In today’s fast moving development environment, engineering and IT departments are constantly searching for any ability to streamline the product development process. Multi-disciplinary optimization is the key to effective and efficient operations and development. It allows teams across multi-sectors, and focusing on multiple objectives to work together in a streamline manner to complete projects.

Multi-disciplinary optimization or multi-disciplinary design optimization is a growing area of the engineering field that uses optimization methods to solve design problems. These methods incorporate a number of disciplines simultaneously vs. sequential. This allows engineers to maximize interactions between disciplines.

Multi-disciplinary design techniques have been used in a number of fields, including architecture, automotive design, computer design, electronics and more. It has been used extensively in dealing with aerospace engineering, specifically aircraft and spacecraft design.

Utilizing a multi-disciplinary design optimization software, such as Optimus software is no longer an option, but a requirement to stay competitive in the development field. Optimus software is a Process Integration and Design Optimization software, which bundles a collection of design exploration and numerical optimization methods.

Optimus software offers a very rich workflow execution mechanism from a step-by-step review to the deployment on a large computation cluster. The workflow engine determines all the dependencies and automatically executes the resulting workflow taking into account engineering model dependencies. A workflow results in a set of tasks to be executed in batch. These are just some of the many examples of benefits that a multi-objective optimization software, such as Optimus software, brings to the table.

The increasingly widespread use of globally distributed teams, all trying to collaborate on the same project, adds another reason to the list making the case for the use of multi-disciplinary optimization software. This is necessary to allow all the working pieces to effectively collaborate and build virtually and successfully. It also allows teams to create automated multi-disciplinary simulation chains whose workflows generally link up a series of both commercial and in-house developed simulation applications.

No matter what your project, the objectives, variance of team discipline and/or location, having a good multi disciplinary design optimization software, like Optimus software, will launch your team ahead of the crowd in their development goals. Noesis Solutions, creator of Optimus, hosts an annual global summit for engineers to learn about the software and collaborate on multidisciplinary optimization challenges and projects. More information on Optimus software and Noesis Solutions summit can be found on their website.

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