Aerospace and defence sectors have become increasingly global and orchestrate a complex supply chain involving distributed design and manufacture of components and sub-assemblies. With strong impetus on better ROI and improved performance, innovations such as composite materials and advanced aerodynamics are becoming more prevalent.

Design and development processes for the aerospace and defence industry need to establish a delicate balance between requirements for safety, efficiency and reliability when adopting innovative technologies and approaches. Extremely narrow margins for error place great emphasis on a thorough understanding of the design performance across a range of extreme operational situations.

Design search and optimisation (DSO) provides an effective mechanism to rapidly evaluate multiple design options within the design envelope, choose the most appropriate design and better understand the design performance over a range of operational parameter values. 

dezineforce tools have been used in a variety of applications ranging from aircraft seating to designing a filter housing for aircraft hydraulic systems.