Engineering Building a Better Future Engineering Engineering professionals know they must stay up to date with the latest trends to keep their careers on-track and support the technological and economic advancement of their organizations. Delivering expert instruction with hands-on experience, the Engineering programs give students the opportunity to master several areas. spot light. NEW! 3-D Video Processing 3D video content is expanding to areas beyond entertainment such as telemedicine, engineering prototyping and military strategy. Examine emerging technologies in the areas of 3D video generation, compression, transmission and display. See page 106 for more info, or visit extension.ucsd.edu/engineering Applied DSP Learn how to apply the basic concepts of digital signal processing to real world applications. Review DSP processors, system architectures and supporting circuitry such as ADCs and DACs. Summer Courses in Wireless Engineering – Online! The wireless engineering industry has experienced rapid developments, requiring involved individuals to build and sharpen their skills. Learn more about the wireless engineering courses offered online this summer to advance your career or maintain your professional edge. See page 106 for more info, or visit extension.ucsd.edu/wireless • WCDMA & IS-2000 in 3G Systems- p. 106 •Introduction to OFDMA and 4G Systemsp. 106 See page 107 for more info, or visit extension.ucsd.edu/engineering Circuit Board Design Be introduced to a hands-on EDA environment through real world applications. In the course, you will take a circuit and create PCB Layouts, review EDA tools required to perform Schematic Capture, explore PCB (PWB) Layout, and evaluate a design. See page 108 for more info, or visit extension.ucsd.edu/engineering 104 Iextension.ucsd.edu New! Computer Vision Explore methods for acquiring, processing, analyzing, and understanding images and, in general, high-dimensional data from the real world in order to produce numerical or symbolic information. For more details or visit extension.ucsd.edu/engineering Contact Us Engineering Phone: (858) 534-9357 Email: [email protected] Assistant Director: Tony Babaian Phone: (858) 534-9357 Director: Hugo Villar Phone: (858) 534-9354 Learn more > extension.ucsd.edu/engineering Summer 2015 I (858) 534-3400 contents TABLE OF CONTENTS Power engineers require technical expertise for special converter applications. Therefore, it is important to understand the latest techniques and procedures being used and needed in the utilities industry. This new certificate will help you speak the language and perform substantial tasks within the electric grid and power system network. You will gain substantial knowledge in the building blocks of the power system, including control and management. Get started this Summer: Topics include: • Fundamentals of Electric Power – p. 108 • power generation and transmission • power electronics • protection and safety • energy storage • utility communications For more information: (858) 534-9357 | [email protected] | extension.ucsd.edu/powersystem 3-D Video Processing . . . . . . . . . . . . . . . . . . . . . . . 106 Introduction to OFDMA and 4G Systems. . . . . . . . . 106 RF PLL Synthesizers. . . . . . . . . . . . . . . . . . . . . . . . . 106 WCDMA & IS2000 in 3G Systems. . . . . . . . . . . . . . 106 DSP I106 Applied DSP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107 RFID Design and Applications. . . . . . . . . . . . . . . . . 107 Embedded Engineering. . . . . . . . . . . . . 107 Data Acquisition Systems. . . . . . . . . . . . . . . . . . . . . 107 Introduction to Embedded Systems. . . . . . . . . . . . . 107 Embedded Controller Programming II: Embedded C. . . . . . . . . . . . . . . . . . . . . . . . . . 107 Embedded Controller Programming III: Real-Time Programming. . . . . . . . . . . . . . . . . 107 Embedded Computer Hardware Interfacing. . . . . . . 108 Energy Technologies . . . . . . . . . . . . . . . 108 Fundamentals of Electric Power. . . . . . . . . . . . . . . . 108 Engineering Design. . . . . . . . . . . . . . . . 108 Circuit Board Design. . . . . . . . . . . . . . . . . . . . . . . . 108 Design of Experiments. . . . . . . . . . . . . . . . . . . . . . . 108 Geometric Dimensioning and Tolerancing (GD&T) for Effective Design and Producibility . 108 General Engineering . . . . . . . . . . . . . . . 108 Instructor Profile Hassan Ghoudjebaklou, Ph.D. Electrical Engineering Principal Engineer at SDG&E, Hassan Ghoudjebaklou is an expert in Planning, Design, Implementation, Testing, and Training of many Advanced Power Systems Applications including; Network Analysis, Distribution management Systems, Short Term Load Forecasting, Unit Commitment and Voltage Stability Analysis and Power systems modeling and engineering studies under steady states and dynamic conditions. Hassan Ghoudjebaklou also instructs Power System Analysis and Control. Visit extension.ucsd.edu/engineering. Student Profile William C. Jackson, Ph.D Chief Systems Engineer, Space Systems Group, Sierra Nevada Corporation I recently read an article from the IEEE that estimated the average half-life of an engineering degree to be less than five years. That means that five years after your undergraduate engineering degree, half of your knowledge will be obsolete or in need of serious updating. As a practicing engineer, if you want to remain current in your field, then you must continually be updating your knowledge base and acquiring new skills. If you do not, then you risk being vulnerable in a very competitive environment. Also, for me personally, my engineering career is more than just a job – it is the manifestation of a life-long passion for learning and creativity. To date I have completed three UCSD Extension certificate programs, and am presently working on a fourth. This not only keeps my engineering skills current, but also makes me more valuable to my employer. The quality of the instruction and course content is excellent, and some of the courses I have taken far surpass anything I have previously taken at the undergraduate or graduate level at other universities. I highly recommend the UCSD Extension program for all practicing engineers Summer 2015 I Communications Engineering. . . . . . . . 106 (858) 534-3400 Cisco Certified Network Associate (CCNA) I. . . . . . . 108 Engineering Plastic Part Design for Injection Molding. . . . . . . . . . . . . . . . . . . . . . 109 Hardware Design with VHDL. . . . . . . . . . . . . . . . . . 109 Engineering New Certificate! Power Systems Engineering Geographical Information Systems (GIS). . . . . . . . . . . . . . . . . . . . . 109 GIS II: Spatial Analysis. . . . . . . . . . . . . . . . . . . . . . . 109 GIS IV: 3-D Display and Analysis of Spatial Data . . . 109 HVAC Systems Design & Control. . . . . 109 HVAC DDC Basics. . . . . . . . . . . . . . . . . . . . . . . . . . 109 Professional Engineering Reviews & Advanced Studies . . . . . . . . . . . . . . . . . 109 Fundamentals of Engineering: EIT Review. . . . . . . . 109 PE Civil Review. . . . . . . . . . . . . . . . . . . . . . . . . . . . 110 PE Mechanical Review. . . . . . . . . . . . . . . . . . . . . . . 110 Systems Engineering. . . . . . . . . . . . . . . 110 Systems Verification and Validation. . . . . . . . . . . . . 110 Systems Hardware/Software Integration. . . . . . . . . . 110 Systems Engineering with OMG SysML™. . . . . . . . 110 Introduction to Systems Thinking. . . . . . . . . . . . . . . 111 Proficiency Certificates . . . . . . . . . . . . . 111 AutoCAD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111 Specialized Certificates. . . . . . . . . . . . . 112 Biofuels Processes. . . . . . . . . . . . . . . . . . . . . . . . . . 112 Biofuels Science . . . . . . . . . . . . . . . . . . . . . . . . . . . 112 Digital Signal Processing. . . . . . . . . . . . . . . . . . . . . 112 Embedded Computer Software . . . . . . . . . . . . . . . . 113 Geographical Information System . . . . . . . . . . . . . . 113 HVAC Systems Design and Control . . . . . . . . . . . . . 113 extension.ucsd.edu I105 Lean Enterprise. . . . . . . . . . . . . . . . . . . . . . . . . . . . 114 Lean Six Sigma Black Belt. . . . . . . . . . . . . . . . . . . . 114 Power Systems Engineering. . . . . . . . . . . . . . . . . . . 114 Video and Imaging Technologies. . . . . . . . . . . . . . . 115 Wireless Engineering. . . . . . . . . . . . . . . . . . . . . . . . 115 RF Engineering. . . . . . . . . . . . . . . . . . . . . . . . . . . . 115 Professional Certificates . . . . . . . . . . . . 116 Embedded Computer Engineering. . . . . . . . . . . . . . 116 Systems Engineering. . . . . . . . . . . . . . . . . . . . . . . . 117 courses COMMUNICATIONS ENGINEERING SEE ALSO •Specialized Certificate in Video and Imaging Technologies—p. 115 Engineering ˜ 3-D Video Processing 3D video content is expanding to areas beyond entertainment, such as telemedicine, engineering prototyping and military strategy. Examine emerging technologies in the areas of 3D video generation, compression, transmission and display. Concepts for 3D video formats, such as stereoscopic images, multi view and multi view plus depth, integral images and light field are presented. Discuss techniques for generating 3D video content, such as 2D-to-3D video conversion, depth cameras and light field cameras. Receive an overview of the state-of-the-art in 3D video compression and a close look into the standardization activities for 3D, including 3D content in P2P and mobile networks. Various types of 3D displays from the common stereoscopic TV with shutter glasses to the most sophisticated holographic displays and quality assessment are discussed.. IN-CLASS Instructor: Danillo Graziosi Section: 109654-5001 Course No. ECE-40273 Time/Date: M&Tu 6:00-9:15 p.m., Jul. 27-Sep. 14; no mtg. Sep. 7 (8 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Aug. 1 (hov/teb) 106 Iextension.ucsd.edu Introduction to OFDMA and 4G Systems Learn the fundamentals of OFDMA and the key 4G systems based on this technology. The first part of the course is to understand the basic principles of Orthogonal Frequency Division Multiplexing and its advantages in a mobile system. Different parameters impacting the performance of the OFDMA systems such as Guard time and cyclic extensions, number of subcarriers, synchronization, fundamentals of FFT, optimum timing in presence of multipath, sensitivity to phase noise, time errors and frequency errors will be discussed. The course then provides an overview of Mobile IP followed by the introduction of the major 4G systems such as LTE and WiMAX. The physical layer and channels, Layer 2 and logical/transport channels and signaling are covered. The course concludes with the comparison of the 4G systems. ONLINE Instructor: Andreas Falkenberg, Ph.D. Founder, Dr. Falkenberg Technology Consulting Inc. Section: 109657-5001 Course No. EE-40163 Time/Date: Jul. 7-Sep. 1 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical Engineering Fee: $750 No refunds after: Jul. 13 (hov/teb) RF PLL Synthesizers Radio frequency synthesizers are essential to many radio frequency communication systems and RF and microwave measurement equipment. Phase-Locked Loop (PLL) synthesizers are the most commonly used type of synthesizers in consumer and professional communication equipment. The course is focused on RF synthesizer design with emphasis on their PLL type. RF and telecommunication engineers, especially those who are involved in designing and specifying synthesizers, as well as software and RF system designers will benefit from this course. Note: Basic knowledge of RF engineering, background in communication theory, time and frequency domain concepts are required. IN-CLASS Instructor: Reza Moazzam, Ph.D. RF Systems Architect, Mixed Signal. Section: 109658-5001 Course No. ECE-40175 Time/Date: W 7:00-10:00 p.m., Aug. 5-Sep. 9 (6 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 2 units in Electrical & Computer Engineer Fee: $700 No refunds after: Aug. 11 (hov/teb) WCDMA & IS2000 in 3G Systems Gain a basic understanding of various standardization and harmonization initiatives in third generation systems, known as Wideband CDMA and TDD-CDMA. An extensive review of the telecommunications considerations involved in the design and operation of these new specifications in IS-2000 is presented to provide a conceptual background. A thorough discussion of the latest release of the ETSI W-CDMA specification is presented. The features of the W-CDMA standard are compared and related to its predecessors, GSM and IS-95. Finally, concepts, systems architecture and possible applications of the ETSI TDD-CDMA specification are discussed. Note prerequisite: “Fundamentals of Digital Communications for CDMA Wireless Systems” or equivalent knowledge and experience. ONLINE Instructor: Andreas Falkenberg, Ph.D. Founder, Dr. Falkenberg Technology Consulting Inc. Section: 109655-5001 Course No. EE-40106 Time/Date: Jul. 9-Sep. 3 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical Engineering Fee: $750 No refunds after: Jul. 15 (hov/teb) DSP I Gain a practical introduction to techniques required for understanding, specifying, and designing DSP systems. Topics include DSP system architecture, the theory of signal processing, sampling, anti-aliasing, convolution, and digital filters. A practical understanding of the mathematical basis of signal processing is developed through algorithm design examples and demonstration. The course is geared toward interested hardware and software engineers, and scientists who need to know the fundamental techniques used in the rapidly expanding field of digital signal processing. Note: Basic programming experience required. An elementary understanding of electronics and calculus is recommended. ONLINE Instructor: Kadayam Thyagarajan, Ph.D. Sr. Scientist, Micro USA. Section: 109659-5001 Course No. ECE-40016 Time/Date: Jul. 7-Sep. 1 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 13 (hov/teb) Summer 2015 I (858) 534-3400 EMBEDDED ENGINEERING Do you want to know how to apply the basic concepts of digital signal processing to real world applications? This course will review signal processing basics with an emphasis on the practical application of fundamental concepts in DSP. DSP processors, system architectures and supporting circuitry such as ADCs and DACs are discussed. You will also explore the basic concepts of programming for real time applications. Note: A fundamental understanding of Calculus is recommended to obtain maximum benefit from this course. ONLINE Instructor: James D. Broesch, P.E. Consultant with 25+ years experience in research and development . Section: 110049-5001 Course No. ECE-40164 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 14 (hov/teb) RFID Design and Applications Radio Frequency Identification has evolved greatly over the past decade in design and applications. It currently has entered all aspects of supply chain, monitoring, security and medical devices. You will study the design and operation of RFID circuits and systems, their types and various implications in the industry and life. Sensors will also be discussed. Note prerequisites: A basic knowledge of RF circuits and electromagnetics. IN-CLASS Instructor: Tony E. Babaian, P.E. Assistant Director, Engineering Programs, UCSD Extension. Section: 109661-5001 Course No. EE-40148 Time/Date: M 6:00-9:15 p.m., Jul. 20-Sep. 14; no mtg. Sep. 7 (8 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Electrical Engineering Fee: $750 No refunds after: Jul. 25 (hov/teb) Summer 2015 I (858) 534-3400 Data Acquisition Systems Data Acquisition Systems (DAS) convert real-time measurement data to digital values for storage and/or processing by computers or embedded systems. These systems are commonly used in industrial, automotive, military, and medical applications, as well as multimedia signal processing and scientific research. This course helps students understand the fundamentals of real time embedded data acquisition systems: their architectures, components, algorithms, data storage and presentation. ONLINE Instructor: Victor Kolesnichenko, Ph.D., Electrical Engineering Principal Engineer, Sequenom. Section: 109739-5001 Course No. ECE-40275 Time/Date: Jul. 7-Sep. 1 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 13 (hov/teb) Introduction to Embedded Systems Learn the elements of digital logic design required for study in embedded computer design. Topics include: number systems, codes, Boolean algebra, logic gates, small and medium scale integrated circuits, tristate devices, memories, combinational circuits and sequential circuits. The course also provides an overview of foundations of electronics, including elementary DC and AC circuit theory, semiconductor diode and the transistor model, feedback, oscillation and elementary digital gate responses. Note: Knowledge of physics and calculus is expected. ONLINE Instructor: Donald G. Thomas, Ph.D. Operating Networks and IT Consultant. Section: 109740-5001 Course No. ECE-40153 Time/Date: Jul. 9-Sep. 3 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 15 (hov/teb) Embedded Controller Programming II: Embedded C This course emphasizes the differences between desktop C and embedded C with hands-on assignments using Arduino Uno. Building upon the previous course, level II covers unique requirements of embedded development, embedded C tools and environment, basic interfacing to displays and keypads, basic interrupt driven C programming and the practical aspects of embedded development. Note mandatory prerequisite: “Embedded Controller Programming I.” Please do not enroll otherwise. ONLINE Instructor: William