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Orlando Chapter Meeting May 2012
About the Presentation Get out of the silo and get on the platform! Silo refers to a fully self-contained, system development that is appropriate for embedded systems and applications, such as today’s medical equipment or aircraft navigation. And the common practice has been to use silo development methods and implementation decisions in other software domains, including enterprise applications such as supply chain, inventory, etc. In this presentation, we will explore the industry movement toward a high-level platform architecture that isolates the underlying infrastructure from the applications, thus allowing development to concentrate on business needs and integration. About the Speaker Michael Russell is a Qualified Systems Architect for Lockheed Martin Global Training and Logistics locally in Orlando. While at Lockheed Martin, he has worked on an USMC/ONR research project in the field of sense-and-respond logistics and as the SOA architect for the F-35 logistics system. Previous roles include: Marriott as a SOA architect and IBM as an IT Architect. Mike is a regular author for IBM DeveloperWorks and speaker at IBM conferences. He has a Bachelors in Physics, a Masters in Computer Science, and was a PhD Candidate in Software Engineering. In his spare time, he runs a small entertainment company, Vicki Fox Productions Inc May 2012
Experimental Design for System Design and Testing Tutorial
Full Day: Friday, May 18th 2012, 8:30 - 5:00 held at the Training Center, Classroom B, Lockheed Martin MFC (WEST)Building on the success of our first course on Design of Experiments (DOE), this second course will introduce the design class known as factorial designs, which is the most important class of designs both in terms of their applicability in real-world problems, and their efficiency in the use of limited resources. In this course, you will learn how these proven designs can be instrumental for system design, system testing and system improvement. Specifically, this course will cover two-factor and general factorial designs, 2k factorial designs, blocking and confounding in the 2k Factorial, as well as replications in experiments. Learn to identify the subset of key parameters with the greatest impact on performance and the most desirable ranges for those parameters; uncover how two or more parameters interact with each other and how to make the most effective use of those interactions. Learn this and much more. Learn More and Register for this Hands-on Tutorial Orlando Chapter Meeting April 2012
About the Presentation The presentation will describe the growth of wind turbines as a means of power production. Energy produced from wind power has grown by over an order of magnitude over the last ten years. Additionally, the wind turbines themselves have progressed from the very simple induction generator turbines, capable of producing only a few kilowatts, to huge converter-based machines capable of producing up to 6 MW in a single machine while simultaneously providing voltage regulation, frequency control, and other power system services comparable to conventional fossil-fuel based generation system. The presentation will describe the design features and capabilities of modern wind turbines and describe representative applications. About the Speaker Bob Nelson has a Master of Engineering in Electric Power Engineering from Rensselaer Polytech and has over 30 years of experience in Electric Power Systems, including work for the Army Corps of Engineers, the Boston Edison Company, the Florida Municipal Power Pool, R. W. Beck and Associates, Westinghouse, and Siemens. He has over 20 patents in transmission and generator design and has published over 25 technical papers. He is the Manager of Codes, Standards, and Regulations for Siemens Wind Turbines - Americas, and is a Senior Expert Engineering Manager in Siemens. Orlando Chapter Meeting March 2012
About the Presentation Being a systems engineer involves much more than simply knowing how things work. As systems engineers, we engage in the process of innovation as we develop new systems or modernize older existing systems. This presentation explores nine basic concepts of innovation using common, ordinary objects as tangible case studies. These objects range from paper clips, aluminum cans, airplanes and building architectures. We explore particularly how economics, ecology, aesthetics, ethics, politics, and culture can shape the design, development, production, and construction in systems engineering projects. This discussion is based a book by Henry Petroski by the same name. About the Speaker Paul is a senior systems engineer for Astronautics Corporation of America in Milwaukee, WI. His primary systems engineering role is on avionics maintenance systems of Airbus aircraft, data security on aircraft, and leading special company initiatives. He has thirteen years of experience in the aerospace and defense industry. He has worked as a systems engineer, a software engineer, a factory automation engineer, and a quality engineer. He has previously worked at L-3 Communications, Raytheon, Hynix Semiconductor, and Southwest Research Institute. Paul White has a graduate certificate in Systems Engineering and Architecting from the Stevens Institute of Technology, a Master of Science in Computer Science from Texas A&M University—Commerce, and a Bachelor of Science in Computer Science from Texas A&M University—College Station. Paul White has been a member of INCOSE since 2007. He currently serves as the Program Chair for the Chicagoland Chapter. He previously served as the President Elect, the Vice President of Communications, and the Vice President of Chapter Development for the North Texas Chapter. Orlando Chapter Meeting February 2012
