Diagnostic Engineering as an Ally for Implementing Accessibility and Achieving the 2030 Agenda SDGs

Abstract

Objective – This article examines the main stages for assessing accessibility in the built environment, based on a documentary analysis of current legislation and technical standards. It underscores the importance of integrating accessibility considerations during the design, diagnosis, and implementation phases of construction projects. The study identifies specific Sustainable Development Goals (SDGs) directly influenced by effective accessibility implementation and evaluates key 2030 Agenda targets to address gaps in Brazil’s construction industry.    

Methodology – The research employs a qualitative approach utilizing documentary analysis of regulations, legislation, and standards related to accessibility and diagnostic civil engineering. This integration enables the identification of implementation gaps and the development of technical guidelines for accessibility improvements.

Originality/Relevance – The analyzed information fills a theoretical gap by aligning diagnostic engineering practices, such as inspections and reports, with specific SDG targets. Its originality lies in contrasting regulatory and legislative requirements with practical market applications, highlighting the need for qualified interventions to meet the 2030 Agenda’s objective.

Results – The fidings provide vast technical guidance to improve professional practices and contributes to the development of public policy and sustainable practices in the construction sector.

Theoretical and methodological contributions – The study proposes an interdisciplinary diagnostic framework that integrates technical standards with global sustainability goals.

Social and environmental contributions – The research promotes equity, inclusion, and sustainability in the built environment positioning accessibility as both a fundamental right and a key element for achieving the SDGs.