Students may take either the sequence of EN18 and EN19 or EN50, but not both. Included are orthographic projection, freehand sketching and use of CAD systems. Principle emphasis on formulation of problems and their solution within framework of the C programming language.
Content varies from year to year.
Topics include direct stresses, torsion, bending and deflection of beams and column action as well as statically determinate and indeterminate structures. Topics include equilibrium of particles and rigid bodies, vector representation of forces in two and three dimensions, movement of a force about a point or axis, particle and rigid body dynamics, plane motion, and mechanical vibrations. Passive and active electrical elements are covered using the axiomatic approach. Interconnection of passive and active elements is analyzed by use of Kirchoff's current and voltage laws, superposition, reciprocity and theorems of Thevinin and Norton. Models to represent various electrical devices are developed.