A. Gatliff, M.S. Independent consultant, Design and Development of Embedded Systems. Section: 109741-5001 Course No. ECE-40091 Time/Date: Jul. 29-Sep. 20 Location: ucsdextension.blackboard.com Credit: 2 units in Electrical & Computer Engineer Fee: $600 No refunds after: Aug. 4 (hov/teb) Embedded Controller Programming III: Real-Time Programming This advanced programming course covers real-time event-driven applications with instant and reliable access to systems resources for embedded microcontrollers. Topics include: low-level microcontroller programming, hardware aspects, interrupt-driven programming, semaphores, I/O, timers and signal conversion. Practical application of embedded controllers to actual event-driven system designs and to problem handling is emphasized. Note mandatory prerequisites: “Embedded Controller Programming I and II.” Otherwise, please do not enroll. Engineering Applied DSP ONLINE Instructor: William A. Gatliff, M.S. Independent consultant, Design and Development of Embedded Systems. Section: 109742-5001 Course No. ECE-40097 Time/Date: Jul. 14-Sep. 8 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 20 (hov/teb) extension.ucsd.edu I107 Embedded Computer Hardware Interfacing Gain hands-on experience with the practical hardware and software techniques used to connect a micro-controller to various peripheral devices used in embedded systems. The course begins with a brief review of digital interfacing, and focuses on the following topics: parallel interfaces; isolated I/O; serial transmission (RS- 232, 422, 485); simple sensors and actuators. The interfaces covered include keyboards, displays, multiplexing, bus interfacing, analog-to-digital and digital-to-analog converters, I2C, DMA, sensors, actuators, and other peripheral devices. Practical exercises give the student hands-on experience. Note prerequisite: “Embedded Controller Hardware Design.” ONLINE Instructor: Donald G. Thomas, Ph.D. Operating Networks and IT Consultant. Section: 109743-5001 Course No. ECE-40098 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 14 (hov/teb) Engineering ENERGY TECHNOLOGIES in Biofuels in Biofuels Fundamentals of Electric Power ˜This class will include basic concepts of AC power system analysis, impedance calculations for transmission and distribution circuits, current and voltage relations, system modeling, network calculations, load flow solutions, and some discussion on the topics of short circuit analysis. This class provides the basics of power system engineering, and is the foundation for higher level classes in the power engineering curriculum. IN-CLASS Instructor: William Torre Section: 109663-5001 Course No. EE-40174 Time/Date: Th 6:00-9:00 p.m., Jul. 16-Sep. 10 (9 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Electrical Engineering Fee: $750 No refunds after: Jul. 22 (hov/teb) 108 Iextension.ucsd.edu Circuit Board Design The course will focus on real-world applications and introduce the student to a hands-on EDA environment. Assignments will involve taking a circuit and creating PCB Layout(s, training the student with EDA tools as required to perform Schematic Capture, PCB (PWB) Layout, and evaluate a design. It will cover Power, Signal and Ground Planes, Blind and Buried via Cross-talk, Emissions and Radiation, Power and Current Requirements, Trace calculations, Techniques to improve signal quality around extremely noisy or high frequency components such as Crystals, Oscillators, Microcontrollers, Microprocessors, DSP’s, Switchers, Video, Ethernet, RF modules, SERDES. IN-CLASS Instructor: David Kier, BSEE, M.S. Wireless Embedded Systems, Design Engineer, Consultant. Section: 109744-5001 Course No. ECE-40276 Time/Date: W 6:00-9:00 p.m., Jul. 8-Sep. 2 (9 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 14 (hov/teb) Geometric Dimensioning and Tolerancing (GD&T) for Effective Design and Producibility Discover the importance of design tolerance selection as a means to enhance producibility. This workshop provides extensive insight into a function-based design approach, using GD&T and other established tools and methods. Emphasis will be placed on the importance of “tolerancing for producibility” to ensure design intent and optimized manufacturing are achieved. Topics include: Practical application of GD&T per ASME Y14.5M-1994 (and ASME Y14.5-2009) for engineering drawings/model based product definition; impact of GD&T controls on Manufacturing; insights into inspection criteria; and benefits of function based design. IN-CLASS Instructor: Raymond A. Wheeler, M.S. Consultant and Instructor, GD&T; Senior Level Certified GD&T Professional. Section: 109745-5001 Course No. AMES-40074 Time/Date: W,Th&F 8:30 a.m.-4:30 p.m., Aug. 26-28 (3 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Applied Mechanics & Eng Sci Fee: $750 No refunds after: Aug. 25 (hov/teb) DAYTIME SEE ALSO • Specialized Certificate Processes—p. 223 • Specialized Certificate Science—p. 224 ENGINEERING DESIGN Design of Experiments Learn to use Design of Experiments (DOE) to enable innovative product and process designs. DOE enables innovation by providing the most effective and efficient approach to analyze, optimize and evaluate competing product or process design concepts. DOE is the scientific approach used by researchers to build empirical mathematical models of product and process performance. These models are formulas that are used to optimize product and process Critical to Quality (CTQ) characteristics. This software-based course provides practical hands-on training covering basic and advanced DOE methodology. Prior statistical training helpful. Note: This class is scheduled to be offered once a year, during fall quarter. IN-CLASS Instructor: Ned Schneider, BSME, BSIE President, Advanced Response Engineering; ASQ certified Six Sigma Black Belt. Section: 110050-5001 Course No. AMES-40165 Time/Date: W&Th&F 9:00 a.m.-5:00 p.m., Aug. 12-14 (3 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Applied Mechanics & Eng Sci Fee: $895 No refunds after: Aug. 11 (hov/teb) GENERAL ENGINEERING SEE ALSO •Specialized Certificate in Geographical Information Systems—p. 113 Cisco Certified Network Associate (CCNA) I This initial Cisco Certified Network Associate course will address the fundamentals of local area networking (LAN). Students will learn about Ethernet LANs, wireless LANs (WLAN), and LAN connections. This will include securing the network, transmission control protocol/internet protocol (TCP/IP), troubleshooting switches, WLAN security, and constructing a network address scheme. Finally, building a medium size network. This course will help prepare the student for the Cisco CCNA certification exam. Note: Knowledge of computer programming fundamentals is expected. ONLINE Instructor: Ahmed Ragab, MBA I nstructor, CCNA and CCNP (Cisco Certified Network Professional & Associate). Section: 109746-5001 Course No. CSE-41186 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Computer Science & Engineering Fee: $750 No refunds after: Jul. 15 (hov/teb) Summer 2015 I (858) 534-3400 This course is primarily for designers, engineers and technicians directly involved in making parts out of plastics. However, those in related activities ranging from management, purchasing and quality control can benefit from the course by developing a better appreciation and understanding of the process of designing a plastic product. The course will cover the fundamentals of plastic part design for the injection molding process, including material selection and functional engineering design for manufacturing and assembly. A background in mechanical or plastic engineering is helpful but not required. IN-CLASS Instructor: Tuan M. Dao, BChE, MSME Sr. Consultant, Polymer Engineering Group, Inc. Section: 109748-5001 Course No. AMES-40168 Time/Date: Sa 9:00 a.m.