COVID-Related Impacts On STEM Students: Findings Summary .

2y ago
3 Views
1 Downloads
2.42 MB
20 Pages
Last View : 1m ago
Last Download : 3m ago
Upload by : Gannon Casey
Transcription

COVID-Related Impacts on STEM Students:Findings Summary and RecommendationsDr. Stephanie Murphy & Dr. Jill WilliamsWomen in Science and Engineering Program (WISE)Southwest Institute for Research on Women(SIROW)July 2020https://wise.arizona.edu/research

Background Students overall have experienced negative impacts to their academicexperience and progress due to the COVID pandemic (Daniels et al. 2020). STEM degree programs have unique characteristics and challenges. Prior to COVID, many STEM fields already had significant gender and racebased disparities in enrollment, persistence, and graduation.Research Questions:1. How is the COVID-19 pandemic impacting STEM student academicexperiences; professional and career development; and academicprogress and persistence?2. Are particular groups of students being impacted more than others?3. Are there indications that the COVID-pandemic could exacerbate alreadyexisting inequities?

Methods and Sample A confidential Qualtrics survey was administered between 5/4/20 –5/29/20. The survey addressed three areas: 1) STEM academic experience andprogress; 2) STEM persistence; and 3) STEM related career and professionaldevelopment. Data were not weighted. Means were compared and differences betweengroups were tested using a t-statistic (p 0.05).Undergraduate Sample403 respondents (3% of all UA STEM undergrads)67% Women57% White77% In-State64% College of ScienceMore on Sample: https://wise.arizona.edu/researchGraduate Sample95 respondents (3% of all UA STEM grads)53% Women64% White24% International53% College of Science69% RAs / 26% TAs* Based on Fall 2019 enrollment

Findings andRecommendations1.2.3.4.Academic ExperiencesProfessional and Career DevelopmentFunding and Progress to DegreeVulnerable Populations

Academic Experiences

Recommendation 1: Develop standardized policies forhow information is shared with students and howexpectations are communicated in online contexts.38% of undergraduaterespondents reported beingdissatisfied with the qualityof STEM classes sincemoving online.Difficulty keepingtrack of assignmentsand communicatingwith instructors werecommonly citedchallenges.“Some professors are doing great with helping and some aren’t. Some professors didnot move anything back or drop any assignments and I understand that being aprofessor is extremely difficult in a way I won’t understand but not changing thecourse at all during this time is almost cruel.”Full Report: https://wise.arizona.edu/research

Recommendation 2: Dedicate substantive time to reviewkey concepts from spring 2019 in fall 2020 course. Holdfree standing review sessions in early fall 2020.35% of undergraduate84% of undergraduaterespondents reported theyhave faced challengestransitioning to online STEMcoursework.respondents reportedbeing concerned theywould not learn enoughin online STEM classes toproceed with theiracademic program asplanned.“While I still was able to keep up, I am not confident in all of the content presented tome and it worries me to think I am underprepared for future courses because thetransition online jolted my learning methods.”Full Report: https://wise.arizona.edu/research

Recommendation 3: Develop programs to better prepareand support graduate student teaching assistants toadapt to online teaching and integrate this training intoexisting TA trainings.67% of graduaterespondents who wereTAs found the transition toonline instructionmoderately to extremelychallenging.“The overhead of learning ZOOM and trying to coordinate 10 students in my officehours is way more difficult online than in person, as in person I had an office and couldjust tally my time to each student or explain things to multiple students on thewhiteboard.”Full Report: https://wise.arizona.edu/research

Professional and CareerDevelopment

Recommendation 4: Evaluate the feasibility of scaling-upexisting research opportunities and internships for STEMstudents in academic year 2020-21.58% of undergraduaterespondents reported thatthe COVID pandemic had anegative impact on theirinvolvement in requiredresearch or projects.62% of undergraduaterespondents reportedthat a researchexperience orinternship had beencancelled or postponeddue to the COVIDpandemic.“Hands-on research internships in labs that I applied for over the summer have beencancelled and replaced with a virtual training. Although I am grateful, it won’t be thesame learning experience in conducting actual research. I may have a harder timefinding another position/job once I return to campus in the fall as well.”Full Report: https://wise.arizona.edu/research

Recommendation 5: Ensure that graduate students arebeing prepared for non-academic, as well as academic,career paths in order to support broad workforcereadiness.65% of graduaterespondents citednegative impacts suchas limited job prospectsduring economicrecession and a scarcityof academic availablepositions.“I was already thinking about leaving academia after graduating from my doctoralprogram and after seeing the impact this crisis has had in the university, in terms offunding, enrollment uncertainties, etc., I definitely want to leave academia and willpursue a STEM career in industry.”Full Report: https://wise.arizona.edu/research

Funding andProgress to Degree

Recommendation 6: Develop greater supportinfrastructure to assist graduate students whoseresearch agenda has been slowed, interrupted, orcancelled.76% of graduaterespondents reportedthat a job, researchexperience, orinternship had beencancelled or postponeddue to the COVIDpandemic.65% of graduaterespondents thoughtthat the COVIDpandemic had anegative impact on theirinvolvement in researchor projects required fortheir academic program.“It will take longer for me to graduate with my PhD. I am anticipating maybea semester to a year? It really just depends on when I can do field work.”Full Report: https://wise.arizona.edu/research

