Cha For Tea – IEEE Young Professionals Meet for Boba 🗓

OC IEEE Young Professionals –

Meeting Date: Tuesday, May 2, 2017
Time: 6:30 – 9:30 PM
Dinner can be bought at any of the restaurants in UTC
Location: Cha For Tea, 4187 Campus Dr. M173, Irvine
Cost: none
RSVP: Just show up

Summary: OC IEEE Young Professionals is hosting our monthly Boba Night at Cha for Tea! Come join us for free Boba, board games and a casual atmosphere!

Packaging Considerations for Implantable Biomedical Devices 🗓

— (IEEE CPMT) – prosthetics, medication, monitoring, organ support, risks, allergies, biocompatibility, safety, packaging issues …

— CPMT—
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Meeting Date: Tuesday, April 18, 2017
Time: 6:00 PM Networking; 6:30 PM Presentation
Speaker: William C. Tang, Ph.D. of University of California at Irvine
Location: Broadcom, 5300 California Ave, Irvine
Cost: none
RSVP: Registration is appreciated, but not required. Everyone is invited. Dinner is provided at no cost.
Event Details: IEEE Event

Summary:
According to the definition established by the US Food & Drug Administration (FDA), medical implants are devices or tissues that are placed inside or on the surface of the body. Many implants are prosthetics, intended to replace missing body parts. Other implants deliver medication, monitor body functions, or provide support to organs and tissues. Implants can be placed permanently or they can be removed once they are no longer needed. For example, stents or hip implants are intended to be permanent, while chemotherapy ports or screws to repair broken bones can be removed when they are no longer needed. Due to the risks associated with surgical complications, infections, foreign body rejection, allergic reactions, and other life-threatening issues, the great majority of medical implants are heavily regulated by the FDA with Class III designations. Since the early days of the development of biomedical implants, biocompatibility of materials and safe device operations inside the physiological environment have been identified as the single most important deciding factors for successful deployment. This presentation focuses on the findings and potential approaches on packaging for implantable biomedical devices, with specific examples cited from implantable neural probe arrays.

Bio: William C. Tang, Ph.D. received his BS, MS, and Ph.D. in Electrical Engineering & Computer Sciences from the University of California at Berkeley in 1980, 1982, and 1990, respectively. His seminal thesis work and invention on the electrostatic comb drive has become a crucial building block for many microactuator and microsensor research in the field, and was, and continues to be recognized internationally as one of the most influential and foundational work. Since his graduation, he continued his contribution to the MEMS field first in the automotive industry as a Research Senior at Ford Research Laboratory in Dearborn, Michigan, and as the Sensor Research Manager at Ford Microelectronics, Inc., in Colorado Springs, Colorado. In 1996, he joined the Jet Propulsion Laboratory, California Institute of Technology, where he was the Supervisor of the MEMS Technology Group, leading the pursuit of MEMS technology for space applications.

Dos and Don’ts of Lighting Design and Controls 🗓

— (IEEE PES/IAS) – design, occupancy sensors, sequencing, commissioning, guidelines, passing testing, lessons learned …

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Meeting Date: Thursday June 15, 2017
Time: 6:00 PM Networking & Dinner; 7:30 PM Presentation

FIRST Speaker: Ms. Lyn L. Gomes, P.E., CCP, LEED AP, CLCATT
SECOND Speaker: Mr.Rick Miller, PE, LEED AP, LC, CLCATT

Location: Santa Ana
Cost: The presentation is free and dinner can be purchased for $30 upon arrival, with choices: Chicken, fish, or vegetarian.
RSVP: PLEASE RESERVE BY CONTACTING HAMID SUKAR asukar@carollo.com or 714-593-5160 (cell)

Event Details: IEEE Event
Summary:
Lyn and Rick will present their recommendations for lighting control system design and commissioning for new construction and existing buildings. They will provide practical guidelines for designing a lighting control system that can be applied immediately. Implementing their recommendations will result in fewer RFIs, prevent inappropriate “or-equal” submittals, that can be programmed successfully so they have a fighting chance of passing testing. They will share their lessons learned, discuss the use of the Title 24 forms as a checklist for design, provide recommendations for daylighting and occupancy sensors, how to prevent issues that crop up during commissioning (i.e. functional testing), and the difference between a control intent narrative and a sequence of operations. This presentation is geared towards engineers/designers of lighting control systems and commissioning providers.

