adam j hartz
Department of Electrical Engineering and Computer Science
Massachusetts Institute of Technology
MIT Building 38-591
77 Massachusetts Avenue
Cambridge, MA 02139
email@example.com (PGP Public Key)
i am a lecturer in the department of electrical engineering and computer science
. my main interests lie in teaching engineering and computer
programming, with an emphasis on problem solving and engineering design; in improving the
way we teach these subjects; and in developing new means of leveraging modern
technologies to improve face-time with students.
my primary involvement has been with the
development and instruction of 6.01 (an introduction to engineering from the
perspective of ee and cs, with applications in robotics). i am also involved with academic
advising, and i occasionally supervise m.eng or urop projects, typically
related to education and/or educational technologies.
in spring 2018, i will once again be lecturing for 6.01 and 6.009, and i will be co-lecturing 6.003 as well.
in fall 2018, i expect to be teaching these same classes, as well as 6.145.
- 6.01 Intro to EECS via Robotics:
- lecturer: FA13, SP14, FA14, FA15, SP16, FA16, SP17, FA17, SP18
- lab instructor: FA12, SP13, SP15
- instructor (g): SP12
- teaching assistant: SP11, FA11
- lab assistant: SP09, FA09, SP10, FA10
- 6.009 Fundamentals of Programming:
- co-lecturer: SP17, FA17, SP18
- 6.145 A Brief Introduction to Programming In Python:
- lecturer: FA16, IAP17, SP17, SU17, IAP18
- 6.003 Signal Processing:
- co-lecturer: SP18
- course assistant (software development): FA11
- course development teaching assistant: SU11
- 6.02 Digital Communication Systems:
- course development ("lab czar"): FA12
- 2017 MIT EECS Oustanding Educator Award
- 2015 MIT HKN/EECS Best Instructor Award
- 2012 Carlton E. Tucker Award for Excellence in Teaching
current m.eng students:
- Samantha Briasco-Stewart (B.Sc. 2017)
- Anne Kelley (B.Sc. 2017)
- Jeremy Wright
former m.eng students:
- Katy Kem (B.Sc 2016, M.Eng 2017): Laboratory Assignments for Teaching Introductory Signal Processing Concepts
- Jeremy Kaplan (B.Sc 2017, M.Eng 2017): An Interpreter for a Novice-Oriented Programming Language with Runtime Macros
- Rodrigo Gomes (B.Sc 2015, M.Eng 2016): The S4 Infrastructure Management System (co-supervised with Tomás Lozano-Pérez)
- Daniel Martelly (B.Sc 2014, M.Eng 2016): A System for Automatically Grading Graphs in an Educational Setting
- Michael Mekonnen (B.Sc 2013, M.Eng 2014): Automatic Protoboard Layout from Circuit Schematics (co-supervised with Dennis M. Freeman)
if you are a current student looking for a UROP or an M.Eng in the areas of education and/or educational technologies, feel free to reach out!
the following are a couple of software-related projects i have worked on (at least the ones that someone else might find useful):
- CAT-SOOP: a tool for automatic collection and assessment of online exercises, used in several courses at MIT and Olin College
- the tako shell: a command language and shell based on Python (a fork of xonsh, which I also worked on)
- hzeep: a nice terminal font
- minder: a simple text-based calendaring system
- The Soopycat License: a simple, libre, copyleft, "Affero-style" software license
i grew up in rural Illinois (in the country near Princeton
my parents are both retired math teachers, and they currently own Anne's Antiques
my elder brother also teaches math, at Hononegah
in Rockton, IL.
i graduated from MIT with a b.sc in computer science and engineering in
2011, and with an m.eng in electrical engineering and computer science
i now live in Lexington, MA with my trusty feline companion
, whom i adopted from the
Merrimack River Feline Rescue Society
i keep myself occupied in my free time by playing and writing music,
programming, reading, and playing video games.
i am a supporter of the Free Software
movement, and i believe in the right to online privacy
the most reliable way to reach me is via email, at firstname.lastname@example.org
. i do not have a facebook, linkedin, google+, twitter, gmail, etc.
i appreciate it when e-mails are PGP encrypted
with this public key
(you can also download the key by running gpg --recv-keys 0xE179AD62
on a GNU/Linux system).