SDLC methodology for designing a system Essay Example for Free

SDLC methodology for designing a system EssayThe uncomplicated objective is to evaluate the SDLC methodology for designing a system. Prior to structure a system, a association of methodology is essential in keeping the process kicking in right force so that it adheres to entire coverage and successful completion of tasks. It demands professional speak to in planning, building and operating a system. SDLC methodology which encompasses several techniques in making the system travel smooth, processing the various steps demand in putting together a system successfully. The turn model which is a flavor of SDLC techniques corresponds in designing a system where line of descent requirements are volatile in nature and communication with outer entities is a priority. The spiral model would take into reckon any the primary steps in building a deliverable every time it completes a circle. Once it is finished with the planning and summary level the risk analysis task is interpre ted in the picture. It is followed by engineering, construction and release, customer evaluation and at last customer communication. Once a cycle is covered, it results in a deliverable which is further processed upon customer communication and feedback.The SWOT analysis of the spiral model would contemplate the coverage of whether it can be interpreted up as a viable option in designing a system. The following is the analysis Strengths The business environments are seldom volatile in nature where the requirements are ever changing and are adding every moment to expand their scope and stay competitive in the market. The spiral model would spring sure that the proposed system is prone to changes. It provides enough mechanism to take into account the changes in the customers environment and feat accordingly. Unlike other SDLC methods where the business requirements are completely taken as standstill when taking into account the building of the system. Unlike the waterfall model wh ere the design stages are non-reversible in nature, once the stage is surpassed it cannot be revisited again. Weaknesses The weaknesses of the spiral model are that it is quite expensive in nature as every deployment is revisited with the spiral cycle once it receives a customer communication and feedback. It demands quite risk assessment expertise. The time taken to build the complete system is considerable towering as for every new requirement is cycled all through from planning to implementation. The consumption of resources is substantially large as all the developmental stages are followed for creating a version of the system in every cycle. Opportunities The opportunities of using the spiral model are relatively high in comparison to the other models in use. The business external environment is fast changing to the requirements and wrap newer challenges to analyze their market and take risks to prosper. In this situation having a flexible system development scheme would mak e it easy to design and build a system susceptible to habitual changes with changing business requirements. Taking into account the other methods available in the market, the spiral model would stand out in the crowd. Threats The other prototyping methods like RAD and Incremental methods of SDLC pose a threat to spiral method. The incremental approach is quite complex in operation but its flexibility is quite high in resolving discrepancies. The RAD methodology is quite popular in SDLC but is not prone to taking the frequent changes into consideration which is a drawback.