Once designers have defined what the operating environment will be within your chosen key assignment company, you will need to identify the problems with the current system as it may not be fulfilling the client’s operational objectives. The software may not have been designed and implemented with the proper user interfaces, may not be capable of handling certain user data inputs, may be too slow, or cannot provide the required outputs for the user. Describe the following: Functional issues associated with your identified project and how you convert these problems into software/system objectives revolve around the designer’s ability to identify problems with the functional I/O of the software in place, or issues may be related to performance, architecture, interfaces, hardware, security, communications Various elements you considered in defining your objectives (system security; ease of future modification and expansion; program needs; allowable operational changes; costs; level of effort; time schedules; and reliability, sustainability, and availability) APA references and intext citations . Attachment will show project as of now Purchase the answer to view it

Functional issues play a crucial role in identifying the problems with the current system and defining software/system objectives. These issues primarily revolve around the designer’s ability to identify problems with the functional input and output (I/O) of the software in place. Functional issues may also arise concerning the performance, architecture, interfaces, hardware, security, and communications of the system.

One of the key functional issues to consider is the user interface (UI). The software may lack a user-friendly interface, making it difficult for users to navigate and utilize the system effectively. In such cases, the objective would be to design and implement a user interface that is intuitive and easy to use, ensuring a seamless user experience.

Another functional issue could be related to the system’s ability to handle various types of user data inputs effectively. The software may not be designed to process certain data formats or may encounter errors when handling large datasets. In this case, the objective would be to enhance the software’s data handling capabilities and ensure that it can handle diverse inputs efficiently.

Performance issues are another concern. The software may be too slow, resulting in delays and inefficiencies in the user’s workflow. The objective would be to optimize the system’s performance, ensuring faster response times and efficient resource utilization.

Architecture-related issues can also hinder the system’s functionality. The software may lack a modular and scalable design, making it difficult to accommodate future modifications and expansions. The objective would be to define a software architecture that allows for easy modification and expansion, ensuring long-term flexibility and adaptability.

Interface issues may arise when the software needs to communicate with other systems or devices. If the current interfaces are outdated or incompatible with other systems, the objective would be to design and implement interfaces that facilitate seamless integration and communication between the software and external entities.

Hardware-related issues may also affect the functionality of the system. If the software is not compatible with certain hardware configurations or platforms, the objective would be to ensure compatibility and maximize the system’s availability across different hardware setups.

Security is a critical functional concern. The software may lack proper security measures, leaving it vulnerable to unauthorized access or data breaches. The objective would be to enhance system security by implementing robust authentication, encryption, and access control mechanisms.

Finally, communication issues can hinder the system’s functionality. The software may have limitations in terms of network connectivity or data exchange protocols. The objective would be to ensure reliable and efficient communication between the software and other systems or devices.

In defining the system objectives, various elements need to be considered. These elements include system security, ease of future modification and expansion, program needs, allowable operational changes, costs, level of effort, time schedules, and reliability, sustainability, and availability.

System security is crucial to protect sensitive data and prevent unauthorized access. The software should have secure authentication mechanisms, data encryption, and access control to ensure confidentiality, integrity, and availability of the system.

Ease of future modification and expansion is essential to accommodate changing business requirements and technological advancements. The software should have a modular and scalable design that allows for easy integration of new functionalities and modifications without disrupting the system’s core functionality.

Program needs refer to the specific requirements and objectives of the software. These needs should be clearly identified and translated into functional requirements and objectives.

Allowable operational changes indicate the flexibility of the system to adapt to changes in the operational environment. The software should be designed to accommodate modifications in the processes, workflows, and business rules.

Costs, level of effort, and time schedules are crucial considerations in defining the system objectives. These factors need to be balanced to ensure that the objectives are achievable within the allocated resources and timeframe.

Reliability, sustainability, and availability are important factors in ensuring the system’s continuous operation. The software should be reliable, sustainable, and readily available to meet the operational needs without significant downtime or disruptions.

In conclusion, identifying functional issues and converting them into software/system objectives is crucial for enhancing the functionality and performance of the system. Considerations such as system security, ease of future modification and expansion, program needs, allowable operational changes, costs, level of effort, time schedules, and reliability, sustainability, and availability play a vital role in defining these objectives.