Chabot College | Class Schedule | Spring 2010 Spring 2010

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C h a b o t C o l l e g e | C l a s s S c h e d u l e | S p r i n g 2 0 1 0 C h a b o t Spring Schedule of Classes – Listings by Subject D/E/S CRN Type Day[s] Times Room Instructor Dates Code Sec D/E/S CRN Type Day[s] Times Room Instructor Dates Code Sec D/E/S CRN Spring ClaSSeS Where are electronic systems used? Everywhere! Who uses electronic systems? Everyone! How can I learn about electronic systems technology? Sign up for one (or more) of the NEW courses in Electronic Systems Technology! • ESYS 50 – Introduction to Electronic Systems Technology: Learn basic electronic theory, measurement equipment and techniques, and troubleshooting skills for electronic systems • ESYS 51 – Fabrication Techniques for Electronic Systems Technology: Learn to solder and use common tools for electronic systems fabrication and repair • ESYS 53 – Personal Computer Systems: Learn how to build, troubleshoot, configure, and update your own PC, for you to keep when you finish the course! These three courses are each eight weeks long, with a combination of online lecture and evening inclass lab activity. There are no prerequisites! (Basic computer skills and internet access are needed for the online lecture.) By Arr 2.2 Hrs/Wk TBA ESYS 55A-EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://chabotcollege.edu/online. ESYS 55B DIGITAL LOGIC SYSTEMS 2.0 Units Architecture, programming, application and troubleshooting of complex programmable logic device (CPLD) electronic systems. Includes programming in VHDL. Digital building blocks, number systems, Boolean algebra, combinational and sequential logic, integrated logic families, digital circuit measurement techniques and instrumentation, troubleshooting techniques. Prerequisite: ESYS 55A or equivalent. E 32670 Lab Wed 6:00 10:15 1602 CASINI 03/24-05/19 GR EN1 By Arr 2.2 Hrs/Wk TBA ESYS 55B-EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://chabotcollege.edu/online ESYS 56A ELECTRONIC POWER SYSTEMS I 2.0 Units Switching power supply systems. Alternative energy systems. Advanced power bus management and control systems. Prerequisite: ESYS 52 or equivalent. E 32667 Lab Th 6:00 10:15 1616 PHILLIPS 01/21-03/11 GR EN1 By Arr 2.2 Hrs/Wk TBA ESYS 56A-EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://chabotcollege.edu/online. ESYS 56B ELECTRONIC POWER SYSTEMS II 2.0 Units ESYS 59 Introduc ing, and the Netw hardware view of L E 32671 ESYS 59 mation, s schedule Ar Do Do Com (EN how mak to ex The abou For more information, visit www. ChabotCollege.edu/ESYS or email Wayne Phillips at wphillips@chabotcollege.edu ESYS 54 ANALOG CIRCUITS/SEMICONDTR DVC 2.0 Units Analog circuits, including amplifiers, oscillators, and filters, using single-chip analog devices, operational amplifiers, field-effect transistors, bipolar transistors. Prerequisite: ESYS 52 or equivalent. E 32663 Lab Tue 6:00 10:15 1602 PHILLIPS 01/19-03/09 GR EN1 By Arr 2.2 Hrs/Wk TBA ESYS 54-EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://www.chabotcollege.edu/online. ESYS 55A MICROCONTROLLER SYSTEMS 2.0 Units Architecture, programming, application and troubleshooting of singlechip microcontroller electronic systems. Digital building blocks, number systems, programming in high-level and assembly language. Interfacing the microcontroller for practical applications, measurement techniques and instrumentation, troubleshooting techniques. Prerequisite: ESYS 50 or equivalent. E 32665 Lab Wed 6:00 10:15 1602 CASINI 01/20-03/10 GR EN1 Power supply transformer, rectifier and filtering circuits. Measurement of line and load regulation, ripple, and efficiency in linear and switching power supply systems. Linear regulation techniques and troubleshooting. Prerequisite: ESYS 56A or equivalent. E 32668 Lab Tue 6:00 10:15 1616 PHILLIPS 03/18-05/20 GR EN1 By Arr 2.2 Hrs/Wk TBA ESYS 56B EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://chabotcollege.edu/online. ESYS 58 WIRELESS COMMUNICATION SYSTEMS 2.0 Units Introduction to wireless communications concepts and data communications, including modulation techniques, antenna and wave propagation. Digital data communication fundamentals and digital modulation techniques. Fiber optic and laser technology. Prerequisite: ESYS 52 or equivalent. E 32669 Lab Tue 6:00 10:15 1602 PHILLIPS 03/23-05/18 GR EN1 By Arr 2.2 Hrs/Wk TBA ESYS 58-EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://chabotcollege.edu/online. Co ESYS 6 Hands-o Includes Home ne ponents video ins troublesh E 32673 L This sect informat the sched 54
