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April 2008

Curriculum Vitae

Mark Steven Gockenbach
Department of Mathematical Sciences
Michigan Technological University
Houghton, MI 49931
(906) 487-3083
msgocken@mtu.edu 


Personal data: Born: 10 March 1963 


Citizenship: U. S.


Marital status: married to Joan B. Gockenbach, ten children



Current position:


Professor and Chair


Department of Mathematical Sciences


Michigan Technological University, Houghton, MI





Research interests:


Inverse problems in partial differential equations


Numerical methods and software for large-scale optimization problems





Education:


PhD, MA Computational & Applied Mathematics, Rice University, 1994


ABD Mathematics, University of Illinois, 1990 


MS Mathematics, Illinois State University, 1987 


BS Mathematics/Computer Science, University of Illinois, 1985,magna cum laude



Professional Experience:


Chair, Department of Mathematical Sciences, Michigan TechnologicalUniversity, Houghton, MI


2007-


Interim Chair, Department of Mathematical Sciences, Michigan TechnologicalUniversity, Houghton, MI


2006-2007


Professor of Mathematical Sciences, Michigan TechnologicalUniversity, Houghton, MI  2006-


Interim Chair, Department of Mathematical Sciences, Michigan TechnologicalUniversity, Houghton, MI


Spring 2004


Associate Professor of Mathematical Sciences, Michigan TechnologicalUniversity, Houghton, MI


2001-2006


Assistant Professor of Mathematical Sciences, Michigan TechnologicalUniversity, Houghton, MI


1998-2001


Visiting Assistant Professor, Department of Computational and AppliedMathematics, and


Associate Director, The Rice Inversion Project, Rice University,Houston, TX  1998-1999


Assistant Professor of Mathematics, University of Michigan,Ann Arbor, MI  1995-1998


Postdoctoral fellow, Center for Research on Parallel Computation,Rice University, Houston, TX


1994-1995


Research Assistant, Computational & Applied Mathematics,Rice University, Houston, TX


1992-1994


Visiting Lecturer of Mathematics, ITM/MUCIA-Indiana University


Cooperative Program in Malaysia, 1990-1992


Teaching Assistant / Teaching Fellow, University of Illinois, Urbana, IL  1987-1990


Teaching Assistant, Illinois State University, Normal, IL  1985-1987

Refereed Publications:
  1. M. S. GOCKENBACH Numerical analysis of elliptic inverse problems with interior data, to appear in Journal of Physics: Conference Series (First International Congress of the International Association of Inverse Problems), 2008.

  2. M. S. GOCKENBACH The output least-squares approach to estimating Lamé moduli, Inverse Problems 23, 2437-2455, 2007.

  3. M. S. GOCKENBACH, A. A. KHAN An abstract framework for elliptic inverse problems. Part 2: An augmented Lagrangian approach, to appear in Mathematics and Mechanics of Solids.

  4. M. S. GOCKENBACH, B. JADAMBA, A. A. KHAN Equation error approach for elliptic inverse problems with an application to the identification of Lamé parameters, Inverse Problems in Science and Engineering, 16(3), 349-367, 2008.

  5. M. S. GOCKENBACH, A. A. KHAN An abstract framework for elliptic inverse problems. Part 1: An output least-squares approach, Mathematics and Mechanics of Solids, 12(3), 259-276, 2007.

  6. M. S. GOCKENBACH, B. JADAMBA, A. A. KHAN Numerical estimation of discontinuous coefficients by the method of equation error, International Journal of Mathematics and Computer Science, 1(3), 343-359, 2006.

  7. M. S. GOCKENBACH, A.A. KHAN, A convex objective functional for elliptic inverse problems, in Mathematical Models and Methods for Real World Systems, K.M. Furuti, M.Z. Nashed, A.H. Siddiqi, editors, Marcel Dekker, 2006.

  8. M. S. GOCKENBACH, A.A. KHAN, Identification of Lamé parameters in linear elasticity: A fixed point approach, Journal of Industrial and Management Optimization, 1(4), 487-497, 2005.

  9. M. S. GOCKENBACH, W. W. SYMES, Adaptive Simulation, the Adjoint State Method, and Optimization, in PDE-Constrained Optimization (Volume 30, Lecture Notes in Computational Science and Engineering), L. T. Biegler, O. Ghattas, M. Heinkenschloss, B. van Bloemen Wanders, editors, Springer-Verlag, 2003.

