Full Day Tutorial: Friday, February 26^th, 8:30 - 5:00 held at UCF Partnership II in the Research Park

Model-Based Systems Engineering Best Practices

This tutorial gives an introduction to the IBM Rational Best Practices for Model-based System Engineering. Using the UML/SysML as modeling language, these best practices support the elaboration and verification/validation of system requirements as well as the design synthesis though model execution. For each of the SE phases: Requirements Analysis, Functional Analysis, and Design Synthesis (incl. architectural analysis through trade studies) the essential tasks and associated work products as well as the hand-off to the subsequent HW/SW development will be addressed.
The IBM Rational Best Practices for Model-based System Engineering are tool independent. In the afternoon session the participants will apply the Best Practices hands-on using the Rational Rhapsody&trade tool.

This tutorial is the start of a three part System Engineering series. The next two tutorials in this series will concentrate with hands-on current System Engineering tools.


To Register for the Tutorial

Registration must be completed by COB 23 February 2010:


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 $100 for holding a seat.

Student Registration Fee = $125
For Students

Course materials, parking, refreshments and lunch are included with your registration.
Registration limited to 50 seats.

Location:



UCF Institute for Simulation and Training (IST)
3280 Progress Drive, Orlando, FL 32826
(407) 882-1300
Map: http://www.ist.ucf.edu/visitors.htm
Conference Rooms A, B, and C





About the Instructor:
Dr. Hans-Peter Hoffmann is IBM Rational's Chief Systems Methodologist and co-author of IBM Rational Harmony&trade. He has over 25 years of experience in the design and development of complex systems in the Aerospace and Defense as well as Automotive industries. As Director of the simulation department of the Missile Division of MBB (now EADS), he developed a methodology-based approach for modeling and analysis of flight control systems. He is a renowned specialist in real-time systems design and embedded systems development. He received his Ph.D. in physics from the University of Hamburg.

CLICK HERE TO DOWNLOAD MANUAL REGISTRATION FORM