n g 2 0 1 0 C h a b o t C o l l e g e | C l a s s S c h e d u l e | S p r i n g 2 0 1 0 Spring Schedule of Classes – Listings by Subject ode Sec D/E/S CRN Type Day[s] Times Room Instructor Dates Code Sec D/E/S CRN Type Day[s] Times Room Instructor Dates Code Sec l nd of Units mplex proolean ies, eshoot- R EN1 l nd of Units vanced 52 or R EN1 l nd of Units ment tching ooting. ESYS 59 COMMUNICATION NETWORK SYSTEMS 2.0 Units Introduction to communications concepts, data communications, networking, and internetworking. Includes part, but not all, of the objectives for the Network+ certification exam. Review of major network components: hardware, software, protocols (TCP/IP), topologies, and cabling. Overview of LAN administration, setup, and installation. E 32671 Lab Wed 6:00 10:15 1602 CASINI 03/24-05/19 GR EN1 By Arr 2.2 Hrs/Wk TBA ESYS 59-EN1 is partially taught online. For important additional information, see the Online Course Information page toward the end of the schedule AND go to http://chabotcollege.edu/online. Are you interested in Math & Science? Do you like to create, design, invent, or improve useful products? Do you want to prepare for a career and not just a job? If so, you have great potential for a future in engineering. Come join us in: Engineering Design Graphics (ENGR 22)! Learn what engineers do, how they do it, how to become an engineer, how to design parts by making computer-generated “BluePrints” and what to expect from this important and rewarding career. The one prerequisite is an interest in, or curiosity about, engineering. For more information, go to the Chabot College Engineering website at: http://online. chabotcollege.edu/bmayer/index.htm. Engineering ENGR 11 ENGINEER DESIGN AND ANALYSIS 2.0 Units An introduction to the engineering design process from a practical and professional perspective. Student teams work on a term-long engineering project that entails the creation of a design for a useful object with moving parts that require the application of some external power source. Conceptual and Critical/Final design reviews require teams to describe and justify the effectiveness, and likely customer-acceptance, of the design. The student designer: select materials, components, sources of supply; produce detailed estimate for the production-cost. When needed students use engineering software tools (such as MATLAB) to assess and predict the kinematic, structural, thermal, electrical, fluid-flow, wear/ corrosion, and magnetic performance of the proposed design. Students are encouraged to build from the design plans a form-and-fit mock-up, or if possible a fully functioning prototype. Strongly recommended: Engineering 22. D 32605 Lec Mon 1:00 1:50 905 MAYER 01/19-05/28 GR 001 Lab Mon 2:00 2:50 905 Lab Wed 1:00 2:50 905 ENGR 22 ENGINEERING DESIGN GRAPHICS 3.0 Units Introduction to the engineering-design process, and to technical-graphic communications tools used by engineers. Conceptual design of products. Development of spatial reasoning skills. Orthographic and axonometric projection-drawing techniques. Tolerance analysis for fabrication. Documentation of designs through engineering working-drawings. Use of AutoCAD Computer-Assisted Drawing Software as a design tool. Basic CAD 3-dimensional solid-modeling. Strongly recommended: Mathematics 36 or 36Y or 37 or 38 and English 1A or 52A. D 31359 Lec MW 10:30 11:20 905 SLUTZ BARAN 01/19-05/28 GR 001 Lab MW 11:30 12:45 905 ENGR 25 COMP METHODS ENGINEER/SCIENCE 3.0 Units Spring claSSeS R EN1 l inof the 0 Units unigaation 52 or R EN1 inforthe ESYS 62 HOME TECHNOLOGY SYSTEMS 2.0 Units Hands-on training in digital home networking and systems integration. Includes many, but not all, objectives of CompTIA¿s certification exam. Home network design and configuration; home network central components and low-voltage wiring; video and audio fundamentals; audio/ video installation and setup; wiring standards, testing and certification; troubleshooting. Prerequisite: ESYS 50 or equivalent. E 32673 Lab Tue 6:00 10:15 1602 PHILLIPS 03/23-05/18 GR EN1 By Arr 2.2 Hrs/Wk TBA This section (EN1) is partially taught Online. For important additional information, see the Online Course Information page toward the end of the schedule and go to http://www.chabotcollege.edu/online. Methodology and techniques for solving engineering/science problems using numerical-analysis computer-application programs MATLAB and EXCEL. Technical computing and visualization for mechanics, electrical circuits, biology, thermal systems, fluid systems and other branches of science and engineering. Prerequisite: Mathematics 1. Strongly recommended: Computer Application Systems 8 or Computer Science 8. May not receive credit if Mathematics 25 or Physics 25 has been completed. E 31342 Lec MW 4:30 5:20 905 MAYER 01/19-05/28 GR 071 Lab Mon 5:30 6:45 905 Lab Wed 5:30 6:45 3906B ENGR 43 ENGINEERING CIRCUIT ANALYSIS 4.0 Units Introduction to basic electrical circuit analysis. DC and AC circuit analysis methods, network theorems, voltage and current sources, resistors, operational amplifiers, capacitors and inductors. Natural and complete response of first and second order circuits. Steady-state sinusoidal circuit analysis, and power calculations. Basic instruments, and experimental techniques in Electrical Engineering: DC current/voltage supplies, analog/digital multiple-use meters, oscilloscopes, AC function generators. Measurements of resistance, inductance, capacitance, voltage, current and frequency response. Prerequisites: Physics 4A and Engineering 25 (both 55
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