AI in Software Engineering – How Intelligent Systems Are Changing the Software Development Process (Published)
Artificial intelligence is fundamentally transforming software engineering practices across all phases of development, evolving from basic assistance tools to active collaborators in the creation process. This transformation represents a paradigm shift in how software is conceptualized, developed, and maintained, with substantial impacts on productivity, quality, and professional roles. The integration of AI capabilities extends throughout the entire software development lifecycle, from requirements analysis and architectural design to implementation, testing, and operations. Modern AI coding assistants built on large language models demonstrate increasingly sophisticated capabilities in code generation, context understanding, and optimization suggestions across multiple programming languages. These technologies serve as productivity multipliers and knowledge equalizers within development teams, enabling significant reductions in routine task completion time while allowing developers to focus on higher-value creative and architectural activities. Despite these benefits, important challenges persist, including technical constraints, developer dependency concerns, intellectual property uncertainties, and privacy considerations. As AI continues to reshape the software engineering landscape, organizations, educational institutions, and individual practitioners must carefully navigate these evolving dynamics to maximize benefits while mitigating potential drawbacks.
Keywords: Artificial Intelligence, code generation, developer productivity, ethical considerations, software development
Quick Response Mechanism Payment System using Waterfall Model (Published)
With the rise in living standards, stores are becoming larger and more diverse in their offerings. As a result, both merchants and customers are concerned about developing a simple, quick, and convenient shopping guide system. For the consumer giving credit card information, security has become a big concern. Other payment methods, such as using USSD, have numerous flaws, including lack of reliability, memory, and vulnerability to hackers. As a result, it is critical to develop a system for establishing a secure payment method. Identity theft, merchant-related scams, and customer data security are all addressed by the method. The established system also aids in keeping excellent records and tracking available products in the store, as well as product and account/transaction information. The proposed system is the implementation of a secure operational paradigm for mobile payment based on Service-Oriented architecture and the Quick Response Mechanism.
Citation: Wumi Ajayi, Owolabi Bukola, Bello Muhammad, Adeyemi Oluwaseye (2021) Quick Response Mechanism Payment System using Waterfall Model, European Journal of Computer Science and Information Technology, Vol.9, No.4, pp.16-27
Keywords: Life Cycle Model, Payment System, mechanism, quick response, software development, waterfall