shearer

      Unfortunately this still prevails