Bio:
Ms. Gomes is the lead Commissioning Authority for kW Engineering. Her 15 years of combined experience in HVAC design, construction, and startup make her a triple threat in the world of commissioning.
Mr. Miller has designed lighting and power systems for architects, engineers and builders for nearly forty years. Rick is the principal co-author of the California Lighting Controls Training Program (CALCTP), and trains electricians how to install lighting controls.

Solar PV Design Basics & Arrays from Rooftop to Utility-Scale 🗓

— (IEEE PES/IAS) – solar basics, design approaches, NEC 690, examples, array types …

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Meeting Date: Thursday May 18, 2017
Time: 6:00 PM Networking & Dinner; 7:30 PM Presentation
Speaker: Mr. Keene M. Matsuda, Electrical Engineer with Black & Veatch
Location: 7 Hutton Centre Dr, Santa Ana
Cost: The presentation is free and dinner can be purchased for $30 upon arrival, with choices: Chicken, fish, or vegetarian.
RSVP: PLEASE RESERVE BY CONTACTING HAMID SUKAR asukar@carollo.com or 714-593-5160 (cell)
Event Details: IEEE Event
Summary:
We will begin with the sun and solar cell basics, then cover some of the more unique design basics per NEC Article 690. Numerous examples of the different technologies and array types will be highlighted.

Bio: Mr. Matsuda has 36 years of experience as an electrical engineer, with a specialty in power distribution systems for a wide variety of utility, industrial, aviation, energy, institutional, and health care type of projects. Mr. Matsuda earned a BSEE from UC Berkeley, and is licensed to practice in 8 states. Mr. Matsuda is a senior member of the IEEE, has served on the PES Governing Board as Representative for Regions 1-7, and is a current member of two IEEE/PES technical committees on Wind and Solar Plants, Collections System Design, and Grounding for Personal Safety. Keene first started working in solar in 1981 at the PG&E research center in San Ramon where he worked for 5 years. His last major solar assignment was as the engineering manager/electrical engineer for Black & Veatch’s first true solar EPC project: 36 MW in Gila Bend, Arizona, for APS.

Applying Steady-State Cable Temperature Calculations for Safe Cable Operation 🗓

— (PES/IAS) – ampacity, limits, reliability, life expectancy, raceways, loading, heat-flow …

— IEEE PES/IAS —
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Meeting Date: Thursday, April 20, 2017
Time: 6:00 PM Networking & Dinner; 7:30 PM Presentation
Speaker: Victor Andrade, Applications Engineer, ETAP
Location: 7 Hutton Centre Dr, Santa Ana
Cost: The presentation is free and dinner can be purchased for $30 upon arrival, with choices: Chicken, fish, or vegetarian.
RSVP: requested, through website
Event Details: IEEE Event
Summary:
Establishing the Current-Carrying Capacity (Ampacity) of underground buried cables plays a vital role when figuring out the maximum power which the cable system can transmit. Equally important is calculating an optimal ampacity in order to operate the cables below their maximum temperature limit. If the temperature exceeds the maximum allowable limit, the reliability and life expectancy of the cable will be reduced. Manufacturers typically publish cable ampacity values at very specific conditions that rarely match actual practice. The Steady-State Cable Temperature calculation determines the operating temperature of cable conductors in a raceway system under a specified loading condition. The calculation is based on the NEC accepted Neher-McGrath approach, which employs a thermal circuit model to represent heat flow situations. We will review hand calculations and also the use of power systems analysis software for these calculations.

Bio: Mr. Victor Andrade received his Bachelor’s degree in Electrical Engineering from California State Polytechnic University in 2007. At ETAP, Victor is the Applications Engineer responsible for supporting the Gulf Region accounts. Victor’s previous duties included the review of power system studies, ranging from Power Flow, Short Circuit, Protection/Coordination, Arc Flash, Harmonics and Transient Stability. Before joining ETAP, Mr. Andrade worked as a technical support engineer for SKM Systems Analysis, Inc., implementing software testing and V&V procedures, and creating CAPTOR protective device library models.

