CV (the long, More Detailed one)

Clarissa Sorensen-Unruh

<for the more creative CV, look here>

Table of Contents for this CV

Section you want to jump to
Professional Positions
Teaching Activities
Grants and Contracts
Professional Service
Ongoing Professional Development
Professional Affiliations
Table of Contents for the more detailed, traditional CV


  • PhD. Organization, Information, and Learning Sciences (currently ABD; Anticipated Graduation: December 2022), University of New Mexico (UNM), Albuquerque, NM.
  • M.S. Statistics (May 2020), University of New Mexico (UNM), Albuquerque, NM. Thesis title: “A Statistical Analysis of the UNM FACETS Design Identity & Beliefs Survey Data”
  • M.S. Chemistry (Major: Organic, May 2000), University of New Mexico (UNM), Albuquerque, NM.
  • B.S. Biochemistry (Minor: History, May 1998), Trinity University, San Antonio, TX.

Professional Positions

FT Chemistry InstructorCNM Community College8/02-present
Assessment Academy CoachCNM Community College8/21-present
Adjunct Lecturer IIUNM Chemistry and Chemical Biology1/12-5/14 (active) Presently Inactive
Independent ContractorPearson, McGraw-Hill, etc.8/03-8/14
Chair, Department of ChemistryCNM Community College8/07-12/09
Senior Academic Advisor           UNM, School of Engineering11/01-4/02
HR Project ManagerIntel Corp.1/01-11/01
Curriculum Writer, Web Architect UNM, NASA Pursue Project     5/99-3/00
Table 1. Professional Positions from 5/99 to present.

Teaching Activities

Central New Mexico Community College (2002-present)University of New Mexico (2012-2014)
Taught approximately 300 students every Fall/Spring semester (the equivalent of six lecture courses each term) as well as approximately 150-200 students every Summer semester (the equivalent of three lecture or lab courses) in both face-to-face and online environments. Courses taught include Introductory Chemistry (lecture and lab), General Chemistry I and General Chemistry II (lectures and labs), Organic Chemistry I and Organic Chemistry II (lectures), Organic and Biochemistry (lecture), and Introductory Statistics.Taught approximately 300-375 students in one face-to-face General Chemistry I lecture per fall and spring semester using an active learning environment. Clickers, online homework, classroom exercises with extensive group work were employed with the aide of peer learning facilitators (PLFs), Supplemental instructors (SIs), and graduate and undergraduate teaching assistants (TAs).
Met weekly with Supplemental Instructor (SI) to communicate issues and align expectations. (2012-2015)Met weekly with and mentored/advised extensively my learning team, including PLFs, SIs, and TAs (Teaching Assistants).
Developed online resources, including master course shells, student discussion environments, assessments (including opportunities for reflective learning), surveys, assignments (take home quizzes, projects, papers, and exams), comprehensive learning modules, etc. within D2L BrightSpace, Canvas, Bb Learn (including Collaborate), BlackBoard (CE 8.0), Wimba, and online homework (such as MasteringChemistry, SmartWork, Wiley Plus, Chem101, and Sapling Learning) classroom environments.Developed online resources, including master course shells, student discussion environments, assessments (such as timed chapter quizzes), assignments (take home quizzes and exams), comprehensive learning modules, etc. within BlackBoard (CE 8.0), Bb Learn (including Collaborate), and online homework (such as MasteringChemistry) classroom environments.  
Developed curricula including in-class learning worksheets, discussion prompts, reflective learning surveys, games, group work, case studies, etc. I also done some work on Academic Self Efficacy.Developed curricula including in-class exercises, homework, exams, etc.
Used innovative student evaluation techniques, including ungrading. Focused on providing authentic learning experiences and assessments through an asset frame.
F2F, hybrid, blended, and distance learning classes have been taught extensively.
Helped to redesign the General Chemistry Labs (2005-2006) and the Organic Chemistry Labs (2018-2019).
Table 2. CNM Teaching Activities vs. UNM Teaching Activities


  • Panel Fellow, NSF CMMI Game Changer Academies. (Spring 2022)
  • Digital Pedagogy Lab Fellow, DPL. (2019)
  • Board Associate, Board of Publication, Division of Chemical Education, ACS. (2018-2019)
  • ACS (American Chemical Society) National Travel Award, 251st ACS National Meeting & Exposition in Spring 2016, San Diego, CA. (2015)
  • WIN (Women In Non-Traditional Careers) Employee Advocate Award, CNM Community College, Albuquerque, NM. (2015)
  • MSE Jon Gill Bentley Faculty Excellence Award, CNM Community College, Albuquerque, NM. (2015)
  • Graduate Fellowship, Pursue Project (NASA), University of New Mexico, Albuquerque, NM. (1999–2000)
  • Presidential Scholar, Trinity University, San Antonio, TX. (1994-1998)

