Current Teaching (Temple University)  

Fall 2017  1041. Calculus I  
Past Teaching (Temple University)  
Spring 2017  8024. Numerical Differential Equations II  
Fall 2016  8023. Numerical Differential Equations I  
Spring 2016  2100. Topics in Science and Technology: Modeling and Simulation in Science and Technology  
Spring 2015  9200. Topics in Numerical Analysis I: Computational Methods for Flow Problems  
Spring 2014  1042. Calculus II  
Fall 2013  8107. Mathematical Modeling for Science, Engineering, and Industry, cotaught with Yury Grabovsky, Isaac Klapper, and Daniel Szyld  
Spring 2012  3044. Numerical Analysis II  
Fall 2011  3043. Numerical Analysis I  
8200. Topics in Applied Mathematics: Mathematical Modeling Course, cotaught with Yury Grabovsky and Daniel Szyld  
Fall 2010  8024. Numerical Differential Equations II  
Spring 2010  8023. Numerical Differential Equations I  
8200. Topics in Applied Mathematics: Mathematical Modeling Course, cotaught with Yury Grabovsky and Daniel Szyld  
Fall 2009  2043. Calculus III  
Past Teaching (MIT)  
Spring 2009  18.336  Numerical Methods for Partial Differential Equations → MIT OCW , lecture notes  
Fall 2008  Recitations on 18.02  Multivariable Calculus  
Spring 2008  18.086  Computational Science and Engineering II  
Fall 2007  Recitations on 18.03  Differential Equations  
Spring 2007  18.086  Mathematical Methods for Engineers II  
Fall 2006  Recitations on 18.02  Multivariable Calculus  
Past Teaching (University of Kaiserslautern)  
Spring 2004  Tutorials on Partial Differential Equations  
Spring 2003  Tutorials on Partial Differential Equations  
Spring 2002  Tutorial on Computational Fluid Dynamics  
Fall 2001/2002  Tutorials on Analysis 1  
Spring 2002  Tutorials on Ordinary Differential Equations  
Fall 1999/2000  Introduction to MATLAB  
Advising and Mentoring  
2017present  Abhijit Biswas (PhD student)  
2017present  Najmeh Salehi (PhD student)  
2016present  Joshua Finkelstein (PhD student)  
2016present  Rabie Ramadan (PhD student)  
20152016  Shumo Cui (postdoctoral Research Assistant Professor)  
2015  Hannah Pohlmann (undergraduate researcher, summer)  
2014present  Dong Zhou (postdoctoral Research Assistant Professor)  
20142015  Julia Somers (MS student, research)  
20142015  Louis Graup (undergraduate researcher, Temple URP)  
2014  Joseph Buhler (undergraduate researcher, Temple URP)  
2013  Samuel Lee (undergraduate researcher, Temple URP)  
2013  Louis Graup (undergraduate researcher, Temple CST Science Scholar)  
20122016  Sunnie Joshi (postdoctoral Research Assistant Professor)  
2012  Kathryn Lund (undergraduate researcher, Temple URP)  
2012  Elisheva Stern (undergraduate researcher, Temple URP)  
20102014  Dong Zhou (PhD student)  
20102013  Prince Chidyagwai (postdoctoral Research Assistant Professor)  
20102013  Shimao Fan (PhD student)  
2010  Priyankkumar Patel (undergraduate researcher, Temple URP)  
2009  Mallika Randeria (undergraduate researcher, MIT UROP)  
2009  Sara Sheehan (undergraduate researcher, MIT UROP)  
PhD Students Graduated  
2014 
Dong Zhou:
HighOrder Numerical Methods for Pressure Poisson Equation Reformulations of the Incompressible NavierStokes Equations (next position: postdoctoral researcher at Temple University)  
2013 
Shimao Fan:
DataFitted Generic Second Order Macroscopic Transportation Traffic Flow Models (next position: postdoctoral researcher at University of Illinois at UrbanaChampaign)  
MS Students Graduated with Research Thesis  
2015 
Julia Somers: Macroscopic Coupling Conditions with Partial Blocking for Highway Ramps (next position/job: Deloitte Consulting)  
Lectures Notes, Video Lectures, and Teaching Software  
MIT
Open CourseWare site of my course 18.336 in Spring 2009,
a graduate level course on Numerical Methods for Partial Differential Equations.
→ Lecture notes for this course.  
Video lectures of the
Mathematical Approaches for Traffic Flow Management Tutorials at IPAM, UCLA
A mathematical introduction to traffic flow theory: Part I (video of talk: 1080p and 480p) A mathematical introduction to traffic flow theory: Part II (video of talk: 1080p and 480p) A mathematical introduction to traffic flow theory: Part III (video of talk: 1080p and 480p) (presentation slides for all talks)  
Matlab codes on the
Computational Science and Engineering webpage
to the book by Gilbert Strang.
Used by teachers and scientists at other universities are:
