The phrase "automation of the design" is correct and usable in written English.
It can be used when discussing the process of using technology to perform design tasks automatically, reducing the need for manual intervention.
Example: "The automation of the design process has significantly increased our efficiency and reduced errors in production."
Alternatives: "automated design process" or "design automation".
The advantages of the two-phase GA optimization algorithm presented in this paper are three fold: a) automation of the design process of a complicated and one-of-a-kind structure; b) relieving the designer of days of iterative design process; and c) achieving a lighter and therefore more economical design.
The automation of the design process is an important property of computer aided design systems.
Automation of the design process is very important for the reduction of engineering cost, and it can be achieved by an appropriate design process and software development.
The meshless procedure developed here is expected to have wider applications to the iterative optimal design of engineering systems where mesh generation inhibits the automation of the design process.
The development of the planning job is characterized by factors such as growing project sizes, very short processing times, wide use of computers, and automation of the design processes.
This paper discusses the development of a new algorithm with smaller time complexity for automation of the design of clock distribution network that can greatly reduce the time and effort required, at the same time meeting the conditions set for delays and maximum allowable power dissipation.
The use of high throughput techniques and automation for the design of cell factories, and especially platform strains, has played an important role in the transition from laboratory research to industrial production.
This research extends our previous investigation of the automation of the preliminary design stage to the layout design stage of the cooling system design process.
In this paper, a new, computationally efficient approach for automation of the prefilter design step is proposed.
In the emerging field of RNA-based nanotechnology there is a need for automation of the structure design process.
