1 \documentclass[10pt]{memoir}
3 % based on kieran healy's memoir modifications
5 \chapterstyle{article-3}
9 \usepackage[utf8x]{inputenc}
11 \usepackage[T1]{fontenc}
13 \usepackage[garamond]{mathdesign}
15 \usepackage[letterpaper,left=1.2in,right=1.2in,top=1.2in,bottom=1.2in]{geometry}
17 % packages i use in essentially every document
19 \usepackage{enumerate}
21 % packages i use in many documents but leave off by default
22 % \usepackage{amsmath, amsthm, amssymb}
23 % \usepackage{dcolumn}
24 % \usepackage{endfloat}
26 % import and customize urls
27 \usepackage[usenames,dvipsnames]{color}
28 \usepackage[breaklinks]{hyperref}
30 \hypersetup{colorlinks=true, linkcolor=Black, citecolor=Black, filecolor=Blue,
31 urlcolor=Blue, unicode=true}
33 % add bibliographic stuff
34 \usepackage[round]{natbib}
35 \def\citepos#1{\citeauthor{#1}'s (\citeyear{#1})}
36 \def\citespos#1{\citeauthor{#1}' (\citeyear{#1})}
38 % import vc stuff after running `make vc`: \input{vc} \pagestyle{kjhgit}
40 \newenvironment{enumerate*}%
42 \setlength{\itemsep}{0pt}%
43 \setlength{\parskip}{0pt}}%
48 \setlength{\parskip}{4.5pt}
52 \title{Teaching Statement}
53 \author{Benjamin Mako Hill}
56 % \published{\textsc{\textcolor{BrickRed}{This document is an
57 % unpublished draft.\\ Please do not distribute or cite without
62 Graduating PhD students have spent most of their lives learning as
63 apprentices. From their first day of grade school to their
64 dissertation defense, students learn everything from reading and
65 arithmetic to sociological theory and multi-level statistical modeling
66 from teachers who use that knowledge themselves. ``I know something
67 that I find useful,'' a teacher might say, ``and I want my student to
70 In much of higher education -- and in graduate and professional
71 teaching in particular -- this relationship breaks down. In business
72 schools, where I teach most often, lectures are given by professors
73 trained as academic sociologists, economists, and psychologists. Of
74 course, very few MBAs become social scientists. I have seen how a
75 failure to recognize this dynamic can lead to a lack of respect and
76 connection between teachers and students treated as, ``the folks who
79 Business school has also shown me that teaching that overcomes this
80 dynamic can lead to transformative learning. Teaching across
81 intellectual domains goes beyond the reproduction of skills and
82 knowledge and becomes the creation of new knowledge in the context of
83 students' personal experience. I understand that most of my students
84 will not become researchers like me. I believe that in spite of this
85 challenging relationship, and because of it, I can teach students in
86 ways that surprise, connect, and enrich. In my teaching, I address
87 this dynamic in three ways.
89 First, I strive to make my teaching relevant to my students
90 experiences and interests. I always seek to communicate why the
91 material I teach is relevant and how it will be useful. I have taught
92 similar concepts to engineers, MBAs, and executives and have worked
93 to refine and tailor my message for each audience.
95 Second, I attempt to involve students directly in learning. Even in
96 large lectures, I engage students interactively in the discussion of
97 examples from their experience and adapt my teaching to emphasize
98 material they respond to more positively. In assignments, I challenge
99 students to integrate course concepts with their experience and
102 Third, and most importantly, I structure my teaching around
103 explicit mutual respect. Before each lecture, I reflect on the total
104 student-hours my teaching will consume. I realize that in every class
105 meeting, my students give me dozens, even hundreds, of hours of their
106 attention. I strive never to waste it. I continually seek feedback
107 from my students so that my teaching is more relevant, useful, and
110 \section{Teaching Experience}
112 Over the course of graduate school, I have learned to teach from my
113 mentors and have put this philosophy into practice in lectures and
114 seminars to MBAs, engineers, executives, undergraduates, and Masters
117 Over the last three years, I have served as the teaching assistant for
118 Professor Eric von Hippel's lecture courses on innovation where I have
119 worked closely with students on the design and evaluation of their
120 course projects. In these classes, I have developed, delivered, and
121 refined a series of ninety-minute lectures as a guest lecturer. These
122 lectures include a session on online innovation communities, a case
123 study of consumer ``hacking'' of Canon cameras, and a practical
124 lecture on attracting participants to online communities.
126 After positive evaluations from students, I have been invited to give
127 regular lectures in MIT's Executive Education and Visiting MBA
128 programs. These lectures have focused on managing innovation, user
129 communities, and practical tools for innovating that include lead user
130 methods, innovation toolkits, and the construction of vibrant user
133 In addition to experience lecturing, I have also run a series of
134 seminars for smaller groups of graduate students. Working with
135 Professor Tom Malone, I coordinated an interdisciplinary seminar at
136 the Center for Collective Intelligence. Working with Chris
137 Csikszentmihályi, I organized and ran a graduate seminar on Free,
138 Libre and Open Source Software in the Media Arts and Sciences program.
140 Outside of organizing my own seminars, I have guest-taught in a number
141 of seminars at MIT Sloan, the MIT Media Lab, the MIT Program on
142 Comparative Media Studies, Harvard Law School, the Stanford Design
143 School, and elsewhere. Since 2011, I have also coordinated a seminar
144 on empirical research into online cooperation at the Berkman Center
145 for Internet and Society at Harvard.
149 Of course, not all of teaching is unlike apprenticeship and I have
150 enjoyed my experience as a mentor to developing scholars and
151 researchers. I have had the pleasure of mentoring several
152 undergraduates at MIT through the Undergraduate Research Opportunities
153 Program. These students worked with me on both a full-time basis over
154 the summer and in a part-time capacity over the academic year giving
155 me experience both in day-to-day management and more hands-off
158 Additionally, I have served as an external advisor to two Masters
159 degree students. I evaluated one thesis on technology design and am
160 currently advising a second student in a social scientific analysis of
161 a large free software community. As an advisor, I have enjoyed meeting
162 regularly and engaging with the student over the course of his thesis
165 \section{Example Courses}
170 \item \emph{Innovation in the Internet Age}: An introduction to the
171 theory and practice of innovation management. Topics include
172 traditional firm-based innovation as well innovation by users,
173 hackers, user communities, and free and open source software
175 \item \emph{Quantitative Research Methods}: An introductory class on
176 applied statistics for social scientists. Topics include basic
177 statistical methods up to, and including, linear regression with
178 programming exercises using real data.
179 \item \emph{Computer Mediated Communication}: An overview of practical
180 and theoretical issues related to computer-mediated
181 communication. The class focuses on analyses of practice but also
182 incorporates reading and lectures on theory, implementation, and
188 \item \emph{Topics in Peer Production}: Seminar on foundational work
189 as well as recent advances in the study and support of free and open
190 source software, wikis, and remixing communities.
191 \item \emph{Research Methods for ``Big Data''}: An introduction to
192 statistical methods and tools for finding and manipulating very
193 large datasets. Topics include network analysis, analysis of
194 unstructured text, and programming for massively parallel computing
196 \item \emph{Social Computing}: The theory, analysis, and design of
197 large scale, computer-mediated social systems. Final projects will
198 challenge students to execute a study of an existing community or to
199 design or create a new system.