Prerequisite(s): None.
Interdisciplinary Course: Engineering, Engineering Design Technology Introduction to engineering and technical drawings through the use of sketching, computer-aided drafting (CAD) and dimensioning. Techniques covered include geometric construction, orthographic projection, pictorial methods, section and auxiliary views, basic descriptive geometry, 2D CAD, and 3D CAD parametric solid modeling. May not be taken concurrently with or after EDT 8A or DRFTG 8A. Recommended MATH 402 or MATH 400B. Total of 27 hours lecture and 81 hours laboratory. Transfer Credit: CSU; UC Grading: Letter Grade Only

   #2884  8:20am-11:40am MW      LecLab  IT215  DAVILA S    

Prerequisite(s): None.
Introduction to the field of engineering with emphasis on engineering activities characterized in different engineering disciplines and functions. Topics include education and training requirements, ethical and environmental concerns, historical and engineering design activities. Recommended enrollment in or completion of MATH 9 or preparation to enter MATH 5A. Total of 18 hours lecture and 54 hours of laboratory. Transfer Credit: CSU; UC Grading: Letter Grade Only

   #0317  8:30am-10:45am TuTh    LecLab  IT215  DAVILA S    

Prerequisite(s): Chem 1A and mathematics through trigonometry.
Physical properties of engineering materials; their reactions to conditions encountered in various uses; processes by which they are produced and treated. Total of 54 hours lecture. Transfer Credit: CSU; UC Grading: Letter Grade Only

   #0968  1:00pm- 2:45pm MW      Lecture IT215  DAVILA S    

Prerequisite(s): Math 5B, Phys 1A.
Composition and resolution of co-planar and non-planar force systems; equilibrium of rigid bodies; distributed forces; forces in trusses; frames and cables; shear and bending moments in beams; moments of inertia of areas and bodies. Total of 54 hours lecture. Transfer Credit: CSU; UC Grading: Letter Grade Only

   #0430  8:50am-10:25am TuTh    Lecture IT206  SALOMON P M 

Prerequisite(s): Math 5B.
Mesh and nodal analysis of electric circuits using Ohm's and Kirchhoff's Laws; Thevenin and Norton Theorems; superposition; transient analysis of RL and RC circuits; steady state analysis of AC circuits; analysis of passive two-port networks; polyphase circuits. Total of 54 hours lecture. Transfer Credit: CSU; UC Grading: Letter Grade Only

   #1434 10:25am-   Noon TuTh    Lecture IT206  SALOMON P M