Upon approval in this curricular unit, the student should be able to:

1. understand the basic concepts of limit, continuity and differentiability of scalar and vector fields;
2. solve problems in the context of Mathematics, Physics and Engineering involving the Chain Rule;
3. understand the calculus of multiple integrals, identifying the geometrical representation of the domain and the convenient coordinates to be used;
4. define parametric representations of lines and surfaces;
5. interpret and solve Engineering problems using properties and theorems relative to line and surface integrals;
6. use spacial reasoning and visualisation in the analysis and solution of real problems;
7. devise models for real situations using scalar and/or vector fields;
8. show a basic knowledge in the area of ordinary differential equations, including the solution of some differential equations of 1st order;
9. apply the properties of linear differential equations;
10. solve linear differential equations with constant coefficients;
11. choose autonomous and judicious learning strategies.

Curricular Unit Form