The urban open spaces, which offer the possibility of rest and socialization in the city between the active life and intense construction, are the integrative spaces of the city. These urban open spaces, cover social interactions distinct from private life, need to have a feature of public spaces for all users. In this context, for all users who could exist in urban open spaces and actively use urban equipment requires ergonomic criteria in the light of individual requirements. Urban spaces, that cannot fulfill the anthropometric, physiological and psychological requirements cause both reduction of urban quality and personal comfort. University campuses as one of the public spaces, which support the active formation of urban structure, include open spaces in the city. These areas, where functions such as recreation and transportation take place, are one of the urban spaces which allow social interactions. This study aims to investigate the university campus in the field research in the context of ergonomic criteria and to contribute to the literature in order to ensure its usability. In this context, Adana Science and Technology University, which is one of the new campus formations of Adana and has urban importance, has been selected as a research area in accordance with its potential characteristics and user diversity. Through the sampling area, the Semantic Differentiation Scale was used to measure the ergonomic competences of urban facilities in open spaces and the effects of the equipment on the user were questioned. The questionnaire which include the adjective pairs defined on the qualitative and qualitative qualifications of the equipments, was applied to the thirty of the students, academicians and administrative personnel who are active users of the campus. As a result, the ergonomic competences on campus were determined. The lighting elements, information panels, shadows and ramps were described as positive qualities; it was observed that mostly negative adjectives were chosen on the living room, floor covering, sensible surfaces, stairs, bus stop, garbage bins and green area. In this context, the necessity of increasing and improving spatial and thermal comfort qualities has emerged