  10. MARK S. GOCKENBACH, DANIEL R. REYNOLDS, PENG SHEN, WILLIAM W. SYMES Efficient and Automatic Implementation of the Adjoint State Method, ACM Transactions on Mathematical Software, 28(1), 22-44, 2002.

  11. J. CHEN, M. S. GOCKENBACH A variational method for recovering planar Lamé moduli, Mathematics and Mechanics of Solids 7(2), 191-202, 2002.

  12. M. S. GOCKENBACH A Primer on Differentiation, Optimization and Engineering 2, 75-129, 2001.

  13. M. S. GOCKENBACH, D. R. REYNOLDS, W. W. SYMES Automatic Differentiation and the Adjoint State Method, Automatic Differentiation 2000: From Simulation to Optimization, George Corliss, Christèle Faure, Andreas Griewank, Laurent Hascoët, Uwe Naumann, editors, Springer-Verlag, 2002.

  14. M. S. GOCKENBACH, M. J. PETRO, W. W. SYMES C++ classes for linking optimization with complex simulations, ACM Transactions on Mathematical Software 25, no. 2, 191-212, 1999.

  15. M. S. GOCKENBACH, A. J. KEARSLEY Optimal Signal Sets for Non-Gaussian Detectors, SIAM Journal on Optimization 9, no. 2, 316-326, 1999.

  16. S. J. COX, M. S. GOCKENBACH Recovering Planar Lamé Moduli From a Single Traction Experiment, Mathematics and Mechanics of Solids 2, no. 3, 297-306, 1997.

  17. M. S. GOCKENBACH, W. W. SYMES Duality for inverse problems in wave propagation, in Large-Scale Optimization with Applications, Part I, Biegler et al., eds., Springer, 1997.

  18. M. S. GOCKENBACH, A. J. KEARSLEY, W. W. SYMES An infeasible point method for minimizing the Lennard-Jones potential, Computational Optimization and Applications 8, no. 3, 273-286, 1997.

  19. M. S. GOCKENBACH, W. W. SYMES The Hilbert Class Library: a library of C++ classes for large-scale optimization and inversion, Computers and Mathematics with Applications 32, no. 6, 1-13, 1996.

  20. M. S. GOCKENBACH, W. W. SYMES, R. A. TAPIA The dual regularization approach to seismic velocity inversion, Inverse Problems 11, no. 3, 501-531, 1995.

Books:
  1. MARK S. GOCKENBACH Finite-Dimensional Linear Algebra, draft manuscript (511 pages) submitted for review.
  2. MARK S. GOCKENBACH Understanding and Implementing the Finite Element Method, the Society for Industrial and Applied Mathematics, 2006.
  3. MARK S. GOCKENBACH Partial Differential Equations: Analytical and Numerical Methods, the Society for Industrial and Applied Mathematics, 2002.
Software:
  1. M. S. GOCKENBACH AND W. W. SYMES, ``The Hilbert Class Library, Version 1.0'' (HCL1.0), 2000. Available under the GNU public library license at
    http://www.trip.caam.rice.edu/txt/hcldoc/html/index.html.

Other publications:
  1. M. S. GOCKENBACH Understanding code generated by TAMC, Technical Report 00-30, Department of Computational & Applied Mathematics, Rice University (2000).

  2. M. S. GOCKENBACH An Overview of HCL1.0, Technical Report TR 99-25, Department Computational & Applied Mathematics, Rice University (1999).

  3. M. S. GOCKENBACH Implementing Functionals in HCL, Technical Report TR 99-24, Department Computational & Applied Mathematics, Rice University (1999).

  4. M. S. GOCKENBACH Implementing Nonlinear Operators in HCL, Technical Report TR 99-22, Department Computational & Applied Mathematics, Rice University (1999).

  5. M. S. GOCKENBACH, W. W. SYMES Coherent Noise Suppression in Velocity Inversion, Technical Report TR 99-08, Department Computational & Applied Mathematics, Rice University (1999).

  6. M. S. GOCKENBACH, W. W. SYMES Coherent Noise Suppression in Velocity Inversion Expanded Abstract, Proc. 69th Annual International Meeting, Society of Exploration Geophysicists, Tulsa, 1999.

  7. M. S. GOCKENBACH, W. W. SYMES The Hilbert Class Library: a library of C++ classes for large-scale optimization and inversion, Proceedings of the Fourth Annual Object-Oriented Numerics Conference, 1996.