CyberPatriot – Engaging Middle, High School and Community College Students 🗓

— (OC Cybersecurity SIG)—

— IEEE OC CyberSecurity SIG Monthly Technical Talk — Co-sponsored by IEEE OC Computer Society
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Meeting Date: Wednesday April 26, 2017
Time: 6:30 PM Networking; 7:00 PM Presentation
Speaker: Irvin Lemus, Regional Coordinator, Southern California Cybersecurity Community College Consortium
Location: Tustin
Cost: Food and beverage at this event is free and is sponsored by CyberSecurity SIG
RSVP EARLY: The room capacity is 50. Most of our sessions continue to fill up
Event Details: IEEE Events
Summary:
This presentation will overview SoCalCCCC*’s involvement with the local K-12 Districts and the Community Colleges that participate in CyberPatriot. It will be informative for anyone who is interested in cyber defense competition volunteering, sponsorship and gameplay. The presentation
will cover the event lifecycle for colleges hosting in our region, training and team development for K-12, the CyberPatriot competition timeline and training timeline along with some examples from the competition and hands on preview.

Bio:
Irvin Lemus has been in the Information Technology industry for 10 years, focusing on Cybersecurity, Virtualization, Systems and Network Management for small and medium sized businesses ranging from clinics, law firms, investment advisors, manufacturing to energy efficient experts, non-profit organizations and after school K-12 programs.
Irvin has been involved with CyberPatriot for three years as a coach, mentor and as the Regional Coordinator for the Southern California Cybersecurity Community College Consortium.
He leads the participating community colleges in the consortium by training, mentoring and supporting the K-12 schools from various districts across Southern California.

Sixth Annual IEEE Intercollegiate Computer Game Showcase – Student game developers present their best student developed video games 🗓

— IEEE OC Game Engineers SIG …

— IEEE OC Game Engineers SIG
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Meeting Date: Saturday, June 10, 2017
Time: 1:00 – 4:00 PM

Location: California State University, Fullerton
Cost: none, 159 tickets available
RSVP: requested, through website
Event Details: Details
Summary: Now in its the 6th year, the IEEE Intercollegiate Games Showcase is providing student game developers the chance to present their best student developed video games for judging by an elite panel of video game professionals.
Come out in support of your favorite colleges as student development teams go head-to-head for school pride, bragging rights, and this year’s cup. Finalists will demonstrate their games for a growing number of students, alumni, and sponsors representing our internationally renowned video game industry.
This year’s showcase will be held at California State University, Fullerton Titan Student Union pavilion A,B & C. Parking is free in the State College parking structure (SCPS) adjacent to the Titan Student Union. Following the showcase enjoy a reception featuring local gourmet food trucks, game demonstrations by the student developers, and networking. Put on your game face and come to cheer your favorite school, watch demos and play games.
The public is invited to attend the annual intercollegiate competition among the major universities of Orange County and the surrounding area.

ASA DataFest 2017 at Chapman University – (data hackathon for undergraduate students) 🗓

— Volunteer Professionals needed —

— Chapman University / IEEE — data hackathon for undergraduate students, …
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Meeting Date: April 21 – 23, 2017

Location: Chapman University

Event Details: Datafest
Summary:
Analyze ASA DataFestTM will introduce you to what is likely the richest, most complex dataset you’ve seen so far in your undergraduate career. The dataset is provided by a real-life organization and is chosen to provide many avenues of discovery. Students at any stage of their data science education will find something of interest and will have the opportunity to make an original finding. Students from any major are welcome.

Network Mingle with data science professionals who visit DataFestTM to offer their advice and answer your questions. You’ll also get to meet students from other colleges and universities in southern California.

Experience Past participants of the ASA DataFestTM have gone to job interviews able to describe technical challenges overcome, explain how they work under time-pressure, and talk about their thoughts on solving real-life data problems.