Grants and Contracts

External Grants and Contracts

  • Board Member, Communication Advisory Board, UNM ADVANCE NSF Award. (2016-2022)
  • Collaborator, National Science Foundation (NSF) Faculty Early Career Development (CAREER) proposal: Modeling and Analyzing High-Dimensional Molecular Assembly: Quantifying the Impact of Allergen Structure (Lydia Tapia) (2015-2020)
  • Education Mentor and CNM PI, NIH IRACDA/ASERT grant (Institutional Research and Academic Career Development Awards/Academic Science Education and Research Training Program) [NIH 5K12GM088021-04 Subaward 3R84N: $10,000 (2013)/$16,000 (2014, 2015)] (2013-2015)
  • Education Specialist, “Gateway Science and Math Course Reform” UNM STEM Gateway program [U.S. Department of Education Title V grant, 2011-2016] (2012-2014)

Internal Grants (grants funded through the CNM Foundation and through Perkins Funding)

Teaching Technology

  • iPads to use in Active Learning Classrooms (50 requested, 100 funded (2013); $500 each)

Lab Instrumentation

  • Fourier-Transform Infrared Spectrometers (2 (2006) and 1 (2013); $35,000 each)
  • Gas-Chromatograph Mass Spectrometer (1; $50,000 (2006) and 1; $60,000 (2016)) 
  • Miniature Nuclear Magnetic Resonance Spectrometer (2 total; $80,000 each)


  • ChemDraw Site License (repeated every year, 2007-present, $4000 each year)

Graduate School Contracts

  • Master TA, University of New Mexico (funded by NASA Pursue Project), 8/99-12/99
  • Graduate TA, University of New Mexico, 8/98-12/99
  • Graduate RA, University of New Mexico, 2/99-5/99


I live at the intersection of chemistry, statistics, and learning sciences. My STEM education research blends practitioner and researcher roles and focuses on ethics in assessment, critical quantitative methodologies, and assessment and evaluation, specifically ungrading. My quantitative skills include data cleaning, multiple and multivariate statistical analysis, and data communication and visualization. I can program in R, Matlab, and a little bit in Python. I also use MS Excel, Numbers, and Google Sheets extensively in data cleaning and data visualization. My qualitative skills include designing and conducting interviews and focus groups. I have coded interview transcripts, narratives, and artifacts using in vivo, thematic, VAB (values, attitudes, beliefs), holistic, narrative, hypothesis and grounded theory coding techniques. I have used case study (including multiple case study) analysis, narrative analysis, grounded theory, evaluative research and design-based research.


Peer-Reviewed Journal Articles and Book Chapters

  • Sorensen-Unruh, C. (2020). A STEM Ungrading Case Study: A Reflection on First-time Implementation in Organic Chemistry II. In S. Blum (Ed.) Ungrading: Why Rating Students Undermines Learning (and what to do instead) (pp. 139-155). Morgantown, WV: West Virginia University Press.
  • Schwartz, D.B., Shimabukuro, K., Meyers, K., Gautschi, H., Bernardi, F., Spelic, S., Sorensen-Unruh, C., Robinson, W. & Carlson, B. (2020). Educators Reflect on the COVID-19 Crisis. The National Teaching & Learning Forum, 29(4), 3-7.
  • Sorensen-Unruh, C. (2020). A Statistical Analysis of the UNM FACETS Design Identity & Beliefs Survey Data (149) [Master’s thesis, University of New Mexico]. UNM Digital Repository.
  • Sorensen-Unruh, C. (2018). A Reflective Teaching Evolution: Using Social Media for Teaching Reflection and Student Engagement. In C. Sorensen-Unruh & T. Gupta (Eds.), ACS Symposium Series (Vol. 1274, pp. 35–59). Washington, DC: American Chemical Society.
  • Sorensen-Unruh, C. (2017). ConfChem Conference on Select 2016 BCCE Presentations: Radical Awakenings—A New Teaching Paradigm Using Social Media. Journal of Chemical Education, 94(12), 2002-2004.

