The Integrated and Advanced Core Framework for the Analysis and Evaluation of Technological Objects (FCIA-OT) represents the outcome of an extensive cycle of systematic research and development. Built as a disruptive scientific architecture, it integrates mathematical, physical, computational, and perceptual principles into a unified and scalable system, capable of diagnosing, classifying, and guiding the reengineering of technological objects with an unprecedented level of precision.
Unlike traditional approaches, the FCIA-OT establishes a multiscalar and multidimensional methodology. Through the Systemic Matrix of Integrated Vectorial Dimensions (MSDVI) and its operational subsystems (SPMI, SCDMIC, SGUI, SCMI, MEAPs, & SIDyCP), it simultaneously combines systemic and modular perspectives, articulating objective and subjective metrics while ensuring interpretative clarity through chromatic codification. This methodological integration allows replicability across diverse domains, ranging from software interfaces to embedded systems and complex multicomponent platforms, such as unmanned aerial vehicles.
The e-book is organized as a progressive exploration of this architecture. The initial chapters (1–3) present the foundations of the FCIA-OT and its main subsystems. Chapter 4 demonstrates its application in real case studies, validating its robustness under practical and operational conditions. Chapter 5 expands the scope with the Structured and Advanced Model of Personas (MEAPs), while Chapter 6 introduces the Dynamic Inference System of Perceptual Fields (SIDyCP), which applies principles of mechanics and quantum physics to perceptual modeling. Chapter 7 describes the proposal for the Bachelor’s Degree in Usability and Interaction Engineering (EUSIN) as a means of academic institutionalization, and Chapter 8 consolidates the operational management layer of the FCIA-OT, closing the architecture as an advanced ecosystem for technological evaluation.

The strength of the FCIA-OT lies not only in its methodological breadth, but above all in its epistemological novelty. By merging scientific formalism with applied diagnostics, it transcends decades of fragmented approaches and establishes a new standard for systemic evaluation, usability, and interaction. The framework demonstrates that technological evaluation can be simultaneously rigorous from a mathematical standpoint and visually interpretable, while also being theoretically grounded and practically replicable.

The concepts elaborated herein, each modeled structure, and each defended principle were sustained by prudence, ethics, and an unwavering determination, always guided by the purpose of fostering responsible innovation, grounded in critical awareness and the most rigorous technical responsibility. For knowledge is not merely accumulation, but discernment, understanding, and, above all, transformation.
Thus, this e-book is not limited to presenting a new framework, but inaugurates a scientific milestone: the consolidation of a unified and advanced architecture for the analysis and evaluation of technological objects, with the potential to redefine academic research, regulatory certification, and engineering practice.

The Integrated and Advanced Core Framework for the Analysis and Evaluation of Technological Objects (FCIA-OT) and its subsystems are the exclusive intellectual property of the author of this work. All rights reserved.
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