ASME Seminar (6/16): Design for Six Sigma & Basic Innovation Skills
Rick Kwan
engineering societies, including AIAA.)
"Design for Six Sigma & Basic Innovation Skills"
WHERE:
Saturday, June 16, 2007
9:00 am - 4:00 pm
Santa Clara University
Santa Clara, CA
$225 per person: Non-Member
$75 per person: ASME or (any) Engineering Society Member
$35 per person: Student or Unemployed or Retired Member:
All attendees will receive a catered lunch, and break snacks/drinks
will be a part of your seminar experience.
SEMINAR ABSTRACT:
Six Sigma and Design for Six Sigma (DFSS) are credited for improving
the performance of products and the profitability of leading
organizations such as General Electric, Allied Signal, and Motorola
since its inception. Now, DFSS is evolving. By incorporating 60 years
of research into what makes people and companies more innovative,
industry leaders are developing new ways to improve how high-payoff
but marginal design concepts are made feasible and are integrating it
into Design for Six Sigma. Learn about the methods for improving the
performance of your product, for resolving contradictory requirements
and for eliminating tradeoffs.
SEMINAR INSTRUCTORS:
Scott Burr, Certified Six Sigma Black Belt, Hubenthal Burr Associates
LLC
Dr. Metin Ozen, Principal, Ozen Engineering, Inc.
YOU WILL LEARN:
. The Basic principles of Design for Six Sigma
. The Basic Innovation Skills tool set and advanced concept
development
. How to resolve contradictions to improve performance
. Patterns of thinking used by great inventors and problem solvers
. The advantage of Probabilistic design versus Deterministic approach
. The relationship between design choice and process outcomes
. The role of variation and tolerancing in design and process
decisions
. The role of simulation in design and process engineering
. Engineering Applications of Six Sigma and Basic Innovation Skills
. Demo of ANSYS Probabilistic Design Solution & MINITAB Statistics
software
Learn about the tools and methods of Design for Six Sigma and why
optimization, reduction of variation, and resolution of contradictions
can improve design performance.
WHO SHOULD ATTEND:
Problem Solvers, Electrical Engineers, Chemical Engineers, Mechanical
Engineers, Design Engineers, Aerospace Engineers, Manufacturing
Engineers, Reliability Engineers, Quality Engineers, Six Sigma and
Lean Practitioners, Consultants, Stress Analysts, Technical
Engineering Supervisors or Managers, Users of Finite Element Software,
and Users of Statistical software.
2 WAYS TO PAY:
1. Acteva (Credit Card Service)
http://www.acteva.com/go/asmescvs
2. Mail in Form must be received on the day before the seminar.
. Check or Money order
Call or email Registrar:
. 408-480-6540
. jtti...@yahoo.com
----------------------------------------------------------------------
Send payment to:
ASME Professional Development Chair,
P.O. Box 611865, San Jose, CA 95161-1865
Payment must be received prior to the seminar and will not be accepted
at the door.
Design for Six Sigma & Basic Innovation Skills
Name_____________________________
Title_____________________________________
Company________________________________________________________________
Address_______________________________________________________________
City_________________________________________ State ______ ZIP
Email___________________ Phone__________________ ASME member
#______________
Other Engineering Society Name and Member #
________________________________
Do you eat vegetarian food only? (circle one response below)
Yes
No
No, but I prefer vegetarian food only