Teaching of Stefan Heinz

Fall 2024 Courses

1. MATH 430001: Mathematical Modeling I

2. MATH 225004: Elementary Linear Algebra

Spring 2024 Courses

3. MATH 549001: Machine Learning for Fluid Dynamics

Fall 2023 Courses

4. MATH 430001: Mathematical Modeling I

5. MATH 225004: Elementary Linear Algebra

Spring 2023 Courses

6. MATH 549001: Machine Learning for Fluid Dynamics

Fall 2022 Courses

7. MATH 430001: Mathematical Modeling I

8. MATH 225004: Elementary Linear Algebra

Spring 2022 Courses

9. MATH 525501: Mathematical Theory of Probability

Fall 2021 Courses

10. MATH 430001: Mathematical Modeling I

11. MATH 231005: Applied Differential Equations I

Spring 2021 Courses

12. MATH 4265/526501: Introduction Theory Statistics

13. MATH 231002: Applied Differential Equations I

Fall 2020 Courses

14. MATH 225002: Elementary Linear Algebra

15. MATH 430001: Mathematical Modeling I

Spring 2020 Courses

16. MATH 225003: Elementary Linear Algebra

17. MATH 231005: Applied Differential Equations I

Fall 2019 Courses

18. MATH 549002: Principles of Stochastic Modeling

19. MATH 430001: Mathematical Modeling I

Spring 2019 Courses

20. MATH 525501: Mathematical Theory of Probability

21. MATH 231003: Applied Differential Equations I

Spring 2018 Courses

22. MATH 549003: Principles of Stochastic Modeling

23. MATH 231003: Applied Differential Equations I

Fall 2017 Courses

24. MATH 540001: Methods of Applied Mathematics

25. MATH 540080: Methods of Applied Mathematics

26. MATH 430001: Mathematical Modeling I

Fall 2016 Courses

27. MATH 549001: Principles of Stochastic Modeling

28. MATH 430001: Mathematical Modeling I

Spring 2016 Courses

29. MATH 225003: Elementary Linear Algebra

30. MATH 231005: Applied Differential Equations I

Fall 2015 Courses

31. MATH 540001: Methods of Applied Mathematics

32. MATH 430001: Mathematical Modeling I

Spring 2015 Courses

33. MATH 220502: Calculus II

34. MATH 220503: Calculus II

Fall 2014 Courses

35. MATH 430001: Mathematical Modeling I

Spring 2014 Courses

36. MATH 231004: Applied Differential Equations I
37. MATH 425501: Mathematical Theory of Probability

Fall 2013 Courses

38. MATH 430001: Mathematical Modeling I

Spring 2013 Courses

39. MATH 430001: Mathematical Modeling I
40. MATH 549001: Principles of Stochastic Modeling

Fall 2012 Courses

41. MATH 540001: Methods of Applied Mathematics
42. MATH 430001: Mathematical Modeling I

Spring 2012 Courses

43. MATH 231004: Applied Differential Equations I
44. MATH 532001: Mathematical Modeling II

Fall 2011 Courses

45. MATH 540001: Methods of Applied Mathematics

Spring 2011 Courses

46. MATH 231004: Applied Differential Equations I
47. MATH 549001: Principles of Stochastic Modeling

Spring 2010 Courses

48. MATH 425501: Mathematical Theory of Probability

Fall 2009 Courses

49. MATH 549001: Stochastic Methods in Applied Sciences
50. MATH 430001: Mathematical Modeling I

Spring 2009 Courses

51. MATH 231004: Applied Differential Equations I
52. MATH 532001: Mathematical Modeling II

Fall 2008 Courses

53. MATH 430001: Mathematical Modeling I

Spring 2008 Courses

54. MATH 231004: Applied Differential Equations I
55. MATH 532001: Mathematical Modeling II

Fall 2007 Courses

56. MATH 221002: Calculus III
57. MATH 430001: Mathematical Modeling I

Spring 2007 Courses

58. MATH 331001: Applied Differential Equations II
59. MATH 532001: Mathematical Modeling II

Fall 2006 Courses

60. MATH 231002: Applied Differential Equations I
61. MATH 430001: Mathematical Modeling I

Spring 2006 Courses

62. MATH 221002: Calculus III
63. MATH 444001: Partial Differential Equations I

Fall 2005 Courses

64. MATH 220501: Calculus II
65. MATH 220502: Calculus II

Spring 2005 Courses

66. MATH 220005: Calculus I
67. MATH 220006: Calculus I

Fall 2004 Courses

68. MATH 532001: Mathematical Modeling of Processes
69. MATH 220003: Calculus I

Previous Courses

1. Probability Methods

2. Stochastic Differential Equations

3. Theoretical Fluid and Thermodynamics

4. Environmental Turbulence

5. Turbulent Reacting Flows I: Modeling

6. Turbulent Reacting Flows II: Simulation