System engineering's crucial design synthesis process allows the development of complex systems by combining a variety of parts and subsystems to achieve desired performance and functionality. To provide the best possible realisation of system requirements, it entails the methodical investigation, assessment, and integration of design alternatives. The main ideas, approaches, and important factors of design synthesis in system engineering are highlighted in this abstract. The goal is to succinctly explain the relevance and function of design synthesis in the creation of reliable and effective systems. The necessity of design synthesis as a link between system requirements and their physical implementation is emphasised in the abstract's first paragraph. It examines the iterative nature of the process, which involves a number of design iterations before settling on the best answer. The abstract goes on to discuss the necessity for a multidisciplinary strategy that involves specialists from different fields to guarantee thorough system integration. The abstract also discusses the use of cutting-edge ideas and upcoming technology in design synthesis. It examines the difficulties of integrating cutting-edge technology while preserving system coherence and dependability, such as artificial intelligence, the Internet of Things, and sophisticated materials.
Design Synthesis, Design Development, Interface Integration, System Decomposition.
[Dr. Jayakrishna Herur (2022) A Brief Study on Design Synthesis] (ISSN 2347 - 5552). www.ijircst.org
Dr. Jayakrishna Herur
Associate Professor, Masters In Business Administration (General Management), Presidency University, Bangalore, India,