Updated: 12 April 2012
Teaching Theory & Practice *
Inquiry: teaching science as science is
done.
Science can be
learned, and
the ability to teach science can be learned.
More on my teaching philosophy...
Research Advisor
-
Eduardo Seyffert (junior,
aeronautics/astronautics major, MIT): Survey for intergalactic Mg
II absorbers in SDSS DR7 quasars; funded and
organized through the , 2011−2012.
Discussion Leader, Department of Physics Diversity &
Inclusion Luncheon series, December 2012
Program description: Ed Bertschinger,
chair of the physics department, organizes a monthly luncheon and
discussion series on issues of diversity and equity in the sciences. I
organized and led the December 2012 discussion on impostor syndrome
(the feeling that one does not deserve her/his current position but
arrived there by luck) and how best to disseminate information and
help students suffering from I.S.
(see report). For this discussion, I was nominated for
and received the MIT School of Science 2012 Infinite Kilometer Award.
Section Leader 2011
Program description: All MIT undergraduates must take and pass "8.02: Introductory Electricity & Magnetism." The majority enroll in 8.02t—the technology enabled active learning (TEAL) format (available since 2003). In the TEAL course, students work and learn in small groups, where they complete in-class problems and experiments or simply discuss concept questions. The TEAL classroom is designed against the traditional lecture format. It is comprised of many round tables that see 3 groups of 3 students each; all walls are covered with whiteboards, and many host projection screens. A typical two-hour session is filled with several short mini-lectures interspersed with concept questions (clicker system), demonstrations, and group problem solving time. I taught one of eight sections in the spring of 2011 (≈50 students). TEAL would not work without a high instructor-to-student ratio, and I led a team of one graduate TA, three undergraduate TAs, and one technical instructor for our section.
I Instructor 2008
Program description: AY5: "Introductory
Astronomy−The Formation and Evolution of the Universe" is an introductory astronomy course for non-majors that satisfies the quantitative (Q) and introduction to natural science (IN) general requirements. Instructor "playbook" available (PDF).
2004−2007
Program
description: California
State Summer School for Mathematics and Science is a month-long
residential camp for high school students that takes place at four UC
campuses, including UC Santa
Cruz. The Cluster 7 astronomy course is described in "The CfAO's
Astronomy Course in COSMOS: Curriculum Design, Rationale, and
Application" (PDF;
Cooksey et al., Learning from Inquiry in Practice, 2010, ASP
Conf. Ser., 436, 395).
Lead Astronomy Instructor, Stars and Cells 2007 (incomplete instructor "playbook" PDF)
- Description: astronomy and
astrobiology to ecology and paleontology; inquiries and other
hands-on activities; field trips to Lick Observatory, Monterey Bay,
etc. (17 students)
- Lectures and Activities:
- "Our Place in the Universe" − taxonomy, size-scale of the solar
system model
- Telescope/Optics Activity − informal experimentation
with cardboard refracting telescopes, ray boxes, and lenses
- "Telescopes" − follow-up lecture to activity; discuss
refracting versus reflecting telescopes
- "CCDs" and human CCD activity − little lecture on
charge-coupled devices; interactive modeling of CCD and source
with students, buckets, and confetti
- "Astrophysics I: Cosmology" − introductory lecture on
cosmology
- "Adaptive Optics (AO)" − introduction to purpose and
implementation of AO in modern astronomy
- Astrobiology discussion − group discussion on "what is
life?" and "where can life exist?"; view documentary on
astrobiology
- "General Astronomy" − catch-up lecture; homework
help
- Lick Observatory Field Trip − tour; historical lecture;
observing through the 36'' Great Refractor; night-sky viewing
- Color, Light, and Spectra inquiry − investigate
properties of white light, continuous versus emission spectra, and
other wavelengths (ultraviolet); partial
documentation (PDF)
- Sky Observing − night-sky viewing with planispheres, 10''
telescopes
- Remote Observing − Variable Stars and Galaxy Morphology;
small-group research projects collect data with Nickel 40''
remotely from CfAO
- "Astrophysics II: Stars" − stellar life-cycle
- Research projects − break out into groups of 2-3 for
small-group research projects
- "College/Grad/Life Q&A" − discuss possible challenges
and definite benefits of higher education
Lead Astronomy Instructor, Stars,
Sight and Science 2005, 2006
- Description: astronomy and vision
science; inquiries and other hands-on activities; field trips to Lick Observatory, Berkeley School of
Optometry (15−17 students)
- Lectures and Activities:
- "Our Place in the Universe" − taxonomy, size-scale of the solar
