Secondary abstract: |
Introduction: Universal design in architecture focuses on creating objects, spaces, and environments that are flexible and usable by a wide range of users. In the workplace, it ensures access and usability for all employees, including those with disabilities. In Slovenia, universal design was introduced in 2002 with laws on barrier-free access to public and multi-residential buildings. In 2018, new regulations made universal construction mandatory. Despite legal requirements, full adoption in building processes is still lacking.
Purpose: The purpose of the master's work was to evaluate the aspects of universal construction in all phases of construction (design, construction, use) at a selected commercial-industrial facility in Slovenia, and to write recommendations for optimizing the facility to achieve the greatest possible accessibility.
Methods: The research was based on theoretical work, where we reviewed relevant literature in the field of universal design, universal construction, and the needs and inclusion of functionally disabled persons in the working environment. It is followed by an empirical part, where, with the help of the 6-step method, we performed an analysis of the existing building and assessed its adequacy in all phases of construction, and provided recommendations for improvements (for the whole facility and healthy, active office). Results: We found that the building’s documentation (project plans, construction, and occupancy permits) complies with legal requirements. The building itself also meets legal standards but does not fully follow all universal design recommendations, especially regarding dimensions, contrast, and signage.
Discussion and conclusion: The building is most suited for people with mobility impairments. Those with hearing or visual impairments would need some adjustments, particularly in furniture, signage, and acoustics. The offices are modern, but additional modifications are recommended to create a healthy, active office, focusing on space (size, materials, flooring), indoor environment quality (temperature, air, lighting, acoustics), and workstation design (ergonomics, well-being). The thesis provides a comprehensive view of legal, theoretical, and practical aspects of universal design, offering guidance for professionals in the field. |