-3:00 p.m., Jul. 11-Aug. 8 (5 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Applied Mechanics & Eng Sci Fee: $750 No refunds after: Jul. 15 (hov/teb) LAB CLASS Hardware Design with VHDL Explore the fundamental skills for programming with VHDL, specifically for modeling and designing digital circuits and systems. The course includes both functional and structural coding techniques, as well as examples of memory, datapath elements, finite state machines, and control units. The synthesis of designs is also examined. Note prerequisite: A basic understanding of digital design. IN-CLASS Instructor: Rich Schermerhorn, MSEE Principal Electronics Engineer, NuVasive, Inc. Section: 109749-5001 Course No. ECE-40159 Time/Date: W 6:00-9:15 p.m., Jul. 1-Sep. 2; no mtg. Jul. 22 (9 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 7 (hov/teb) GEOGRAPHICAL INFORMATION SYSTEMS (GIS) GIS II: Spatial Analysis Continuing in this course, students extend their knowledge of geographic information systems (GIS), with a focus on spatial data analysis. Students will learn to analyze spatial data using interpolation, contours, data intersections and overlay analysis. GIS spatial analysis applications for Defense, Urban Planning, Health and Environmental Studies will be included. This course will use the GIS software ArcGIS by ESRI. Note prerequisite: Completion of GIS1 or a comparable GIS background. ONLINE Instructor: Heidi Batchelor, M.A. Programmer/Analyst, Scripps Institution of Oceanography. Section: 109750-5001 Course No. ECE-40246 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 14 (hov/teb) GIS IV: 3-D Display and Analysis of Spatial Data Extend your knowledge of geographic information systems (GIS) focusing on 3D data display and analysis. You will learn to analyze three dimensional spatial data including Digital Elevation Model creation, line-ofsight problems, slope and aspect calculations, and 3D scene fly-throughs. Applications for Defense, Urban Planning, Health, and Environmental Studies will be included. This course will use the GIS software ArcGIS by ESRI. Prerequisite: Completion of GIS3 or a comparable GIS background. ONLINE Instructor: Jason Batchelor, M.A. Sr. GIS Analyst, San Diego County. Section: 109751-5001 Course No. ECE-40248 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical & Computer Engineer Fee: $750 No refunds after: Jul. 14 (hov/teb) HVAC SYSTEMS DESIGN & CONTROL HVAC DDC Basics Covering the basics of Heating, Ventilating and Air Conditioning (HVAC) Direct Digital Controls (DDC), this course enables students to understand the simple basic fundamentals of HVAC DDC Systems Design. Topics include: the six steps of HVAC DDC System Design, DDC Controllers, Control Systems and Activities and the foundation for learning practical designs and advanced HVAC DDC Control and networking. This course is recommended for anyone involved with HVAC DDC Systems, including HVAC designers, building engineers and recent college graduate engineers. Note required textbook: Fundamentals of DDC Practical Application and Design. 3rd edition. Purchase book at http://www.hvacddc.com/ ONLINE Instructor: Frank Shadpour, M.S., ASHRAE Fellow President, SC Engineers, Inc. Section: 109752-5001 Course No. AMES-40170 Time/Date: Jul. 8-Aug. 12 Location: ucsdextension.blackboard.com Credit: 2 units in Applied Mechanics & Eng Sci Fee: $625 No refunds after: Jul. 14 (hov/teb) PROFESSIONAL ENGINEERING REVIEWS & ADVANCED STUDIES Fundamentals of Engineering: EIT Review Passing the California Board of Professional Engineers’ FE/EIT exam is the first step under California law to become a licensed professional engineer. This course offers applicants a review of the subjects covered on the FE/EIT general version (other topics) of the exam. Strategies for taking the exam are provided. Solutions to problems likely to appear in the exam will be reviewed. Topic experts will participate as guest instructors. The course has been recently modified to include emphasis on some of the popular topics taken by students. Note: Early Enrollment is strongly recommended at least 2 weeks before the start of class. Students should obtain the most current edition of Reference Manuals available. Engineering Engineering Plastic Part Design for Injection Molding IN-CLASS Instructor: Jorge Meneses, Ph.D., P.E. Senior Consultant, GEI Consultants Inc. Section: 109754-5001 Course No. AMES-80006 Time/Date: W&Sa 9:00 a.m.-4:00 p.m., Jul. 8-Sep. 9 (17 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego Credit: Not for credit Fee: $725 No refunds after: Jul. 14 (hov/teb) Summer 2015 I (858) 534-3400 extension.ucsd.edu I109 PE Civil Review Engineering Review the subjects covered on the State of California’s exam for licensed civil engineers. Topics covered include: environmental, geotechnical, and structural engineering; transportation; and water resources. The course also covers examples of civil engineering problems found on the PE exam and offers pertinent testing strategies. Topic experts will participate as guest instructors. Note: See website for additional requirements. Early enrollment in PE Civil is STRONGLY RECOMMENDED at least 2 weeks before the start of class. The PE Civil Review and PE Seismic Review will run consecutively in summer quarter to accommodate students preparing to take both the PE Civil and PE Seismic NCEES exams in the summer exam period. Students that want to take both reviews may enroll in each class separately. Enrollment in both courses is not required. IN-CLASS Instructor: Jim A. Tello, M.S., MBA Senior Account Executive, Sempra Energy Utilities. Section: 109753-5001 Course No. AMES-80007 Time/Date: W&Sa 9:00 a.m.-4:30 p.m., Jul. 11-Sep. 12 (12 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego. Credit: Not for credit Fee: $900 No refunds after: Jul. 20 (hov/teb) PE Mechanical Review Review the subjects covered on the State of California’s exam for licensed mechanical engineers. Key topics from the exam will be covered, including: machine design and materials; hydraulics and fluids; dynamics and vibrations; energy and power systems; HVAC and refrigeration; business engineering and math review. The course is specifically designed from an exam viewpoint and will be supported with ample examples. Note: Early Enrollment is STRONGLY RECOMMENDED at least 2 weeks before the start of class. Student binders/course materials will be printed based on enrollments 2 weeks before class. Late enrollees may have a short delay on receipt of binders. This course is typically offered one a year, during summer quarter. This course will include opportunities for Non-Facilitated Group Study (not mandatory). IN-CLASS Instructor: Frank Shadpour, M.S., ASHRAE Fellow President, SC Engineers, Inc. Section: 109755-5001 Course No. AMES-80009 Time/Date: Tu&Sa 9:00 a.m.-4:00 p.m., Jul. 11-Sep. 2; no mtg. Sep. 2 (13 mtgs.) Location: UCSD Extension University City Ctr., 6256 Greenwich Dr., San Diego. Credit: Not for credit Fee: $800 No refunds after: Jul. 16 (hov/teb) SYSTEMS ENGINEERING Systems Verification and Validation Need Career Guidance ? At our Center for Life/Work Strategies, we help align talents, priorities, and passions with Do you have an interest in designing, conducting, assessing, or utilizing the results of systems verification and validation activities? This course will address the verification and validation of systems comprising hardware, software and people operating according to prescribed scenarios in defined environments. Reference will be made to both commercial product development and government system acquisition paradigms, with case studies extracted from both domains. ONLINE Instructor: Donald R. Greenlee, M.S., M.Eng. Chief Scientist, Science Applications International Corporation; Former Deputy Assistant Secretary of Defense. Section: 109756-5001 Course No. BUSA-40414 Time/Date: Jul. 9-Sep. 3 Location: ucsdextension.blackboard.com Credit: 3 units in Business Administration Fee: $750 No refunds after: Jul. 15 (hov/teb) Systems Hardware/Software Integration Learn the application of systems engineering to the integration of HW-SW systems. You will discuss the HW versus SW development process; the co-design and verification of HW-SW system components; the selection of HW and SW solutions; case studies on integration issues; techniques for partitioning of system-level functions and requirements to HW/SW components; practical process templates and design checklists; the CMM-I for measuring the maturity of your activity; and systems engineering tools as they apply to SW development. ONLINE Instructor: Edward L. Fields, Ph.D. Requirements Modeling Methodologies Instructor, Hughes Aircraft and Raytheon Systems Company . Section: 109757-5001 Course No. EE-40060 Time/Date: Jul. 9-Sep. 3 Location: ucsdextension.blackboard.com Credit: 3 units in Electrical Engineering Fee: $750 No refunds after: Jul. 15 (hov/teb) Systems Engineering with OMG SysML™ Become introduced to model-driven systems engineering using the UML Profile for Systems Engineering (OMG SysML™). Systems engineering principles will be applied to developing a comprehensive model of a solution to a class problem using modern systems engineering development tools and a development methodology tailored to OMG SysML. The methodology begins with the presentation of a desired capability and leads you through the performance of activities and the creation of work products to support requirements definition, architecture description, and system design. The methodology offers suggestions for how to transition to specialty engineering, with an emphasis on interfacing with software engineering activities. Note: See Website for prerequisite course requirements and expectations. ONLINE Instructor: Rick Steiner, M.S., B.S. INCOSE ESEP, MBSE Consultant, Skygazer Consulting. Section: 109758-5001 Course No. CSE-40981 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Computer Science & Engineering Fee: $750 No refunds after: Jul. 14 (hov/teb) professional pursuits. Career coaching is available to help you stay on track with your career goals. Learn more at extension.ucsd.edu/careers. 