  8. M. S. GOCKENBACH, W. W. SYMES Waveform inversion for velocity: where have all the minima gone?, Expanded Abstract, Proc. 65th Annual International Meeting, Society of Exploration Geophysicists, Tulsa, 1995.

  9. R. J. VERSTEEG, M. S. GOCKENBACH, M. KERN, W. W. SYMES Shot level parallelization of a seismic inversion code using PVM, Expanded Abstract, Proc. 64th Annual International Meeting, Society of Exploration Geophysicists, Tulsa, 1994.

  10. PhD Thesis An Abstract Analysis of Differential Semblance Optimization (under direction of William W. Symes and Richard A. Tapia); Available as Technical Report TR 94-18, Department Computational & Applied Mathematics, Rice University (1994).

Funded research:
  1. M. S. GOCKENBACH, Principal Investigator, The Rice Inversion Project (TRIP) grant, Optimization, Adaptive Simulation, and Parallelism, $30000, 9/2000-8/2001.
  2. M. S. GOCKENBACH, Principal Investigator, National Science Foundation grant, Large-Scale Optimization: Matrix-Free Algorithms, Data Parallelism, and Applications in Seismic Inversion (DMS-9973308), $82908, 9/1999-8/2002.

Awards:
  1. Department of Mathematical Sciences award for outstanding teaching (senior level), Michigan Technological University, 2005-2006.
  2. Department of Mathematical Sciences award for outstanding teaching (senior level), Michigan Technological University, 2004-2005.
  3. Department of Mathematical Sciences award for outstanding research (junior level), Michigan Technological University, 1999-2000.
  4. Department of Mathematical Sciences award for outstanding teaching (junior level), Michigan Technological University, 1999-2000.
  5. Department of Mathematics award for outstanding teaching, University of Illinois, Urbana, IL 1989
  6. Finalist for University-wide teaching award, University of Illinois, Urbana, IL 1990

Graduate students
  1. PhD: Anatoli Andreev, Comparison of Numerical Methods for Elliptic Inverse Problems, Department of Mathematical Sciences, Michigan Technological University, 2006.
  2. PhD: Akhtar Khan, Numerical Methods for Elliptic Inverse Problems with Interior Data, Department of Mathematical Sciences, Michigan Technological University, 2005.
  3. MS: Erin Thomas, A Comparison of $p$ and $h$ convergence for Finite Element Methods, Department of Mathematical Sciences, Michigan Technological University, 2003.
  4. MS: Fei Wang, Distributed Classes for Optimization Software: A Client/Server Approach, Department of Mathematical Sciences, Michigan Technological University, 2001.
  5. MS: Jun Chen, A Variational Method for Recovering Planar Lamé Moduli, Department of Mathematical Sciences, Michigan Technological University, 2000.

