Life Cycle Thinking for the Professional Environment
Teaching Portfolio
Teaching Philosophy
Life cycle thinking and sustainability are only successful if we engage our global community to participate, which requires that we do not bind the principles and competencies of sustainability to a specialized field. Therefore, my approach to teaching and learning is interdisciplinary. I focus on incorporating the 5 key Competencies of Sustainability (Wiek et al., 2011) and the 8 core Principles of Sustainability (Gibson et al., 2006) into all of my learning environments to help students create strong and resilient outcomes.
The learning environments my students and I create are the most successful when we operate on the belief that to move life cycle and sustainability thinking forward we need to approach life cycle and sustainability thinking from every discipline, background, and life experience. In all learning environments, whether my role is that of an educator or a student, my focus is on learning from the experience and wisdom of those around me, engaging their perspectives, and sparking new ideas. Each lecture, supervised project, and guided reading is an opportunity to ignite students’ ideas by providing them with questions, theories, methods, and tools which enable them to apply life cycle thinking and sustainability to their passions.
The flipped classroom, discussion, community-driven, and project-based learning methods I employ allow students to customize their learning experience. Each assignment encourages students to tailor their projects, creating templates for future research and innovation within their field of specialization. Not only does this approach allow students the opportunity to apply the competencies and principles of life cycle and sustainable thinking to their own passion projects, but it also provides a robust community where students can engage with diverse perspectives and ask questions that benefit from different types of knowledge.
Teaching Experience
Fall 2024
Resource Engineering - 12139 (13 week Course)
Co Teacher 5 ETCS; Bachelors Level; Course Responsible: Dr. Anders Damgaard Ph.D.; DTU Sustain: Institute for Environmental and Resource Engineering, Technical University of Denmark (DTU).
September 2022-October 2022
Sustainability Evaluation and Communication - 12951 (1 Week Course)
Teaching Assistant; 2.5 ETCS; PhD Level; Course Responsible: Dr. Alexis Laurent Ph.D.; DTU Sustain: Institute for Environmental and Resource Technology, Technical University of Denmark (DTU).
June 2021-June 2024
Life Cycle Assessment Modelling of Solid Waste Systems- 12902 (1 Week Course)
Teaching Assistant and Guest Lecturer; 5 ETCS; PhD/Professional Level; Course Responsible: Dr. Anders Damgaard Ph.D.; Department of Environmental Engineering, Technical University of Denmark (DTU).
January 2021-January 2024
LCA Modelling of Waste Management Systems - 12132 (3 Week Course)
Teaching Assistant; 5 ECTS, Graduate Level; Course Responsible: Dr. Anders Damgaard Ph.D.; Department of Environmental Engineering, Technical University of Denmark (DTU).
Spring 2020
Life Cycle Assessment- GEOG 4523/5523 (13 Week Course)
Content Co-Creator, Co-Lecturer, and Teaching Assistant; 3 US Credit Hours; Bachelors/Graduate Level; Instructor of Record: Dr. Travis Gliedt Ph.D.; Department of Geography and Environmental Sustainability, University of Oklahoma (OU).
Fall 2019
Principles of Sustainability- GEOG 3233 (13 Week Course)
Co-Lecturer and Teaching Assistant; 3 US Credit Hours; Bachelors Level; Instructor of Record: Dr. Travis Gliedt Ph.D.; Department of Geography and Environmental Sustainability, University of Oklahoma (OU)
Fall 2019
Human Geography - GEOG 1103 (13 Week Course)
Guest Lecturer; Bachelors Level; Instructor of Record: Dr. Darren Purcell Ph.D.; Department of Geography and Environmental Sustainability, University of Oklahoma.
Spring 2019
The Language of Maps - GEOG 113 (13 Week Course)
Teaching Assistant; 3 US Credit Hours; Instructor of Record: Dr. Robert Rundstrom Ph.D.; Department of Geography and Environmental Sustainability, University of Oklahoma (OU)
Spring 2019
Geography of the United States - GEOG 3773 (13 Week Course)
Teaching Assistant; 3 US Credit Hours; Instructor of Record: Dr. Robert Rundstrom Ph.D.; Department of Geography and Environmental Sustainability, University of Oklahoma (OU)
Fall 2018
Human Geography - GEOG 1103 (13 Week Course)
Lab Instructor and Teaching Assistant; 3 US Credit Hours; Bachelors Level; Instructor of Record: Dr. Darren Purcell Ph.D.; Department of Geography and Environmental Sustainability, University of Oklahoma.
Background
Education and Certifications
Postdoc| Technical University of Denmark | Department of Environmental and Resource Engineering (DTU SUSTAIN)
November 2023 - Present
Marie Curie Fellow | C-PlaNeT | ESR 14
August 2020 - July 2024
Ph.D. Environmental Engineering | Technical University of Denmark (DTU)
August 2020- July 2024
Ph.D. Bioscience Engineering: Environmental Sciences and Technology | Ghent University (UGent) |
August 2020- July 2024
Master's Certificate: College Teaching | University of Oklahoma (OU)
August 2019 - May 2020
MS Environmental Sustainability | University of Oklahoma (OU)
August 2018 - May 2020
BA History | University of Northern Colorado (UNCo)
August 2011- May 2015
Specialties
Teaching Sustainability Beyond the Pillars
My approach to teaching incorporates the core competencies of sustainability (Wiek et al., 2011), aiding students in further developing their systems thinking, anticipatory, normative, strategic, and interpersonal communication competencies, while engaging the principles of sustainability (Gibson et al., 2006) Socio-Ecological System Integrity; Livelihood Sufficiency and Opportunity; Intergenerational Equity; Intragenerational Equity; Resource Maintenance and Efficiency; Socio-ecological Civility and Democratic Governance; Precaution and Adaptation; and Immediate and Long Term Integration; to create resilient solutions. Additionally, each of my courses integrates the United Nations’ Sustainable Development Goals (United Nations, 2021) and asks students to consider how any of the 17 goals may be forwarded or impacted by their passion projects, rooting their work and potential impacts in the global community. Incorporating the competencies and principles of sustainability as well as the SDGs provides students with tangible skills to enhance their resumes and CV’s.
Sustainability Transitions
Theory, assessment, planning, and execution
I help students tackle the big questions around sustainability and break them into small manageable projects which incorporate the principles and competencies of sustainability to create strong sustainability solutions for resilient futures.
Life Cycle Assessment
Software-based assessment for improved decision making
I help students decipher LCA theory and methodology inline with ISO guidelines. I employ project based learning to help students develop good data gathering practices and design studies following ISO guidelines using EASETech, SimaPro, OpenLCA, or GaBi.
Material Flow Analysis and Supply Chain Mapping
Improving transparency and discovering opportunities
I help students understand the backend of business and production by examining the intricacies of multi-tiered supply chains, mapping logistics, and tracking materials from cradle to cradle.
Sustainability Interpretation and Communication
Enhancing messaging to activate and engage the right audience
I help students develop their interpretations of sustainability assessments and transition plans to speak to and captivate their stakeholders.
"What does a story invoke in a person
that brings forward the humanity necessary
for a more livable world?"
Propaganda