People-Centered Electronics Design 🗓

— (TEMS, WiE, YP) – procedures followed at UCSD’S Design Lab, current work, healthcare, automation …

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Meeting Date: Tuesday, April 4, 2017
Time: 6:30PM Food & Networking; 7:00 PM Presentation
Speaker: Don Norman, UCSD
Location: Qualcomm, San Diego
Cost: Free to IEEE Members, Qualcomm employees and Students with Student ID. All others $5 cash only at the door.
Event Details: meetings.vtools.ieee.org/m/43994
Summary: At UCSD’s Design Lab, design is considered to be a way of thinking, of making sure we are solving the correct problem (not just the symptoms), and of making the interaction between people and technology smooth, understandable, and enjoyable. Far too many existing products and services are designed around the technology, not the people.
Don Norman will discuss the procedures followed at the Design Lab and talk of the current work being performed in healthcare and automation. Don will also describe how to make this happen in a corporation.

Bio: Don Norman founded the cognitive science department at UCSD, then retired to become VP of Apple. He was brought back 3 years ago to start the design Lab. At UCSD he is in the departments of psychology, cognitive science, and electrical engineering. He is a member of the National Academy of Engineering and author of 20 books translated into 20 languages. His most popular book is Design of Everyday Things.

Gallium Nitride Power MMICs: Fact and Fiction 🗓

— (Buenaventura Section) – Efficiency, output power, low loss, thermal, issues …

— IEEE BUENAVENTURA Section
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Meeting Date: Wednesday, March 15, 2017
Time: 6:30 PM Pizza & Networking; 7:00 PM Presentation
Speaker: Charles Campbell of Qorvo, inc.
Location: Skyworks Solutions
Cost: FREE for IEEE members
RSVP:
Event Details: IEEE Buenaventura
Summary: Gallium Nitride (GaN) based transistor technology’s characteristics of very high current density combined with high voltage operation have held promise to vastly improve many microwave circuit applications that presently utilize Gallium Arsenide (GaAs) devices. Today, GaN transistors are capable of high voltage operation while simultaneously demonstrating fT & fMAX characteristics more typical of lower voltage GaAs PHEMT devices. The potential benefits of GaN device characteristics combined with monolithic microwave integrated circuit (MMIC) technology are many. Highly efficient switched modes of power amplifier operation should be possible at higher output power levels and frequency. High output impedance typical of transistors operated at three to five times the voltage of GaAs should facilitate lower loss matching networks due to the reduced transformation ratio. Alternately, transistor periphery and corresponding output power could be dramatically increased while maintaining impedance transformation ratios similar to that of existing GaAs PHEMT amplifiers. The higher output power density of GaN devices should lead to greatly reduced die size for GaN implementations of existing power amplifier functions. The improved heat flow realized by the high thermal conductivity Silicon Carbide (SiC) substrate material should allow for acceptable junction temperatures even with the much higher power dissipation. Very high power switches could be designed by using large control voltages and taking advantage of the high current capability (high Imax) of GaN. While the advantages of GaN are manifest, many of the features that make GaN transistors attractive can be shown to create significant issues that are typically not encountered with lower voltage technologies. In this talk, examples and scenarios are discussed highlighting the benefits and issues associated GaN MMIC technology.
Bio: Charles F. Campbell PhD received the B.S.E.E., M.S.E.E. and Ph.D. degrees from Iowa State University in 1988, 1991 and 1993 respectively. From 1993 to 1998 he was with Texas Instruments involved with microwave module design and MMIC development. Since 1998 he has been with various divisions of TriQuint Semiconductor where he has held positions of Design Team leader, Design Engineering Director and Design Engineering Fellow. He is currently an Engineering Senior Fellow with the Infrastructure and Defense Products Division of Qorvo. A Fellow of the IEEE, he has served on the Editorial Board for IEEE Transactions on Microwave Theory and Techniques, general chair for the 2015 Compound Semiconductor Integrated Circuits Symposium, and the IEEE Microwave Prize selection committee. He has authored or co-authored over 50 journal and conference papers, and authored an on-line book chapter on MMIC power amplifier design.