Other graduate committees:
  1. Member, MS committee for Mike Graziano, Reducing Crane Payload Swing Using a Rider Block Tagline Control System, Department of Mechanical Engineering-Engineering Mechanics, Michigan Technological University, 2007.
  2. Member, PhD committee for Adeeb Talafha, Inverse Scattering Analysis of Multi-Soliton Solutions of the Three-Wave Interaction of Long Rectangular Pulses, Department of Mathematical Sciences, Michigan Technological University, 2006.
  3. Member, PhD committee for Sahar Alqaraleh, Variational principles for linear and nonlinear mixtures: New derivations and application to bilinear materials and yield behavior, Department of Mathematical Sciences, Michigan Technological University, 2006.
  4. Member, PhD committee for Yong Sun, Optimization of die geometry for polymer extrusion, Department of Mechanical Engineering-Engineering Mechanics, Michigan Technological University, 2006.
  5. Member, MS committee for Yongliang Jin, Direct method to determine the optimal riprap size for erosion protection in rivers, Department of Civil and Environmental Engineering, Michigan Technological University, 2006.
  6. Member, MS committee for Albert Suckow, Unstructured surface mesh generation through point cloud interpolation, Department of Mechanical Engineering-Engineering Mechanics, Michigan Technological University, 2005.
  7. Member, MS committee for Rajeev Kulkarni, Dynamic Wireless Resource Allocation in Multi-vendor Environments: Performance Analysis in Code Division Multiple Access (CDMA) Systems, Department of Electrical and Computer Engineering, Michigan Technological University, 2005.
  8. Member, MS committee for Ajit Vaze, Octree Decomposition-Recomposition Approach to Rapid Manufacturing, Department of Mechanical Engineering-Engineering Mechanics, Michigan Technological University, 2005.
  9. Member, MS committee for Justin Priestman, Department of Mathematical Sciences, Michigan Technological University, 2005.
  10. Member, MS committee for Ravi Shrestha, Direct solution to the normal depth, Department of Civil and Environmental Engineering, Michigan Technological University, 2005.
  11. Member, MS committee for Seetha Manickam, Security enhancements at MAC level for emergency applications, Department of Electrical and Computer Engineering, Michigan Technological University, 2005.
  12. Member, MS committee for Ganesh Krishnakumar, New transmit schemes and simplified receivers for MIMO wireless communication systems, Department of Electrical and Computer Engineering, Michigan Technological University, 2005.
  13. Member, MS committee for Srinivas Kuppa, Department of Mathematical Sciences, Michigan Technological University, 2004.
  14. Member, MS committee for Srinivas Kuppa, Abstract State Machines: A Formal Approach to Software Documentation, Department of Computer Science, Michigan Technological University, 2003.
  15. Member, MS committee for Charlie Kiilunen, Department of Mechanical Engineering-Engineering Mechanics, Michigan Technological University, 2003.
  16. Member, MS committee for James Sheldon, Orientation Determination from Optical Scattering Patterns Generated by Ellipsoids of Revolution, Department of Mathematical Sciences, Michigan Technological University, 2003.
  17. Member, MS committee for Kimberly Lauinger, Computing Transverse $t$-Designs, Department of Mathematical Sciences, Michigan Technological University, 2003.
  18. Member, MS committee for John Casserino, Department of Humanities, Michigan Technological University, 2003.
  19. Member, MS committee for William R. Case, Department of Mathematical Sciences, Michigan Technological University, 2003.
  20. Member, MS committee for Jer Hong Chong, Dynamic behavior of spacecraft formation flying using Coulomb forces, Department of Mechanical Engineering-Engineering Mechanics, Michigan Technological University, 2002.
  21. Member, MS committee for Anastasia Minaeva, Seismic Attributes and Synthetic Seismograms, Wamsutter Field, WY, Department of Geological Engineering and Sciences, Michigan Technological University, 2001.
  22. Member, MS committee for Matthias Schabus, Damping of Multiple Constrained Layers, Department of Mechanical Engineering and Engineering Mechanics, Michigan Technological University, 2001.
  23. Member, MS committee for Markus Buehler, Homogenization of Smart Material Cells for Topological Optimization, Department of Mechanical Engineering and Engineering Mechanics, Michigan Technological University, 2001.
  24. Member, MS committee for Rochelle Fischer, A Polling Scheme Using an Automated Meter Reading System for Identifying System Conditions, Department of Electrical and Computer Engineering, Michigan Technological University, 2000.
  25. Member, PhD committee for Chih-jen Lin, Studies in Large-Scale Optimization, Department of Industrial and Operations Engineering, University of Michigan, 1998.
  26. Member, PhD committee for Barton Yeary, (Coupled Nonlinear Schrödinger Equations), Department of Mathematics, University of Michigan, 1997.
  27. Member, PhD committee for David Stuenkel, (Measurement of Dose Equivalent Rate in Mixed Fast Neutron-Gamma Ray Fields using a Liquid Scintillator), Department of Nuclear Engineering, University of Michigan, 1997.

Presentations:

