On the basis of
REA1141 Mathematics 1
Expected learning outcomes
The students will learn mathematical tools and methods for engineering problem solving, and acquire a foundation for further study in mathematics and engineering. The course emphasizes modeling and applications.
- Understand the relevance of mathematics in engineering problem solving
- Able to identify applications of mathematics in engineering subjects
- Know the possibilities and limitations of mathematical software
The course gives in-depth knowledge in the areas of linear algebra with selected applications, power series and extreme value problems, with:
- able to understand and use mathematical language.
- able to use mathematical methods and software to solve problems.
- able to judge accuracy of numerical results.
- basic mathematical reasoning
- able to do simple mathematical modeling
The skills are developed by applications to the knowledge areas.
Systems of linear equations:
- Vector spaces
- Linear transformations
- Eigensystems and diagonalisation
- Series, sequences and convergence
- Taylor series
- The element method
- Extreme value problems in several variables using partial derivatives and the least squares method
Teaching Methods (additional text)
For Fleksibel ingeniørutdanning:
- Nettmøter (Elluminate, samlinger)
Form(s) of Assessment
Written exam, 4 hours
Alphabetical Scale, A(best) – F (fail)
Sensureres av intern sensor (emnelærer).
Ekstern sensor benyttes periodisk (hvert 3-4 år) til retting og til utarbeiding av eksamensoppgaver. Neste gang: 2013.
Det arrangeres egen kontinuasjonseksamen for den skriftlige eksamenen.
At least four problem sheets, including at least one using mathematical software, must be completed to take the exam.
Otto Bretscher, Linear algebra with applications
Edwards & Penney, Calculus, Early Transcendentals
Lecture notes published on classfronter
Replacement course for
Matematikk 15 og 20
Credit reduction due to overlapping course REA2051: 100%