Description: The iterative process is a methodological approach characterized by the repetition of work cycles aimed at refining and improving results through successive approximations. This process allows developers and designers to tackle complex problems more effectively, as each iteration provides the opportunity to assess progress, identify errors, and make necessary adjustments. In the context of technology development, the iterative process becomes an essential tool for optimizing algorithms and models, ensuring they are more understandable and accessible to end users. The main features of this approach include flexibility, adaptability, and the capacity for continuous learning, making it a valuable method in the development of advanced technologies. As each cycle progresses, data is collected and results are analyzed, allowing work teams to make informed and well-founded decisions, thereby improving the quality of the final product. This approach is not only applied in the technology field but is also found in various disciplines, such as education and research, where constant feedback is crucial for success.