  1. Conference on Applied Inverse Problems 2007: Theoretical and Computational Aspects, Vancouver, Canada, 27 June 2007. Numerical Analysis of Elliptic Inverse Problems.
  2. Colloquium, Department of Mathematical Sciences, Michigan Technological University, 12 February 2007. Numerical analysis of elliptic inverse problems.
  3. Computational Science and Engineering Seminar, Michigan Technological University, 17 February 2006. Computational issues in elliptic inverse problems.
  4. Colloquium, Department of Mathematical Sciences, Michigan Technological University, 6 February 2006. Inverse Problems in Elasticity.
  5. SIAM Great Lakes Section, Spring Meeting 2004 (NUMPDES: Numerical Solution of PDEs), 24 April 2004. Invited talk: Elliptic inverse problems with interior data.
  6. St. Norbert College, Math Club, 11 February 2004. Talked about graduate school and the graduate program at Michigan Tech.
  7. Michigan Undergraduate Mathematics Conference, 25 October 2003. The graduate program at Michigan Tech.
  8. IMA Workshop: Optimization in Simulation Based Models, 16 January 2003. The Standard Vector Library.
  9. Colloquium, Department of Mathematics, Taylor University, 31 October 2002. Boundary Control of the 1D Heat Equation.
  10. Colloquium, Department of Mathematics and Computer Science, Hillsdale College, 30 October 2002. Boundary Control of the 1D Heat Equation.
  11. Colloquium, Department of Mathematics and Computer Science, Alma College, 29 October 2002. Boundary Control of the 1D Heat Equation.
  12. Applied Math Seminar, Department of Mathematical Sciences, Michigan Technological University, 17 April 2001. Adaptive Simulation, the Adjoint State Method, and Optimization.
  13. First Sandia Workshop on Large-Scale PDE-Constrained Optimization, Santa Fe, NM, 6 April 2001. Adaptive Simulation, the Adjoint State Method, and Optimization.
  14. The Rice Inversion Project Annual Meeting, Houston, Texas, 10 November 2000. TRIP Projects at Michigan Tech.
  15. Argonne National Laboratory, working group on ``Next Generation Optimization Software'', 16 October 2000. An Overview of the Hilbert Class Library.
  16. AD2000: The 3rd International Conference on Automatic Differentiation: From Simulation to Optimization, Nice, France, 20 June 2000. Automatic Differentiation and the Adjoint State Method.
  17. Applied Math Seminar, Department of Mathematical Sciences, Michigan Technological University, 4 April 2000. Efficient and automatic implementation of the adjoint state method.
  18. NUMPDES 2000: the Third Forum on Numerics and Modeling for Partial Differential Equations, University of Michigan - Dearborn, 1 April 2000. Efficient and Automatic Implementation of the Adjoint State Method.
  19. Department of Mathematics, Michigan State University, 29 March 2000. Object-oriented programming for scientific computing: is it worth it?.
  20. "Emerging Computational Technologies", Department of Computational and Applied Mathematics, Rice University, April 9, 1999. HCL: linking large-scale optimization with complex simulations.
  21. HSEMB 99 (Houston Society for Engineering in Medicine and Biology), Houston, February 12, 1999. Material identification via biaxial testing.
  22. Department of Mathematics, Virginia Tech, February 11, 1998. The Hilbert Class Library: Linking large-scale optimization with complex simulations.
  23. Department of Mathematical Sciences, Montana State University, February 6, 1998. The Hilbert Class Library: Linking large-scale optimization with complex simulations.
  24. Department of Mathematics and Statistics, Calvin College, February 4, 1998. The Hilbert Class Library: Linking large-scale optimization with complex simulations.
  25. Department of Mathematics, Whitman College, January 30, 1998. The Hilbert Class Library: Linking large-scale optimization with complex simulations.
  26. Department of Mathematical Sciences, Michigan Technological University, January 26, 1998. The Hilbert Class Library: Linking large-scale optimization with complex simulations.
  27. IBM Thomas J. Watson Research Center, August 19, 1997. C++ classes for linking simulation and optimization.
  28. Fourth SIAM Conference on Mathematical and Computational Issues in the Geosciences, June 16-19, 1997, Albuquerque, NM. The Hilbert Class Library: C++ classes for optimization.
  29. American Mathematical Society, Meeting of the Central Section, Detroit, Michigan, May 2-4, 1997. Output Least-Squares Minimization for Recovering Elastic Moduli in an Isotropic Membrane.
  30. Mechanical Engineering Seminar, University of Michigan, April 23, 1997. Object-Oriented Programming in the design of Mathematical Software: Why and How.
  31. American Mathematical Society, Meeting of the Western Section, Corvallis, Oregon, April 19-20, 1997. Recovering spatially-varying Lamé parameters from a traction experiment.
  32. Applied Mathematics Seminar, University of Michigan, April 7, 1997. Recovering spatially-varying Lamé parameters from a traction experiment.
  33. Workshop on object-oriented numerics and reproducible research in computational geophysics, Stanford University, June, 1996. Lectures on The design and application of the Hilbert Class Library.
  34. The Fourth Annual Object-Oriented Numerics Conference, Mississippi State University, March 27-29, 1996. The Hilbert Class Library: a library of abstract C++ classes for optimization and inversion.
  35. Applied Mathematics Seminar, University of Michigan, March 11, 1996. Duality for inverse problems in wave propagation: a simple example.
  36. The Rice Inversion Project Annual Meeting, Houston, Texas, August, 1995. Object-oriented design for inversion software: a proposal.
  37. The Rice Inversion Project Annual Meeting, Houston, Texas, August, 1995. Duality for seismic velocity inversion.
  38. Third SIAM Conference on Mathematical and Computational Issues in the Geosciences,1995, San Antonio, Texas. Poster presentation on The use of convex duality in seismic velocity inversion.
  39. Third SIAM Conference on Mathematical and Computational Issues in the Geosciences,1995, San Antonio, Texas. Poster presentation on The dual regularization method for seismic velocity inversion.
  40. The Fifteenth International Symposium on Mathematical Programming, Ann Arbor, Michigan, August, 1994. Contributed presentation on Seismic Velocity Inversion.
  41. The Rice Inversion Project Annual Meeting, Houston, Texas, July, 1994. An Abstract Analysis of Differential Semblance Optimization.
  42. The Rice Inversion Project Annual Meeting, Houston, Texas, June, 1993. Comparing objective functions for velocity inversion.