110 Iextension.ucsd.edu Summer 2015 I (858) 534-3400 PROFICIENCY CERTIFICATE System thinking is a discipline for seeing “the big picture.” It is a framework for seeing interrelationships rather than separate pieces, and for seeing patterns of change rather than basing decisions on a single snapshot in time. In a very practical way, this course covers the principles and tools necessary to understand the dynamic behavior of complex systems ranging from software-driven systems to social systems. Topics include: functional analysis, causal loop diagrams, reinforcing and balancing feedback, and system delays. The primary objective of this course is to provide the skills necessary recognize system problems and formulate system oriented strategies. Note: The format of this course is highly interactive and learning is enhanced by case studies. ONLINE Instructor: Ed Andrews, M.S., MBA INCOSE member, San Diego Former Systems Project Officer, United States Airforce. Section: 109759-5001 Course No. MAE-40017 Time/Date: Jul. 8-Sep. 2 Location: ucsdextension.blackboard.com Credit: 3 units in Mechanical/Aerospace Engnrg Fee: $750 No refunds after: Jul. 14 (hov/teb) Certificate Programs Engineering PROFICIENCY •AutoCAD SPECIALIZED • Digital Signal Processing • Embedded Computer Software • HVAC Systems Design and Control • Geographical Information Systems • Integrated Circuit Design Engineering • Lean Enterprise • Lean Six Sigma Black Belt • RF Engineering • Terrestrial Carbon Accounting • Video and Imaging Technologies • Wireless Engineering PROFESSIONAL • Embedded Computer Engineering • Systems Engineering AutoCAD AutoDesk’s AutoCAD software is used throughout the architecture industry by trade professionals, facilities managers, engineers, architects, and numerous others. UC San Diego Extension’s Certificate in AutoCAD provides architects, designers, and illustrators with a comprehensive knowledge of the computer-aided design software used for architectural drafting, modeling, and visualization projects. In this program, all classroom examples directly translate to the production skill sets used for project documentation in the construction industry. These skills apply to other disciplines as well, including engineering, interior design, architecture, landscaping, and product design. Students in this certificate will gain an advanced understanding of AutoCAD commands and menu systems, tools for assembling and integrating drawings into project document sets, and experience in the development and assembly of construction documents. Students will also work on simulated real-world projects with industry professionals and learn the process professionals go through to create and assemble the components required for the creation of working documents. For detailed information, please enroll in the online on-demand AutoCAD Program Information Session. Certificate Guidelines This certificate can be completed in one quarter (all three required courses are offered every quarter). Afternoon and evening sections are offered for AutoCAD I. AutoCAD II and III are offered only in the evening. Tuition is $495 per course. Engineering Introduction to Systems Thinking Please Note All courses take place in a computer lab at Whitley Consulting Group (3904 Groton St, 92110), a working architectural firm located in San Diego. Students do not need to possess AutoCAD software on their personal computers. Information Session (Find out more about the program in a free, online information session.) •AutoCAD Proficiency Certificate Information Session (INFO-70121) Required Courses •AutoCAD I: Introduction (ARCH-40001) •AutoCAD II: Intermediate (ARCH-40004) •AutoCAD III: Working Drawings (ARCH40000) Note: UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission. Certificate Fee: $60 Contact: Arts, Humanities, Languages & Digital Arts, (858) 534-6705 Email: [email protected] Summer 2015 I (858) 534-3400 extension.ucsd.edu I111 SPECIALIZED CERTIFICATE SPECIALIZED CERTIFICATE Biofuels Processes Biofuels Science Digital Signal Processing The Biofuels Processes Specialized Certificate provides students with comprehensive view of the landscape of biofuels research and production, analysis and downstream processing, as well as project management and other business skills required to excel in a managementlevel biofuels position. This program is entirely online. The Biofuels Processes Specialized Certificate is aimed at training professionals for roles in the growing biofuels industry. Professionals may act as project managers, business development or other support roles that do not require direct hands on experience with the experimental techniques used in biofuels research. The Biofuels Science Specialized Certificate is aimed at training professionals for field and laboratory roles in the growing biofuels industry. It provides students hands-on technical knowledge and experience in laboratory techniques used in biofuels production, analysis and processing.Students choose from one of the following specialization tracks:-Molecular Biology-Aquatic Microbiology-Analytical Chemistry Digital Signal Processing (DSP) techniques and methodology have been widely employed in many applications including video/audio/ data communications and networking, medical imaging and computer vision, speech synthesis and coding, digital audio and video, and control of complex systems and industrial processes. With advances in microelectronics and highspeed microprocessors, microcontrollers and DSP processors, many complex DSP algorithms for solving real-world application problems can be implemented in real-time and a cost-effective manner. This program is designed to provide an understanding of DSP fundamentals, principles, applications, current practices and standards, and emerging trends and developments. This program is intended for software, hardware and system engineers and technical managers who are involved in evaluation, design and development of DSP-based applications. SPECIALIZED CERTIFICATE Engineering Why Biofuels Biofuels research and development in the San Diego region constitutes an increasingly robust cluster of economic activity and employment opportunities. A 2014 analysis, conducted by the San Diego County of Governments’ (SANDAG) economic bureau, reports that for the algae sector alone, the industry currently provides the San Diego region with 1020 direct jobs and $80 million in direct economic activity and $175 million in total economic activity annually. With increasing pressure on fossil fuels and the movement to develop clean, renewable alternative energy, the biofuels sector is set to grow at an impressive pace. Certificate & Course Fees: The total cost of this program is approximately $2425. Fees are paid at the course level, with the exception of the $60 certificate fee. Prices of the courses range from $540 to $795. Fees do NOT include books or materials. Why Biofuels? Biofuels research and development in the San Diego region constitutes an increasingly robust cluster of economic activity and employment opportunities. A 2014 analysis, conducted by the San Diego County of Governments’ (SANDAG) economic bureau, reports that for the algae sector alone, the industry currently provides the San Diego region with 1020 direct jobs and $80 million in direct economic activity and $175 million in total economic activity annually. With increasing pressure on fossil fuels and the movement to develop clean, renewable alternative energy, the biofuels sector is set to grow at an impressive pace. Certificate & Course Fees: The total cost of this program is approximately $4885. Fees are paid at the course level, with the exception of the $60 certificate fee. Prices of the courses range from $295 to $1800. Fees do NOT include books or materials. Additional fees for housing and food will need to be considered for those traveling to San Diego for the 4-week Summer laboratory in July. Financial Aid: Conditions for Admission Financial aid is available for this program, including grant funding. See the Biofuels Webpage for more information (right side bar). Certificate Guidelines •Introduction to Biofuels (BIOL-40261) •Biomass Production (BIOL-40278) •Biomass Production Lab (BIOL-40291) Complete the application and pay application fee. The Biofuels Processes Certificate is offered entirely online. Required Courses (All four are required.) •Introduction to Biofuels (BIOL-40261) •Downstream Processing and Refinement of Biofuels (BIOL-40268) •Project Management Essentials in Science and Technology (BUSA-40862) •Biomass Production (BIOL-40278) Certificate Fee: $60 Contact: Science & Technology, (858) 534-9351 Email: [email protected] Conditions for Admission Complete the application and pay application fee.UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission Prerequisite Course •Signals and Systems (ECE-40051) Required Core Courses •DSP I (ECE-40016) •DSP II (ECE-40169) •Applied DSP (ECE-40164) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] Required Track Courses (Choose one track.) Molecular Biology (Both courses are required.) •Genetics and Physiology of Photosynthetic Microorganisms (BIOL-40262) •Photosynthetic Microorganisms Molecular Biology Laboratory (BIOL-40265) Aquatic Microbiology (Both courses are required.) •Aquatic Ecology (BIOL-40264) •Aquatic Microbiology Laboratory (BIOL-40266) Analytical Chemistry (Both courses are required.) •Chemistry and Biochemistry of Biofuels (BIOL-40263) •Analytical Chemistry Laboratory (BIOL-40267) Certificate Fee: $60 Contact: Science & Technology, (858) 534-9351 Email: [email protected] For information and to review the schedule of costs of attendance in a certificate program, visit extension.ucsd.edu/costofattendance. 