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Golik, Wojciech

Department Chair, Mathematics and Professor
Young Hall 318
(636) 949-4701

Course Information

Term Course Course Name

SP SEM 15 MTH 30300 11  Calculus III
SP SEM 15 MTH 35100 21  Numerical Methods
SP SEM 15 MTH 39200 11  Special Topics: Seminar on Collegiate MTH Competition
SU I 15 MTH 14100 OL31 ONLNE Basic Statistics (GE-Math)
FA SEM 15 MTH 14200 14  Quantitative Methods for Business (GE-Math)
FA SEM 15 MTH 14200 22  Quantitative Methods for Business (GE-Math)
FA SEM 15 MTH 31500 11  Linear Algebra I
FA SEM 15 MTH 36100 21  Applied Engineering Mathematics


A native of Poland, Dr. Wojciech L. Golik has been Professor of Mathematics at Lindenwood since 2002 and Chair of Division of Mathematics, Computer Science, Physics and Pre-Engineering since 2008.   He and his wife Joletta have lived in St. Louis since 1988. 

Educational and Professional Experience

Dr. Golik has an M.Sc. in Mechanical Engineering from Poznan Technological University in Poland.   After graduation he worked for a year in Poland as an engineer.   In 1983 he came to the US where he earned an M.Sc. and Ph.D, both in Mathematics, from New Mexico State University.  He has taught mathematics and computer science courses for nearly 30 years at New Mexico State University,  University of Missouri at St. Louis, St. Louis Community College, Webster University, and Lindenwood University.


Dr. Golik is a member of the Mathematical Association of America, the American Mathematical Society, and the American Contract Bridge League.  

Research Interests

Dr. Golik primary research interest lie in the area of numerical analysis, in particular, in numerical solutions of differential and integral equations (DIEs).  His research papers dealt with optimizing the performance of numerical algorithms for DIEs with respect to their speed and accuracy of approximations.  His most recent research papers dealt with algorithm improvements for computational electromagnetics, a branch of computational mathematics used in computer simulations of electromagnetic phenomena.

Teaching Interests

Dr. Golike have taught about 30 different mathematics, computer science, and engineering courses during his professional career.  Recently he has taught courses in Statistics, Calculus, History of Mathematics, and Linear Algebra.

Selected Publications

  • W.L. Golik, 'Sparsity and conditioning of impedance matrices obtained with semi-orthogonal and biorthogonal wavelet bases', IEEE Trans. Antennas Prop., 48(4), 473-481, 2000.
  • W.L. Golik, ' Parallel solvers for planar elliptic grid generation equations' , J. Parallel Algorithms and Applications, 14,175-186, 2000 .
  • W.L. Golik, ` A note on an adaptive algorithm based on Chebyshev coefficients for two-point boundary value problems', Proyecciones, 17(2), 201-213, 1998.
  • W.L. Golik, ` Wavelet packets for fast solution of electromagnetic integral equations', IEEE Trans. Antennas Prop., 46(5), 618-625, 1998.
  • P. Amogio, W.L. Golik, and F. Mazzia, ` Variable step boundary value methods based on reverse Adams schemes and their grid redistribution', Appl. Num. Math., 18, 5-21, 1995.
  • W.L. Golik and J.A. Kolodziej, ` An adaptive boundary collocation method for linear PDEs', Num. Meth. for PDEs, 11, 555-600, 1995.
  • W.L. Golik, ` Numerical study of multigrid methods with various smoothers for the elliptic grid generation equations', in: N.D. Melson, T.A. Manteuffel, S.F. McCormick (eds.): Seventh Copper Mountain Conference on Multigrid Methods, NASA Conference Publ. 3339, 339-347, 1995.
  • W.L. Golik, ` Order increasing grid adaption for Runge-Kutta methods applied to two-point boundary value problems', Computers Math. Applic. 27(4), 59-75, 1994.
  • W.Connett, W. Golik, A. Schwartz, ` A superconvergent scheme on irregular grids for systems of two-point boundary value problems', Comp. Appl. Math., 12(3), 227-246, 1993.
  • W.L. Golik, ` Continuous dependence of solutions of some inverse problems in heat conduction', Appl. Mat. 21(4), 491-501, 1993.
  • W.L. Golik, 'Convergence of boundary element methods in numerical solutions of Fourier problems', Proyecciones 10(1), 1-12, 1991.
  • W.Connett, W.L. Golik, A. Schwartz, 'Superconvergent grids for two-point boundary value problems', Comp. Appl. Math. 10(1),43-58, 1991.

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