Peer-Reviewed Books

Digital Open Cited Scholarship


Invited Talks/Workshops

Article/Podcast Interviews

Papers/Presentations at Professional Meetings (including Local Meetings)

  • Antiracist Teaching: Why Using AI Proctoring Platforms is Inequitable (with Chris Gilliard) [Online Workshop]. August, 2021. CNM Faculty Focus Day 2021.
  • Social Media: What’s the point? Virtual Talk + Live Q and A: IUPAC | CCCE 2021 Meeting, August 2021.
  • Panel: Social Annotation in STEM. I Annotate 2021, June 2021.
  • Ungrading: Using Creative, Socially Just Student Evaluation. 2yc3 Spring 2021 Meeting, April 2021.
  • Social media and ethics in the classroom: Reflection and analysis. Poster presentation: 258th ACS National Meeting & Exposition, August 2019.
  • Critical Pedagogy and STEM. Workshop: Digital Pedagogy Lab 2019, August 2019.
  • Using WordPress blogs to increase student agency and reflection in organic chemistry. PressED Conference: Online via Twitter. March 29, 2018.
  • Social Media 101. Invited ADVANCE Presentation: University of New Mexico. October 2017.
  • Radical awakenings: A new teaching paradigm using social media. Oral Presentation: 254th ACS National Meeting & Exposition, August 2017.
  • Ready, set, action! Using Go-Pro videos to connect instrumentation with students and faculty. Oral Presentation: 254th ACS National Meeting & Exposition, August 2017.
  • Radical awakenings: A new teaching paradigm using social media. Written Presentation: ACS ConfChem, Fall 2016.
  • Communicating chemistry through social media: A whirlwind tour of some options (with Dr. Liesl Jones). Oral Presentation: 251st ACS National Meeting & Exposition, Spring 2016.
  • Art of teaching biochemistry: Mentoring ASERT post-doctoral fellows (with Dr. Jayne Christen). Oral Presentation: ACS Biennial Conference on Chemical Education, 2014.
  • Reflective Teaching, Active Learning. Oral Presentation: NIH IRACDA Conference, 2014.
  • Active Learning: Methodologies and Practice. Oral Presentation: Pearson Innovating and Redesigning for Student Success Workshop, 2013.
  • An analysis of Traditional, Hybrid and Blended Class Performance. Oral Presentation: New Mexico Higher Education Assessment and Retention (NMHEAR) Conference, 2013.
  • Transforming Teaching: Moving Toward an Active Classroom (Parts 1 and 2). Oral Presentation: CNM Conference on Teaching and Learning, Albuquerque Convention Center, 2012.
  • Teaching Chemistry in Multiple Dimensions: An Analysis of Traditional, Hybrid, and Blended Learning Environments. Oral Presentation: ACS Biennial Conference on Chemical Education, 2012.

Selected Publishing Projects

  • Lead TYC Contributor, ChemEdX (2019 – present)
  • Faculty Advisor (Editor and Trainer), Pearson Higher Ed (2015-2017)
  • Co-author, CNM lab manuals for General Chemistry I and II labs [published through Hayden-McNeil] (2006-present)
  • Invited Participant, Cengage Focus Group for General, Organic, and Biochemistry Text [Armstrong, 1st ed] (2009)
  • Author, Instructor Resource CD PowerPoint Lectures for Introductory Chemistry [Bauer, Birk and Marks, 1st ed] (2003)

Professional Service

ACS Committees

  • Member, James Flack Norris Award Committee (January 2022 – present).
  • Member, ACS SOCED Supporting Excellence in Education: Higher Education Subgroup (August 2021 – present).
  • Councilor [Elected], ACS Division of Chemical Education (January 2021 – present).
  • Social Media Subgroup Chair and Member, Biennial Conference Committee, ACS Division of Chemical Education (January 2017 – present)
  • Member, Public Relations Committee, ACS Division of Chemical Education (March 2019 – present)
  • Board Associate, Board of Publication, ACS Division of Chemical Education (April 2018 – August 2019)
  • Chair, Strategic Task Force for Public Relations, ACS Division of Chemical Education (April 2017 – March 2019)

Manuscript Review
Journal of Chemical Education, Active 2009-present
Chemistry Education Research and Practice, Active 2018-present

National Meeting Service

  • Disrupt Grading. Symposium organizer: ACS Biennial Conference on Chemical Education, Summer 2022.
  • Statistics in Chemical Education Research. Workshop: ACS Biennial Conference on Chemical Education, Summer 2020 [BCCE 2020 cancelled due to COVID-19].
  • Communicating Chemistry via Social Media. Joint symposium (virtual and in person) of RSC and ACS. Symposium organizer: ACS Biennial Conference on Chemical Education, Summers 2018 and 2020 [BCCE 2020 cancelled due to COVID-19].
  • Chemistry in the Age of Cheap Computing. Symposium organizer: 254th ACS National Meeting & Exposition, Fall 2017.
  • Social networking in chemical education research (SNiCER): Using social media to communicate, teach and research in chemical education. Symposium organizer: ACS Biennial Conference on Chemical Education, Summer 2016.
  • Communicating Chemistry Through Social Media. Symposium organizer: 251st ACS National Meeting & Exposition, Spring 2016.

