Sports complex and gymnasium have became an accepted parts of every day life as various facilities for peoples in the community. So better interior landscape design guideline and planning criteria which can be correspond to development of community and grasp various factors as pattern, scale, design, maintenance and management of provisions for green interior are urgent problem. Therefore, this study aim to analyze existing realities, usage and interior landscape design of the gymnasium and to decide the proper design criteria through case study. This interior landscape design is proposed for indoor garden in the Samsung Semiconductor Gymnasium, Gihung, Kyunggi-Do. Design concept of this study is to provide a rest, an exercise, and a recreation for stressful office workers, and this inteior landscape design is to decide the proper size, the planning criteria of indoor facilities and related space in relation to proper scale, to find out design consideration and to present the indoor garden model.

The heaJthcare facilities design must be curative, resotrative, and beneficia] for people. However, healthcare facilities environments are very complicated and often referred to as mazes. In a healthcare facilities situation, anxjety and stress can impair the ability to process infonnation such as not reading sings. Wayfinding system is an orientation for healthcare facilitiess environment. A wayfinding design program consists of an integrated series of components that includes interior landscape, signage, color, graphics, artwork, lighting, and architectural detailing. Each of these components reinforces the others to form a language of visuaJ cues that enables people to make navigational decisions at criticaJ junctions to their destinations. The purpose of the current study was to review the wayfinding design in heaJthcare facilities and determine whether an interior landscape design based on wayfinding strategy will improve indoor environment in healthcare facilities and heighten perceptions of users in helathcare facilites.