Recommendation 7: Adopt clear, consistent guidelineson funding and progress to degree timelinemodifications.61% of graduaterespondents reportexpecting negativeimpacts on their STEMacademic paths26% of graduaterespondentsreported consideringdelaying graduationas a result of theCOVID pandemic.“The number of days I am allowed to perform research on-site in my lab, has been limited from 5days per week to 1 day per week. This has greatly inhibited my ability to make progress on myresearch projects which are necessary for my graduation. Due to these delays, it seems like I willhave to extend my enrollment at the university which is a financial strain. The stress of thissituation has made me less productive overall.”Full Report: https://wise.arizona.edu/research

Vulnerable Populations:Under-represented Studentsand Caregivers

Recommendation 8: Bolster STEM diversity and inclusionprograms so as to mitigate the existing structural barriersthat may be exacerbated by the COVID pandemic.UndergradGroupAVG # ofChallenges ReportedURM Men3.78URM WomenUndergradSES GroupAVG # ofChallenges ReportedLow Income3.96Middle-class3.53Upper-class3.203.67White Women3.49White Men3.10

Caregiving and Increased VulnerabilityUndergraduate GroupWomenNative American% of TotalRespondents(n 403)% ofCaregivers(n 114)(270) 67%(85) 75%(12) 2%Graduate Group% of TotalRespondents(n 95)% ofCaregivers(n 12)Men(41) 43%(8) 67%Latinx/Hispanic(9) 10%(2) 17%Low Income(33) 35%(8) 67%CALS(10) 11%(4) 33%(10) 7%Latinx/Hispanic(86) 17%(34) 25%Low Income(128) 32%(45) 39%CALS(76) 19%(32) 28%

Recommendation 9: Encourage and enable flexibility incurricular and course expectations in order to facilitatepersistence and success among students who have had totake on additional caregiving responsibilities due toCOVID.28% of undergraduaterespondents and 13% of graduaterespondents have taken onadditional COVID-related caregivingresponsibilities.Caregiving studentscited more challengeson average than noncaregiving students.“I’ve had to babysit more on top of trying to focus on my zoom online classes and dohomework. I’ve had to do all of my parents grocery shopping and anything that isoutside because they still work and have to quarantine themselves.”“If schools and daycare stays closed, I will not be able to complete my degreerequirements.”Full Report: https://wise.arizona.edu/research

Where do we go from here?Breakout Groups

Thank YouPlease feel free to reach rizona.edu

Findings Summary and Recommendations Dr. Stephanie Murphy & Dr. Jill Williams Women in Science and Engineering Program (WISE) Southwest Institute for Research on Women (SIROW) July 2020 https://wise

Related Documents:

This review offers stem cell scientists, clinicians and patient's useful information and could be used as a starting point for more in -depth analysis of ethical and safety issues related to clinical application of stem cells. Key words: embryonic stem cells, induced pluripotent stem cells, mesenchymal stem cells, stem cell-based therapy.

United Orthopedic U2 Revision Stem. 7 8. Stem Insertion. Instruments. E. After trial reduction, remove the head trial and stem trial . and introduce the stem by using the . Quick Connect . Holder. Use the holder to firmly attach the stem via the insertion hole on the stem shoulder. Gently tap the holder to achieve initial stem implantation

COVID-19 Mental health impact COVID-19 Impact on Sleep COVID-19 Positive Impacts University of California, San Dr. Ariel J. Lang ajlang@health.ucsd.edu ID: 21877 COVID-19 Household Environment Scale (CHES) - English COVID-19 Household Environment Scale (CHES) - Spanish COVID-19 Social Distancing and Symptoms COVID-19 on Family .

350 Chapter 8 Data Analysis and Samples 8.1 Lesson Key Vocabulary stem-and-leaf plot, p. 350 stem, p. 350 leaf, p. 350 Stem-and-Leaf Plots A stem-and-leaf plot uses the digits of data values to organize a data set. Each data value is broken into a stem (d

Interpret Stem and Leaf Plots Sample Problem 3: Use the stem and leaf plot to find the data and answer the questions. Making a Back-to-Back Stem and Leaf Plot The back-to-back stem and leaf plots are used to compare two distributions side-by-side. This type of back-to-back stem and leaf plot contains three columns, each separated by a vertical .

use ASC pellet for clinical application. Key Words: Adult stem cell, Mesenchymal stem cell, Regenera-tive medicine, Cell- and tissue-based therapy. Introduction Adipose-derived stem cells (ASCs) are mul-tipotent mesenchymal stem cells (MSCs) whose differentiation potential is similar to that of other MSCs1. They exhibit definitive stem cell char-

Stem cell transplantation is a procedure in which a patient receives healthy stem cells to replace damaged stem cells. There are two types of SCT: {{Autologous transplantation uses the patient's own stem cells. These cells are collected from the patient and stored for transplantation. {{Allogeneic transplantation uses stem cells from a donor .

Main body: Stem cells that can be used for tissue regeneration include mesenchymal stem cells, embryonic stem cells, and induced pluripotent stem cells. Transplantation of stem cells alone into injured tissues exhibited low therapeutic efficacy due to poor viability and diminished regenerative activity of transplanted cells.