About the Presentation Dr. Smith will explore the natural synergy that exists between robotic surgery and the advantages of simulation systems in surgical education. The practice of surgery is being transformed by the application of minimally invasive and robotic procedures and tools. These allow a surgeon to perform operations with much more control and fidelity than has been common for traditional open surgery. These devices also create an operating environment which is extremely conducive to teaching via computer and simulation-based devices. Realism is no longer defined by the surgeon's hands on the patient's flesh. It has been intermediated by computer technologies which can be replicated with current simulation tools, opening the door to an extremely large new domain for simulation practitioners. About the Speaker Dr. Smith is the Chief Technology Officer for Florida Hospital's Nicholson Center where he is leading a team of researchers in exploring the use of telesurgery and applying simulation devices to surgical education. He was previously the CTO for U.S. Army Simulation, Training and Instrumentation (PEO STRI), a Research Scientist for Texas A&M University, and CTO and Vice President at Titan Systems Inc. He serves as a Graduate Faculty Scholar at the University of Central Florida, Visiting Lecturer at Georgia Institute of Technology, and is on the faculty of the Florida Hospital College of Health Sciences.He has been a very active member of the simulation profession for over 20 years, publishing over 150 technical and management papers and developing four commercial courses on simulation technologies and applications. He has published five books on technology and management, as well as contributing chapters to 10 other books. Dr. Smith holds a B.S. in Applied Mathematics, M.S. in Statistics, Master’s and Doctorate in Business Administration, and Ph.D. in Computer Science. Jan 2012
Applied Systems Engineering - Model Based Engineering Tutorial
Full Day Lab: Friday, January 27th 2012, 8:30 - 5:00 held on UCF Campus: Engineering Building 2, Room 310, IBM IASE LabJoin us for a full day tutorial on Design of Experiments andlearn about the varied applications of Experimental Designs and its relevancy in the systems engineering design process. Orlando Chapter Meeting January 2012
About the Presentation Fred Beltzer joins us to discuss privacy and security issues that we need to think about in all walks of life. Fred covers eMail, credit cards, accounts, phishing, firewalls, and more security topics from recognizing spoof (fake) eBay websites to setting up filters, rules, and keyloggers. No e-mail communication is 100% secure so we must protect ourselves. We will also be discussing how to spot a fake website, not getting phished and what a card skimmer looks like on an ATM. Take control of protecting yourself in the 21st Century. About the Speaker Mr. Fred Beltzer is a Security Systems Professional; currently an Information Security Systems Engineer with Lockheed Martin, Global Training and Logistics division in Orlando, FL. He has extensive and diverse experience within US defense-related Information Security for all services and across commercial industry. Fred received his BS degree in Computer Networking and his Master's from George Washington University in Engineering Management Systems Engineering, including a certificate via the National Security Agency - NSTISSI 4011 - National Training Standard for Information Systems Security Professionals (ISSP). Fred has also engaged in and received more than two dozen defense and commercial security certifications. Fred is a returning speaker to our monthly series, and has also delivered two day-long Information Assurance tutorials for our central Florida community in the past. Welcome Fred! |
May 2012
Chapter Newsletters
Joining INCOSE Orlando
We're always looking for new members to participate in
our chapter activities.
If you're interested in joining INCOSE, use the
Membership
Application located on the national INCOSE web
site. When asked to specify a Local Chapter, please consider
accepting our invitation to designate INCOSE Orlando as your home chapter.
INCOSE Orlando Listserver
INCOSE International provides an email listserver for our chapter.
If you'd like to keep up with chapter activities via email, please contact our
Communications Committee.
Provide your name, employer contact info (i.e., work address and phone number),
and email address, and we will add you to our list and stay in touch!
INCOSE in Central Florida
There are two additional INCOSE chapters located in Central Florida;
Tampa and Space Coast. Check their web sites for more information.
INCOSE Space Coast INCOSE Tampa |
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