Teaching

My teaching philosophy emphasizes project-based learning that has real-world relevance and builds a portfolio. I strive to:

  1. center student-directed learning,
  2. have public-facing outputs, and
  3. encourage students to engage with the world beyond the classroom.

Courses Taught

EMGT 4330/PSYCH 4710: HUMAN FACTORS

Why do some technologies seem frustrating, awkward, or uncomfortable while others seem to just make sense? Can we predict these outcomes? How do some technologies keep us safe and put us at risk at the same time? What is human error and how can it be avoided? When is user error really a design flaw?… These are some of the questions and topics we will discuss as you are introduced to the study of human factors. This field examines how human limitations and capabilities affect interactions with technologies, with particular emphasis on applying this knowledge to improve design.

EMGT 5513: ENERGY AND SUSTAINABILITY MANAGEMENT ENGINEERING

As the grid becomes more distributed, future professionals will need to understand the technical, organizational, and human factors affecting system performance. After taking this course, students will be able to anticipate the implications of new technologies on markets and regulations as well as the limitations of technologies when interfacing with humans. Check out our YouTube Channel.

EMGT 6413: ADVANCED ENGINEERING MANAGEMENT SCIENCE

Formulating and solving open-ended problems in R using appropriate techniques from statistical modeling and simulation. A study of the current literature in management science will also be conducted. Check out our YouTube Channel.

  • Semester taught: SP19, SP20, SP21, SP22
  • Conference paper derived from course project received ASEM Merritt Williamson Best Conference Paper Award
    • Davis, A., Long, S., & Canfield, C. (2022). Key Factors for Energy Portfolio Transitions in Island Nations. Proceedings of the American Society for Engineering Management.