Daniel E. Koditschek
Walk in Office Hours Spring 2020
Tuesdays 1:30 PM – 2:30 PM, Pennovation, Room 202
Thursdays 12:00 PM – 1:30 PM, Moore 201G – Kindly introduce yourself to the ESE front desk team and ask for Dan in 201G before heading directly to the room.
If these hours don’t fit your schedule, then please work with Diedra to find an individual appointment email@example.com.
A bit about me
Over the past two decades it has been my exciting pleasure to lead a research group that we have loosely come to call “kodlab.” Some of our publications are now online (also becoming available through the Penn Scholarly Commons), and I am gradually bringing my teaching materials into a readily accessible format as well.
I am married to Anne Teitelman whose research focuses on HIV prevention among adolescents and in understanding intimate partner violence as an HIV risk factor. Our son, Ben, is excited about design and our son, Alex, is excited about too many things to yet find expression on the web.
ESE 547 Introduction to Legged Locomotion
This course reviews three decades’ development of agile legged machines, treating past and recent advances as well as remaining formidable challenges in the materials selection, design, and programming of robots that can run, leap and climb through complicated, unstructured terrain. Emphasis is on developing understanding of and facility using key dynamical primitives whose composition allows more complicated behaviors to emerge from simpler constituents. Several historical case studies will be used to illustrate how advances have rewarded interdisciplinary thinking about animals, materials, mathematics and mechatronics. Course credit will be based on problem sets and coding exercises.
ESE 290 Introduction to Electrical and Systems Engineering Research Methodology
Introduction to the nature and process of engineering research as represented by ongoing ESE faculty (and collaborating colleagues’ and industrial partners’) research projects. Joint class exercises in how to pursue effective background technical reading, pitch a proposal, and aim for the discovery of new human knowledge to complement the individually mentored topic specific project work.
ESE 512 Dynamical Systems for Engineering and Biological Applications
This midlevel course in nonlinear dynamics focuses on the analysis of low dimensional, continuous time models for describing and understanding complex behavior in physical, biological and engineered systems. We assume some background knowledge of ordinary differential equations, and develop at an engineering applications level the concepts and tools of qualitative dynamical systems theory with major focus on analysis and some on synthesis.
Rachleff Scholars – Engr 299
We are running a second administration of the new course ESE 250, (“Digital Audio Basics”), developed by Andre’ DeHon, intended as a motivating introduction to the new Computer Engineering Major (a revised version of the old CTE Major) within ESE.We will plan to run ESE 313 once again in a year’s time, in the Spring 2011 semester.
I am assisting Andre’ DeHon in the development and pilot delivery of his exciting new course, ESE 250, (“Digital Audio Basics”), intended as a motivating introduction to the new Computer Engineering Major (a revised version of the old CTE Major) within ESE.
ESE 313 ran in its first regular admission for Spring ‘09. My TA, Sam Russem, and I share a pedagogical interest in developing lifelong learning skills using the paradigm of a research scientist as the basis for a laboratory-focused learning experience addressing the challenges and opportunities of bioinspired robotics.Here are some samples of class assignments and pointers to some of the students’ class work.
My collaborators and I developed a new freshman introduction to Electrical Systems and Engineering. Supported initially by an NSF DLR grant, we developed an inquired based approach which has attracted attention in the local Penn press for its novel robot-focused laboratory and popular public events. The class has morphed into the now stable ESE 112 whose associated curricular materials are collected here. A brief account of the evolution of the course and some preliminary assessment of its efficacy is presented in a recent conference paper.I have taught a wide variety of courses ranging from discrete mathematics and dynamical systems theory to circuits and even introductory automata theory. To support some of the new interdisciplinary courses I hope to develop in future years, I will be slowly posting materials from these past classes as time permits.
Daniel E. Koditschek is the Alfred Fitler Moore Professor of Electrical and Systems Engineering, within the University of PennsylvaniaSchool of Engineering and Applied Science where he serves as Director of the Penn Engineering Research Collaboration Hub (PERCH). Koditschek received his bachelor’s degree in Engineering and Applied Science and his M.S. and Ph.D. degrees in Electrical Engineering in 1981 and 1983, all from Yale University. He served on the Yale Faculty in Electrical Engineering until moving to the University of Michigan a decade later. In January 2005, he moved to Penn as Chair of the recently formed Electrical and Systems Engineering Department, a position which he held through 2012.
Koditschek’s research interests include robotics and, more generally, the application of dynamical systems theory to intelligent mechanisms. His more than 200 archival journal and refereed conference publications have appeared in a broad spectrum of venues ranging from the Transactions of the American Mathematical Society through The Journal of Experimental Biology, with a concentration in several of the IEEE journals and related transactions. Various aspects of this work have received mention in general scientific publications such as Scientific American and Science as well as in the popular and general lay press such as The New York Times and Discover Magazine. Here is a sample of some recent mentions in the popular press.
Dr. Koditschek is a member of the AMS, ACM, MAA, SIAM, SICB and Sigma Xi and is a Fellow of the IEEE and the AAAS. He holds a 2016 US Vannevar Bush Faculty Fellowship awarded by the US Assistant Secretary for Defense (Research and Engineering). He was awarded the 2016 IEEE Robotics and Automation Society Pioneer Award and the 2017 Penn Heilmeier Award for Excellence in Research. Koditschek holds secondary appointments within the School of Engineering and Applied Science in the departments of Computer and Information Science and Mechanical Engineering.