112 Iextension.ucsd.edu Summer 2015 I (858) 534-3400 Embedded Computer Software The expanding application of embedded computers has created a demand for the skill required to program these systems. Programming embedded systems requires skills that differ significantly from those required for writing applications for use in the desktop PC environment. Opportunities in embedded system programming will continue to expand rapidly, as processors are embedded in wide range of products. This certificate focuses on acquiring the skills necessary to develop embedded systems. Subjects include embedded controller software development and underlying hardware aspects of embedded computing systems. Course topics include programming embedded controllers, practical real-time programming practices, and embedded operating systems. These courses explore the basic principles of embedded processors, and introduce the techniques required to develop reliable, real-time, event driven programs that can run stand-alone or under a real-time operating system. Conditions for Admission Complete the application and pay application fee.UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission Prerequisite •Introduction to Embedded Systems (ECE40153) •C/C++ Programming II : Dynamic Memory and File I/O Concepts (CSE-40476) Required Courses (Courses should be taken in the order listed.) •Embedded Controller Programming I: Introduction (ECE-40084) •Embedded Controller Programming II: Embedded C (ECE-40091) •Embedded Controller Programming III: Real-Time Programming (ECE-40097) •Embedded Controller Hardware Design (ECE-40001) •Embedded RTOS (ECE-40089) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] SPECIALIZED CERTIFICATE Geographical Information Systems HVAC Systems Design and Control Geographical Information Systems (GIS) is a relatively broad term that can refer to a number of different technologies, processes, and methods. It is attached to many operations and has many applications related to engineering, planning, management, transport/logistics, insurance, telecommunications, and business. For that reason, GIS and location intelligence applications can be the foundation for many location-enabled services that rely on analysis, visualization and dissemination of results for collaborative decision making. There is booming application of these technologies. They range from simple GIS systems embedded in most mobile devices to applications in engineering, planning, public health, demographics, environmental and conservation, transport/logistics, insurance, law enforcement, telecommunications, marketing, and multiple other business applications. The GIS certficate will teach students the theoretical underpinnings of GIS in order to make informed use of existing GIS applications and gain skills needed to construct new applications in the physical or social realms. The full range of GIS capabilities is covered, including data capture, analysis, modeling and cartographic representation. The skills gained will be highly practical with good, hands on, understanding of the software used in GIS. In addition, we will provide the students with a project of interest to them or their employers once they master basic concepts and tools used in GIS. This program provides a focused, concentrated study of theory, governing codes, calculation, and practical applications of heating, ventilating, and air conditioning systems.Recommended for the professional advancement of HVAC designers and engineers, recent graduate engineers, facility engineers, or for anyone involved with HVAC systems, the courses emphasize merit of energy analysis and methods of savings for performance contracting. Classes focus on various HVAC systems and components, their advantages and disadvantages, and their relative energy consumptions. Note: HVAC Courses may be taken in any order. If you do not have any HVAC experience, it is recommended that you take HVAC DDC Basics first.Required Textbook: Fundamentals of DDC Practical Application and Design. 3rd edition. Purchase book at http://www.hvacddc. com/ Conditions for Admission Complete the application and pay application fee.UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission. Required Courses (All five (5) courses are required. Courses must be taken in the order listed below.) Conditions for Admission Complete the application and pay application fee. UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission Required Courses (HVAC courses may be taken in any order. If you do not have any HVAC experience, it is recommended that you start with HVAC DDC Basics.) •HVAC DDC Basics (AMES-40170) •HVAC DDC System Design (AMES-40000) •HVAC Design Calculations (AMES-40019) •HVAC DDC Networking Design (AMES40139) •HVAC Systems Design (AMES-40021) Engineering SPECIALIZED CERTIFICATE SPECIALIZED CERTIFICATE Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] •GIS I: Introduction to GIS (CSE-40991) •GIS II: Spatial Analysis (ECE-40246) •GIS III: Geodatabase Design (ECE-40247) •GIS IV: 3-D Display and Analysis of Spatial Data (ECE-40248) •GIS Capstone Project (ECE-40272) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] For information and to review the schedule of costs of attendance in a certificate program, visit extension.ucsd.edu/costofattendance. Summer 2015 I (858) 534-3400 extension.ucsd.edu I113 Engineering SPECIALIZED CERTIFICATE SPECIALIZED CERTIFICATE Lean Enterprise Lean Six Sigma Black Belt Power Systems Engineering Lean can be defined as “performance without waste.” Many organizations waste 70-90% of available resources through improper management of materials, time, information, equipment and inventory. This 15-week, one-day per week program presents Lean Enterprise principles and practices. Class projects provide students with experience implementing all the necessary steps to achieve successful results in various business functions and operations. Classroom lecture is complemented by local plant tours, and case studies of World Class Manufacturing companies. Program projects allow the benefits of these techniques to be applied in the student’s own company. Through these experiences students will discover how the implementation of Lean Techniques can include dramatic improvements in cycle-time, products costs, inventory reduction and new product lead-time. The program is appropriate for any team or individual responsible for managing or participating in manufacturing activities. Appropriate participants would include managers, professionals and hands-on line staff in key functional areas such as operations, production and inventory control, development, manufacturing, quality assurance, and supplier management. The diverse participant industries provide for cross-industry learning and application of principles, as well as identification of World Class Manufacturing best practices. Industries represented include: Electronics, computers, telecommunications, medical devices, fabricated metal and machining, plastic, chemical, pharmaceutical, food and beverage. Further Reading: Lean Six Sigma is a set of tools, techniques and operating principles that represents the best of practices in quality and process improvement resulting in improved performance and reduced costs. This intensive 12-week program develops understanding and enables application of proven approaches to maximizing productivity through understanding process requirements, identifying constraints and creating flow. Students will be provided with the established Lean Six Sigma body of knowledge, the experience to implement it in the workplace through a group project and the credentials to be a Lean Six Sigma