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Abstract Research Problem: • According to the International Statistics human beings spend 90% of their life inside buildings, which means that our buildings must play a vital role in protecting humans from surrounding dangers and stresses which was a result of the new technology we are subjected to, and mental and life stress which humans face daily. • A walk through the design of any office in office building reveals the usual features: poor space planning, bad lighting, haphazard furnishing, and unpleasant colors ... etc., all these issues add up to an atmosphere that can be described as Frustrated. • Architecture nowadays ignores the importance of designing office buildings in biological energy perspective, although there is a strong relationship between human health ¥Id the energy of the space, where the design of the space directly affects numan mental and physical health, and may cause increase or decrease the rate of productivity of the workers. Therefore, the subject of the research searching for that critical point and its direct impact on the health and comfort of users of the offices in office buildings. Research Hypothesis: Use BioGeometry as a design t001 to create and design architectural spaces for office building that: Achieve better productivity for workers in office buildings and increasing the efficiency of the building. Provide a better understanding of the interactions, types and levels between the human being and the surrounding environment. Establish a methodology for the design of an office buildings using the principles of BioGeometry Research Objectives: • Main Objectives: Documenting the role of using BioGeometry in design process in architecture and interior spaces of office buildings through finding design criteria by BioGeometry to improve performance rate of users and to achieve comfort and wellbeing. |