Helping Engineers Learn mathematics



HELM - Helping Engineers Learn Mathematics - is a major 3-year curriculum development project to support the mathematical education of engineering students. The project is sponsored by the Higher Education Funding Council for England (HEFCE) through phase 4 of the Fund for the Development for Teaching and Learning (FDTL4).

HELM Workbooks

This page allows you to access all currently available HELM workbooks (in pdf format).

To view these workbooks, you need Adobe Acrobat reader. If you do not have it, you can download the Adobe Acrobat reader (it's free!) here.

To get more information about the HELM project, visit the HELM web site

Click on a link below to make your choice.

      1. Basic Algebra       2. Basic Functions       3. Equations, Inequalities And Partial Fractions
      4. Trigonometry       5. Functions and modelling       6. Exponential and Logarithmic functions
      7. Matrices       8. Matrix solution of equations      9. Vectors
      10. Complex Numbers       11. Differentiation       12. Applications Of Differentiation
      13. Integration       14. Applications of integration 1       15. Applications of integration 2
      16. Sequences And Series       17. Conics and polar coordinates       18. Functions Of Several Variables
      19. Differential Equations       20. The Laplace Transform       21. The Z transform
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      22. Eigenvalues and eigenvectors       23. Fourier series       24. Fourier transforms
      25. Partial Differential Equations       26. Functions of complex variables       27. Multiple Integration
      28. Vector Calculus 1       29. Vector Calculus 2       30. Introduction to Numerical Methods
      31. Numerical methods of approximation       32. Numerical solution of initial value problem       33. Numerical solution of boundary value problem
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      34. Optimisation       35. Sets and Probability       36. Descriptive Statistics
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      37. Discrete Probability Distributions       38. Continuous Probability Distributions       39. Normal Distribution
      40. Sampling Distributions and Estimation       41. Hypothesis Testing       42. Goodness of Fit and Contingency Tables
      43. Regression and Correlation       20. ANOVA (Analysis of Variance)       45. Non-parametric Methods
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      46. Reliability and Quality Control       47. Case Study 1: Modelling Motion       48. Case Study 2: Modelling Waves
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Please send technical queries, bug reports and other relevant comments to: HELM Learning Technologist.

If you would like to find out more about the HELM project, please email the HELM project administrator or visit the HELM project web site.

© April 2004, HELM Project