leader within their organization. Classroom instruction and student projects are organized to allow structured implementation of Lean Six Sigma, resulting in a projected ROI of $100K. Further Reading: Power engineering, also called power systems engineering, is a subfield of energy engineering that deals with the generation, transmission, distribution and utilization of electric power and the electrical devices connected to such systems including generators, motors and transformers. Therefore, power systems engineering is a broad term that includes electric power generation transmission and utilities delivery and management to all users at all times. Traditionally, power engineers are responsible for maintaining a network of components which convert different forms of energy into electricity and for managing any of the three main subsystems of power engineering: the generation subsystem, the transmission subsystem, or the distribution subsystem. The engineers are also responsible for the electrical devices that are attached to these systems. Power engineers’ duties typically include making sure that all the devices are functioning properly and that they meet safety regulations. In recent times, the use of renewable sources of energy has provided new impetus to the fields with the design and development of renewable, energy efficient power grids and utility systems. Engineers must research and implement ways to integrate renewable power technology and are often involved in public works projects, and employed on federal projects that involve the integration of large power grids. This certificate will teach the building blocks of the power system, its control and management. Designed for those with minimal experience with electric power, participants will be able to speak the language and perform substantial tasks within the electric grid and power system network. •Six Sigma and Lean: Bringing Speed and Accuracy to Business Processes (blog) •Will the REAL Lean Enterprise Please Stand Up (blog) Conditions for Admission UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission. Please Note •How Lean Six Sigma Black Belts Are Saving Thousands (blog) •Six Sigma and Lean: Bringing Speed and Accuracy to Business Processes (blog) Conditions for Admission Admittance by application only. Participants must possess some statistical and project management experience. UC San Diego Extension programs are designed to best serve collegeprepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission. Please see website for further details Please Note Admission is limited. All interested students must submit an application prior to enrolling. No fee applies to submit an application. Information Session •Lean Six Sigma Black Belt Information Session (INFO-70032) Required •Lean Six Sigma Black Belt (MAE-40004) Certificate Fee: $60 Contact: Business, Professional & Legal Programs, (858) 534-8133 Email: [email protected] SPECIALIZED CERTIFICATE Core Courses •Fundamentals of Electric Power (EE-40174) •Electrical Energy Storage (EE-40171) •Power Electronics (EE-40172) •Power System Analysis and Control (EE40173) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] No fee applies to submit an application. The application fee is included in the total cost of the program. Information Session •Lean Enterprise Information Session (INFO70033) Required •Lean Enterprise (AMES-40136) Certificate Fee: $60 Contact: Business, Professional & Legal Programs, (858) 534-8133 Email: [email protected] For information and to review the schedule of costs of attendance in a certificate program, visit extension.ucsd.edu/costofattendance. 114 Iextension.ucsd.edu Summer 2015 I (858) 534-3400 SPECIALIZED CERTIFICATE RF Engineering Video and Imaging Technologies Communications is rapidly becoming a defining characteristic of the 21st century. Wireless devices are found from video game controllers to Bluetooth headsets. Entertainment and news is delivered via satellites as well as RF based cable systems. GPS navigation systems are ubiquitous, and WiFi connections are even available on some commercial aircraft. Ever more exotic applications are being announced periodically. All of these capabilities are based on the ability of engineers to design sophisticated RF circuits that are energy efficient, high in performance, small in size, and economically practical. The RF Engineering Specialized Certificate provides the professional with the positioning to take advantage of the technological advances in both the commercial and military arenas. You will learn the fundamental principles of RF systems, the design of practical and cost effective RF subsystems, and their translation into practical integrated circuits or full RF systems. Also reviewed are the key concepts of simulating, testing, and validating RF systems. NOTE: All students desiring to enter this program are required to begin at the prerequisite course RF Principles and Applications before any other course, unless they can demonstrate credit for an equivalent course from another institution. Conditions for Admission You must consult with the program manager regarding the prerequisite course. Equivalent course credit to RF Principles and Applications must be provided to be waived, work experience can not be evaluated. UC San Diego Extension programs are designed to best serve collegeprepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission Complete the application and pay application fee. Prerequisites •RF Principles and Applications (EE-40137) Required courses The number of industries and devices that use digital technologies for video processing is growing quickly. The web is dominated with image, video and audio, and the current television devices use digital technologies. The demand for professionals who understand the fundamentals of image, audio and video files, has grown in pace with rapid technological changes. The Video and Imaging Technologies Specialized Certificate will explore the technological convergence between digital technologies and video and imaging processing and storage. The certificate will provide a fundamental understanding of the basic use, manipulation and transmission of video files. This certificate is designed particularly for professionals from the Communications Engineering, Bio-IT, and Defense industries. Whether you are a provider of devices, image processing systems industries concerned with the storage and manipulation of files and programs, this program will provide you with the training necessary to move forward in your career. Conditions for Admission Complete the application and pay application fee.UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission Required Courses (All 4 courses are required.) •Digital Image Processing (ECE-40255) •Digital Video (ECE-40190) •DSP I (ECE-40016) •Video Compression: Algorithms & Standards (EE-40134) Elective Courses (Choose one (1)) •DSP II (ECE-40169) •Computer Vision (ECE-40279) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] SPECIALIZED CERTIFICATE Wireless Engineering Wireless communications technology has developed without measure in the past ten years. The worldwide success of CDMA has resulted in an increased demand for engineers skilled in CDMA engineering, also the new standards in WiMax, LTE and OFDMA. CDMA technology had greatly increased the quality and capacity of wireless communications systems. CDMA, as a wideband spread spectrum technology, spreads multiple conversations across a wide segment of the broadcast spectrum. As a result of these rapid developments in the field, involved individuals need to build and sharpen their skills for present and future Wireless industries. The Wireless Engineering certificate program is intended to provide practicing engineers, program managers and other technical personnel with leading edge specialized knowledge in for advancement in career and productivity. The program incorporates electives in the latest wireless technologies, such as courses in GSM/UMTS (Global System for Mobile/ Universal Mobile Telecommunication System), IEEE 802.11 and other non CDMA-specific wireless technologies. With the introduction of the OFDMA 4G technology the courses also address migration from 3G to 4G standards and the 4G techniques. Note: It is strongly recommended for students with minimal or no Electrical Engineering background to take the course Signals and Systems (ECE-40051) first before beginning this program. Conditions for Admission Must have a BSEE or equivalent coursework. All others without an Electrical Engineering background must take the Signals and and Systems course.UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission. Complete the application and pay application fee. Required Courses (All three courses required.) Electives (Choose two) •Fundamentals of Digital Communication