system model
- Table-top Optics Inquiry − investigate properties of
light and reflecting versus refracting optics
- "Telescopes" and activity − refracting versus reflecting
telescopes in astronomy; play with cardboard refracting telescopes
- "CCDs" and human CCD activity − little lecture on
charge-coupled devices; interactive modeling of CCD and source
with students, buckets, and confetti
- "Adaptive Optics (AO)" − introduction to purpose and
implementation of AO in modern astronomy
- Lick Observatory Field Trip − tour; historical lecture;
observing through the 36'' Great Refractor; night-sky viewing
- Color, Light, and Spectra activity − guided
investigation into
properties of white light and continuous versus emission spectra
- Remote Observing − Variable Stars, Galaxy Morphology,
Open Clusters, Globular Clusters, (and Planetary Nebulae and
Astronomy for Vision projects in 2005);
small-group research projects collect data with Nickel 40''
remotely from CfAO
- "Astrophysics: Stars" − stellar life-cycle
- Research projects − break out into groups of 2-3 for
small-group research projects
- "College/Grad/Life Q&A" − discuss possible challenges
and definite benefits of higher education
- Group discussion − "what is a scientist?" (2005); "what
is the connection between various research projects?", centered
around concept map (2006)
Variable
Stars Project Advisor, Stars, Sight and Science 2004
- Description: small group research
project on variable star SZ Her; table-top modeling (with lazy susan
and light bulbs) and computer modeling (with Nightfall;
3 students)
Professional Development Program
2004−2008
Program
description: Center for Adaptive
Optics PDP is
a comprehensive science education program, whereby professionals from
a variety of fields and professions learn about education theory and
techniques at a workshop, then implement this education into a variety
of programs, and, often, cycle back through the workshop to improve
upon their practice. The formal description of the PDP is given in "Cultivating
Scientist- and Engineer-Educators: The CfAO Professional Development
Program" (Hunter, L., Metevier, A., Seagroves, S., Porter, J.,
Raschke, L., Kluger-Bell, B., Brown, C., Jonsson, P., & Ash, D.
2008). My personal narrative of my experience with the PDP and teaching is available here.
Design Team Leader and Design
Consultant 2008
- Description: attend parallel workshop
with parachute inquiry (participate as learner), general leadership
preparation, designing for engineers session
- Implementation: led design team for own
AY5 galaxy inquiry (summer session I
2008, UCSC; documentation PDF and compiled SDSS
galaxy images PDF); design
consultant for Ryan
Montgomery's AY5 (summer session II 2008, UCSC) galaxy
inquiry
Design Consultant 2007
- Description: receive training in
effectively leading group discussions; attend parallel workshop with
parachute inquiry (participate as learner), assessment training,
designing for engineers session
- Implementation: COSMOS astronomy lead instructor; design
consultant for Color, Light, and Spectra inquiry re-design (partial
documentation PDF) and
astrobiology small-group research project for COSMOS
Discussion Leader 2006
- Description: receive training in
effectively leading group discussions; lead discussion of
"Three Kinds of Hands-on Learning" foam activity, after also
participating; attend parallel
session (to geometric optics inquiry) on course development
- Implementation: COSMOS astronomy lead instructor
Facilitator 2005
- Description: receive training in
facilitation; facilitate geometric
optics inquiry; participate as a learner in "Three Kinds of Hands-on
Learning" tops activity
- Implementation: COSMOS astronomy lead instructor; Maui
Community College Color & Light inquiry lead facilitator
for Mark Hoffman's physics/engineering lab, December 2005
Participant 2004
- Description: first-time attending
the Professional Development Workshop; participate as a learner in
geometric optics inquiry, "Three Kinds of Hands-on Learning" foam activity
- Implementation: COSMOS Variable stars project
advisor, summer 2004; Maui Community College Color & Light inquiry
co-facilitator
for Mark Hoffman's physics/engineering lab, December 2004
Maui Community College
Program description: special lab for
Mark Hoffman's physics/engineering course at Maui Community College
Co-facilitator, Color and Light
inquiry, December 2004, 2005
- Description: investigate
properties of white light and additive and subtractive color mixing
(~12 students)
- Lead facilitator (organizer), 2005
Teaching Assistant
AY16: "Life in the Universe", fall 2003
- Description: grade quizzes and
homework; lead optional section, nominally for homework
(~50 students)
- Laurence Doyle, instructor
* My teaching training, experience,
and style comes predominately from the CfAO Professional Development
Program, described in this article
(PDF).