The curriculum consists of the lectures, the problem sets, the listed sections from the textbook, as well as the listed notes.

Be aware that mistakes in the curriculum list may occur. Ask if you are uncertain!

Advanced Engineering Mathematics by Erwin Kreyszig.

• 6.1-6.7 (only 4N)
• 11.1-11.4, 11.7, 11.9
• 12.1-12.7
• 19.1-19.3 until p. 812 (until "Equal Spacing"), 19.5
• 20.1-20.3
• 21.1-21.3, 21.4, 21.6-21.7

• 6.1-6.7 (only 4N)
• 11.1-11.7, 11.9 to p. 524 (til DFT)
• 12.1-12.6
• 19.1-19.3 until p. 804 (until "Equal Spacing"), 19.5
• 20.1-20.3
• 21.1, 21.3-21.4, 21.6

This list may be extended as we progress.

• Complex form of Fourier series
• Newton's method for systems of equations
• Stability of numerical methods for ODEs
• Butcher tables
• Crank–Nicolson method presented somewhat differently than in Kreyszig

The plan is tentative and changes can occur.

In weeks 7 and 8 Matematikk 4M and 4N split. The Matematikk 4N lectures will cover the Laplace transform, while 4M features an introduction to Matlab.