for Wireless Systems (EE-40034) •RF System Design for Wireless Communications (EE-40098) •WCDMA & IS-2000 in 3G Systems (EE40106) •Antenna Theory and Design (EE-40129) •Microwave Test & Measurement (EE-40149) •Microwave Transmission Engineering (EE40153) •RFID Design and Applications (EE-40148) •RF PLL Synthesizers (ECE-40175) •Software Defined Radios (EE-40128) •Introduction to Remote Sensors (EE-40156) •Antenna Theory and Design (EE-40129) •Digital Video (ECE-40190) •Introduction to OFDMA and 4G Systems (EE-40163) •Video Compression: Algorithms & Standards (EE-40134) •Wireless Medical Devices (ECE-40267) •RFIC Design (ECE-40171) •RF Circuit Design (EE-40003) •RF System Design for Wireless Communications (EE-40098) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] Summer 2015 I (858) 534-3400 Engineering SPECIALIZED CERTIFICATE Elective Courses (Six (6) units required.) Certificate Fee: $60 Contact: Engineering, (858) 534-9357 Email: [email protected] extension.ucsd.edu I115 PROFESSIONAL CERTIFICATE Embedded Computer Engineering The Embedded Computer Engineering Professional Certificate provides technical professionals with the skill to design embedded computers. With increasing levels of hardware integration, faster processing capability and decreasing cost of embedded processors, new and more innovative applications are appearing regularly. Engineering The core curriculum of the Embedded Computer Engineering Professional Certificate covers the fundamentals of real time embedded systems, controller design and programming, real-time operating systems, and hardware/ software interfacing. The hands-on courses combine lecture, discussions of actual student applications and a class project. The program electives allow the student to complement the core course of study with classes most appropriate to their personal job requirements and career advancement. The Embedded Computer Engineering Professional Certificate is designed to enhance the technical professional’s basic and practical knowledge of embedded computer systems. The curriculum is applied, teaching basic embedded engineering principles, design tools, and practical skills. The instructors bring many years of practical workplace experience in the subject that they teach and expose the students to many real workplace examples. COURSE TITLE PAGE Introduction to Embedded Systems C/C++ Programming II : Dynamic Memory and File I/O Concepts Embedded Controller Programming I: Introduction Embedded Controller Programming II: Embedded C Embedded Controller Programming III: RealTime Programming Embedded Controller Hardware Design Embedded Computer Hardware Interfacing FA WI SP SU ECE-40153 3 O O CSE-40476 3 n O n O O ECE-40084 ECE-40091 2 2 O O O ECE-40097 ECE-40001 ECE-40098 3 3 3 O O O O O 3 3 3 3 2 3 3 n O O O O O O n O O n O O ELECTIVE COURSES (Completion of 11 units of electives is required.) Android Programming I Applied DSP DSP I Embedded Linux Embedded RTOS FPGA Design Fundamentals FPGA Embedded Design CSE-41145 ECE-40164 ECE-40016 ECE-40105 ECE-40089 ECE-40170 ECE-40260 O L=La Jolla M=Mission Valley O=Online U=University City n=Location TBA Conditions for Admission The Embedded Computer Engineering Professional Certificate has provided career growth opportunities for many of its students in the past and could be just the training you need at this time in your career. Apply credit to M.S. Degree at University of Wisconsin, Plattville Advisors Complete the application. Upon completion of the Professional Certificate in Embedded Computer Engineering, twelve (12) units can be transferred into the University of Wisconsin, Plattville, M.S. in Engineering (degree offered fully online). Learn more William Fitzgerald Guidelines Seung Kang, PhD 116 Iextension.ucsd.edu UNITS REQUIRED COURSES (Courses should be taken in the order listed.) A degree and/or work experience background in Electrical or Computer engineering is highly advised at entry to the program. The prerequisite courses are designed to provide basic knowledge in programming or electronics if the student does not possess it. UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission. The required courses are to be taken in sequence. This is especially mandated for the first three Embedded Computer Programming courses (ECP I, II and III). Elective courses can be taken after ECP II when knowledge in Embedded principles is acquired. CRS. NO. PREREQUISITES (Can be waived, upon request, with equivalent experience) Senior Engineer, NRaD Clark Guest Associate Professor, ECE UC San Diego Director Engineering Corporate R&D Qualcomm, Inc. Choon Kim, Ph.D. Sr. Development Engineer, CSE UC San Diego Edward Snow, Ph.D. Principal Engineer TTM Engineering Donald G. Thomas, Ph.D. Consultant To Register in the Certificate Program Certificate registration is required to complete the program. Candidates are encouraged to enroll in the certificate program as early as possible to take advantage of program benefits. See pages 236-240. Certificate Fee: $60 Contact: Engineering, (858) 534-9357 E-mail: [email protected] To Enroll in Courses For details on enrolling in individual courses, consult the general information section, pages 244-251. To enroll by mail, you may use the enrollment form on the inside back cover or call the Registration Office at (858) 534-3400. Summer 2015 I (858) 534-3400 PROFESSIONAL CERTIFICATE Systems Engineering All aspects of the process—from initial definition of mission requirements to test, verification, and fabrication of the product—must be carefully planned and executed. The Systems Engineering Professional Certificate presents systems engineering techniques that participants can apply to a wide range of industries. The certificate program is comprised of five required courses, focusing on the principles of systems engineering management, system requirement analysis, concept development, and system integration and verification, plus nine units of electives. COURSE TITLE Systems Engineering Management Systems Requirements Analysis Systems Verification and Validation Systems Engineering Software Overview Systems Hardware/Software Integration Engineering Project Management I Introduction to Systems Thinking Logistics I: Logistics Overview Introduction to System Safety Systems Engineering with OMG SysML(tm) Systems Synthesis Advisors Ed Fields Program Benefits Senior Systems Engineer American Systems Corporation Complete the application and pay application fee.UC San Diego Extension programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission UNITS FA WI SP SU BUSA-40066 BUSA-40125 BUSA-40414 ECE-40039 EE-40060 3 3 3 3 3 O O O O O O O O O O n O O O BUSA-40786 MAE-40017 ECE-40194 MAE-40026 CSE-40981 ECE-40206 3 3 3 3 3 3 n O L=La Jolla M=Mission Valley O=Online U=University City n=Location TBA Senior Systems Engineer Raytheon Conditions for Admission CRS. NO. ELECTIVE COURSES (Select any combination of elective courses. Minimum of 9 units required.) Upon successful completion, participants will be awarded a Professional Certificate in Systems Engineering, proving that they are knowledgeable in the concepts and techniques presented and have hands-on experience in applying them. •Gain the skills for planning and executing the various phases of a project •Understand the systematic methodologies to obtain efficient design and production •Learn to make effective teams out of multidisciplinary resources PAGE REQUIRED COURSES (All 5 courses are required) Jeffrey Grady Owner JOG Systems Engineering Don Greenlee, B.S., M.S., M.Eng. Don Muehlbach, Jr. Professor of Practice, Department of Systems Engineering Naval Post Graduate School Moshe Olim, Ph.D. System Engineer D&K Engineering To Register in the Certificate Program Certificate registration is required to complete the program. Candidates are encouraged to enroll in the certificate program as early as possible to take advantage of program benefits. See pages 236-240. Certificate Fee: $60 Contact: Engineering, (858) 534-9357 E-mail: [email protected] To Enroll in Courses For details on enrolling in individual courses, consult the general information section, pages 244-251. To enroll by mail, you may use the enrollment form on the inside back cover or call the Registration Office at (858) 534-3400. Engineering Systems engineering is a well-developed body of knowledge, techniques, and methodologies in general use throughout technically complex industries. Its goal is the efficient production of high-quality products that meet the requirements of customers. Hal Sorenson Professor Emeritus University of California, San Diego For information and to review the schedule of costs of attendance in a certificate program, visit extension.ucsd.edu/costofattendance. Summer 2015 I (858) 534-3400 extension.ucsd.edu I117
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