Design Optimization with HEEDS MDO

Engineers are regularly presented with a set of conflicting targets (e.g., for mass, cost, manufacturability and performance) and asked to find the best parameter values, or design attributes, to satisfy all of the design criteria. But, the usual solution approaches are no longer effective.

Increased pressure to compete is driving more ambitious design goals and shorter design cycles, while increased design complexity is making these targets more difficult to satisfy. The expensive and time-consuming trial-and-error process is no longer a viable option.

Within HEEDS® MDO, you can easily define design parameters and multidisciplinary design goals, and choose analysis tools to judge a design’s performance. Then, HEEDS performs design iterations automatically while searching for design parameter values that simultaneously meet all targets and criteria. Using advanced, proprietary optimization algorithms and intelligent strategies, HEEDS MDO effectively searches even the most complicated design spaces, helping you to discover better designs, faster.

 

HEEDS MDO Parameter Optimization Methods
Parameter optimization methods are the mathematical search algorithms used in a parameter optimization study. The default search al­go­rithm in HEEDS MDO is a proprietary method called SHERPA. SHERPA adaptively combines strategies from several different search methods and uses them simultaneously. Because SHERPA performs both global and local search at the same time, it is a good choice for almost any engineering design optimization problem.

Of course, HEEDS MDO allows you to choose from a variety of other algorithms, as well, including:
 
  • Multi-objective SHERPA (MO-SHERPA)
  • Genetic algorithm
  • Quadratic programming
  • Simulated annealing
  • Response surface
  • Multi-start local search
  • Particle swarm
  • Nelder-Mead simplex
Leverage the Power of Exclusive Optimization Methods
HEEDS MDO offers two proprietary optimization methods, SHERPA and M
O-SHERPA, that are the most efficient and robust available, shortening your design time from weeks to days. Shorter design time translates into reduced product development costs. At the same time, HEEDS MDO provides a more thorough search with the potential to yield truly innovative design alternatives that satisfy multiple, even conflicting, criteria.

How HEEDS Optimization Works
HEEDS MDO works the way you do. It captures and automates your current design workflow, based on the design and analysis tools you prefer to use. Then, it automatically explores the design space to quickly identify solutions that meet all of your performance and cost goals.