Page 119 of Antelope Valley College 1995-1996 Catalog by Antelope Valley Community College Lancaster California

Corequisite: Concurrent enrollment 3 units 6 hours weekly Prerequisite: Eligibility for MATH A. 3 units 6 hours weekly Prerequisite: Completion of ENGR 19. 3 units 6 hours weekly Prerequisite: Completion of ENGR 19 and Eligibility for MATH C. 3 units 3 hours weekly Prerequisite: Completion of CHEM 1A and PHYS 4A. 3 units 3 hours weekly Prerequisite: Completion of MATH 7A and PHYS 4A. 1 unit 1 hour weekly in ENGR 35. 3 units 3 hours weekly Prerequisite: Cornpletion of ENGR 35. 1 unit 1 hour weekly Corequisite: Concurrent enrollment in ENGR 36. 3 units 3 hours weekly Prerequisite: Completion of ENGR 35 and MATH 7C. 3 units 6 hours weekly Prerequisite: Completion of ENGR 19. Advisory: Completion of CIS 40 and Eligibility for ENGL 50BR4 and ENGL 51BR2. 4 units 6 hours weekly Prerequisite: Completion of MATH 7B and PHYS 4B. Engineering 117 ENGR 19 *BASIC ENGINEERING DRAWING Introductory engineering drawing covering lettering, use of instruments and rulers, applied geometry, sketching, sectional views, orthographic projection drawings, simple auxiliary views. Computerized interactive software will be introduced. (Computer Aided Design.) (CSU, AVC) ENGR 20 INTERMEDIATE ENGINEERING DRAWING A second course in engineering drawing covering fasteners, successive auxiliary views, pictorial drawing (including shading and exploded views), development, and working drawings. (CSU, AVC) ENGR 25 DESCRIPTIVE GEOMETRY A course extending the students knowledge of engineering drawing to include descriptive geometry as a designers tool, the development of auxiliary views for special applications, and application of graphics to the solution of mathematical engineering problems, and nomography as a means of solving problems and presenting data. (CSU, UC, AVC) ENGR 30 MATERIALS SCIENCE A course in the study of production, composition, testing methods and properties of important engineering materials. Emphasizes relation of the atomic structure of engineering materials to their physical properties. (CSU, UC, AVC) ENGR 35 STATICS An analytical and graphical study of force systems, concurrent and non-concurrent, coplanar and non-coplanar. Centroids, moment of inertia, friction, and virtual work will be studied; vector methods and calculus will be used as appropriate. (CSU, UC, AVC) ENGR 35PSS *STATICS PROBLEM SOLVING SESSION A problem solving session for ENGR 35, Statics, which augments the theoretical lecture session with necessary hands -on experience. (CSU, AVC) ENGR 36 *STRENGTH OF MATERIALS Stresses and strains under axial, shearing, and torsional forces; flexural stresses and deflections of simple beams; columns and combined stresses. Failure theories, statically indeterminate problems, and energy methods will be considered. (CSU, UC, AVC) ENGR 36PSS *STRENGTH OF MATERIALS PROBLEM SOLVING SESSION A problem solving session for ENGR 36, Strength of Materials. (CSU, AVC) ENGR 37 DYNAMICS Vector calculus of absolute and relative motion of particles and rigid bodies in translating and rotating reference frames. Newtons laws of motion, work- energy, and impulse-momentum. (CSU, UC, AVC) ENGR 41 COMPUTER AIDED DESIGN Same course as CNST TEC 61C. This is the first course in computer assisted drafting and design (CADD). This course utilizes CADD in design and modifying technical drawings. The course emphasizes basic technology skills which are necessary to function as an entry level CADD operator. (CSU, AVC) ENGR 45 CIRCUIT ANALYSIS Ohms and Kirchoff's Law, Mesh and Nodal analysis, basic network theorems, RL and RC transients, phasors and steady- state sinusoidal analysis, current, voltage and power relationships, polyphase circuits, magnetic coupling, elementary transformers. (CSU, UC, AVC)

[close]