Full Day: Friday, May 18^th 2012, 8:30 - 5:00 held at Training Center, Classroom B, Lockheed Martin MFC (Missile Fire Control at Sand Lake Rd, Orlando)

What Is Covered in the Applied Systems Engineering - Model Based Engineering Tutorial:

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.




To Register for the Tutorial

Registration must be completed by COB Friday 11 May 2012:
Course materials, parking, lunch & refreshments are included in registration.



Non-INCOSE Member Registration Fee = $200 per person
For Non-INCOSE Members

INCOSE Members Registration Fee = $125
For INCOSE Members

All INCOSE Members who register and do not attend, will be invoiced additional $50 for holding a seat.

Student Registration Fee = $125
For Students

Course materials, parking, refreshments and lunch are included with your registration.


Location:
5600 SandLake Rd
Orlando FL 32819
Phone: (407) 823-2000

Map: Directions & Map


About the Instructor

Serge Sala-Diakanda, PhD
Dr. Sala-Diakanda is a researcher at the University of Central Florida (UCF) and director of the Institute for Advanced Systems Engineering. He is also the founder of the UCF Systems Engineering Chapter, the INCOSE student division at UCF. Over the past several years, Dr. Sala-Diakanda has taught and developed several statistics and systems engineering courses at both the undergraduate and graduate levels, teaching hundredths of students, a significant portion of graduate students being working professionals. His research vision is to expand the day-to-day applications of systems engineering concepts in so-called non-traditional systems engineering domains such as healthcare. Dr. Sala-Diakanda can be reached at serge.sala-diakanda@ucf.edu


Audience:
Systems engineers, Technical team leaders, Logistic support leaders. Those who participate in defining and developing complex systems, and the creative part of system solutions. Those looking for practical methods of architecting a system.



For questions or additional information, contact Eddie Smith Eddie.Smith@incose.org
or Becky Matz Becky.G.Matz@saic.com by phone at 407-243-3795.