Systems Engineering Assignment

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Systems engineering is an interdisciplinary area that consists of a variety of procedures, mechanisms, rules, and principles in order to determine, analyze, design, develop, manage, and implement a comprehensive solution of the identified problem. In addition, the application of the systems engineering adapts to the nature of the object field, for example, in the information technology environment, systems engineering utilizes those procedures, mechanisms, rules and principles to solve the problem of IT. In this case, the systems engineering facilitates and directs to develop an integrated solution that meets the IT development specifications (Lightfoot, 1996). These systems engineering procedures are classified as traditional systems engineering,…show more content…
1, the systems engineering lifecycle starts from concept development. Its input consists of two things: operational deficiencies and technological opportunities. The operational deficiencies describe market-driven input on one hand. On the other hand, the technological opportunities are technology-driven input. Those inputs undergo processing in the block, then result in the output: system functional specification and defined system concepts. Both outputs will be inputs for the engineering development block. After processing, this block will issue system production specification and production systems. Furthermore, those outputs will become an input for the post-development block. This block is a deployment activity of the system to the users by providing them with operation and maintenance documentation and installed the operational…show more content…
3 designates processes of engineering development as a continuation of the concept development. This phase consists of the advanced development, engineering design, and integration and evaluation blocks. The advanced development processes input through risk management, subsystem definition, and component specification activities. The inputs are system functional specifications and defined system concepts. While the outputs are system design specification and validated development model. In addition, the engineering design block processes the outputs of the advanced development block, namely system functional specifications and defined system concepts. In this block, the process works with component engineering, component test, and specialty engineering in order to result in test and evaluation plan and engineered components. Those outputs will become the inputs of the integration and evaluation block. This block processes system integration, system test, and operational evaluation. Eventually, the ultimate outputs of the engineering development phase are system production specifications and production
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