Teaching experience:
  1. Taught in The Merit Workshop at University of Illinois (improving Calculus achievement by minorities)
  2. Used Calculus & Mathematica (a reform Calculus curriculum)
  3. Taught in University of Michigan Calculus Program (reform Calculus using Harvard Curriculum)
  4. Taught undergraduate mathematics in Malaysia in ITM/MUCIA-Indiana University program
  5. Use of technology:
    1. TI-82 Calculator and Mathematica for Calculus
    2. Matlab for Numerical Analysis and Partial Differential Equations
    3. Maple and Mathematica for Partial Differential Equations
  6. Directed several ``REUs'' (Research Experience for Undergraduates) (summer 1994, summer 1997, 1997-98)
  7. Courses taught:
    1. Scientific Programming
    2. Numerical Methods for PDEs
    3. Numerical Optimization
    4. Discrete Optimization
    5. Ordinary Differential Equation and Dynamical Systems
    6. Continuum Mechanics and Partial Differential Equations
    7. Inverse Problems and Medical Imaging
    8. Finite Element Methods for Elliptic BVP
    9. Numerical Linear Algebra/Elliptic BVP
    10. BVP in Partial Differential Equations
    11. Introductory Numerical Analysis
    12. Ordinary Differential Equations
    13. Linear Algebra
    14. Calculus sequence
    15. Trigonometry
    16. Discrete Mathematics

Other professional activities:
  1. Review textbook on numerical partial differential equations for CRC Press, 2008.
  2. Review book proposal on Matlab programming for Cambridge University Press, 2007.
  3. Reviewed textbook on linear algebra for McGraw-Hill, 2007.
  4. Chair, Dean Search Committee, College of Sciences and Arts, Michigan Technological University, 2007-08.
  5. Reviewed textbook on numerical methods for differential equations for SIAM, 2006
  6. Reviewed textbook on numerical methods for differential equations for Prentice-Hall, 2004
  7. Reviewed textbook on numerical analysis for the Prentice-Hall, 2000.
  8. Reviewed textbook on numerical methods for Wiley, 1999.
  9. Participant, First Annual Los Alamos Computer Science Institute Symposium, Sante Fe, New Mexico, June 7-8, 1999.
  10. Refereed papers for:
    1. ACM Transactions on Mathematical Software
    2. Optimization and Engineering
    3. Inverse Problems
    4. Mathematics and Mechanics of Solids
    5. Physics Letters A
    6. SIAM Journal on Applied Mathematics
    7. Journal of Optimization Theory and Applications
    8. Mathematical Programming
  11. Refereed grant proposals for the National Science Foundation, 1998, 1999, 2000.
  12. Presented short course on Object-oriented programming and C++ for the Spend a Summer with a Scientist program (promoting careers in mathematics and science for minority students) at Rice University, 1994.
  13. Served as faculty mentor for a Malay instructor, ITM/MUCIA-Indiana University Cooperative Program in Malaysia, 1991-92.
  14. Chair, Committee to recognize excellence in teaching, Department of Mathematics, University of Illinois, 1990.


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Mark Gockenbach 2008-04-30