Publications Service

  • Reviewer and accuracy checker, Learning Catalytics question sets, Pearson Higher Ed (2014-present)
  • Accuracy checker, Introductory Chemistry [Corwin, 5th and 6th editions] and Introductory Chemistry’s Student Solutions Manual [Corwin, 6th edition] (5th: 2006 and 6th: 2009-2010)
  • Reviewer, 35+ chapters within Introductory, General Chemistry, and Organic Chemistry texts (2003-present)

College Service

  • (CNM) Faculty Advisor, CNM Chemistry Society (2014-2016).
  • (CNM) Mediasite and YouTube video lectures used by all CNM chemistry faculty teaching online courses (2009-2017, although most continue to use through present)
  • (CNM and UNM) Advised students, part time faculty, and tutors on techniques for learning chemistry concepts, teaching chemistry concepts, and studying/reviewing science. Advised students on course management, possible career tracks and overall progress as well.
  • (CNM and UNM (for PT only)) Served as a full-time (FT) and part-time (PT) faculty mentor as well as an educational mentor for two NIH IRACDA/ASERT post-doctoral fellows, observing classes taught and offering formal and informal input into teaching techniques. Currently serving as an online instructor mentor for FT and PT instructors, which includes teaching those instructors Bb Learn (as well as other online programs) and helping them with course content.
  • (UNM) Co-author and participant, Course Reform of Gateway STEM classes for General Chemistry I and II (2012-2014).
  • (UNM) Liaison between CNM and UNM Chemistry departments (2012-present).
  • (UNM) Co-investigator on an IRB proposal for the CHEM 120 (parachute) class (2012-2014)

Committees (CNM)

Standing Committee Member

  • Data Ethics Team (2021-present)
  • Assessment Academy, including Faculty Work Group, Academy Core Team, and the Pilot Support Team (2021-present)
  • IRB (2014-present)
  • Digital Pedagogy Team (2018-2020)
  • Mobile Instructional Technology Team (2014-2015)
  • Mobile Applications (2014-2015)
  • L Building Renovation committee (2013-2015)
  • Distance Learning Advisory Committee (2011-2015)
  • Distance Learning Bb Faculty Support Group (2011-2013)
  • Academic Quality Improvement Program (AQIP) Portfolio Committee and subcommittee (2012-2014)
  • MSE Chairs Council (2007-2009)
  • MSE Curriculum Committee (2007-2008)
  • Arts and Sciences Curriculum Committee (2004-2007)

Search Committee Chair

  • FT hiring committees (2007 (3 hires), 2012 (1 hire), 2014 (1 hire))

Search Committee Member

  • Dean (Math, Sciences, and Engineering] (2020)
  • MSE Lab Supervisor (2007)
  • Associate Dean [Health, Wellness, and Public Safety] (2011)

Successful/Approved IRB (Institutional Research Board) Proposals at CNM

  • Distance Learning vs. Traditional Lecture (An Analysis of Introductory, General, and Organic Chemistry in Traditional, Hybrid and Blended Formats) [2012-2016]
  • Using NSF CAT Apps and experience sampling to measure undergraduate STEM student engagement and critical thinking skills [2015-2017]


Ongoing Professional Development

  • CNM Faculty Learning Group: Teaching as Reparative Practice (2021-present)
  • Quality Matters Trainings and Peer Reviewer Certification (2011-2020), including Applying the QM Rubric (2018) and Peer Reviewer (2020) [here’s why I won’t complete the Master Reviewer Certification]
  • NSF CAT Workshops (Spring 2014 and 2015)
  • Invited Participant, NSF CAT (Critical Thinking Assessment Test) Scoring Workshop [NSF TUES 0404911, 0717654 and 1022789] (2014)
  • Online Facilitator and Invited Participant, NSF DBER (Discipline-Based Education Research) Workshop [NSF DUE 1316636] (2013)
  • Invited Participant, UNM MEMS (Micro Electrical Mechanical Systems) Workshop (2011)
  • Invited Participant, NSF CCLI (Course, Curriculum, and Laboratory Improvement) Proposal Preparation Workshop [NSF DUE 0924269] (2009)
  • Online Instructor Certification (2007)

Professional Associations/Memberships