Light pollution, which occurs when the lighting is not created in accordance with its function, is among the important environmental problems of today. Light pollution affects the metabolism of living things and disrupts their daily activities. The extra energy consumed, on the other hand, increases the effects of global warming by deteriorating the air quality due to the emissions it creates. In addition, it negatively affects the studies carried out in the fields of astronomy and astrophysics by reducing the visibility of the stars in the sky. In this study, the state of light pollution in Cukurova University Balcali Campus was investigated in 2022. For this purpose, the research was carried out in the direction of the zenith from the earth using the Sky Quality Meter (SQM) and in the direction of the nadir using the VIIRS (Day Night Band: DNB) data on the SUOMI NPP satellite. The diffusion model of light pollution was created by making measurements at 64 points in total. Especially in the north-west part of the campus, there are 18 spots that can be classified as polluted according to the Bortle class, which is the measurement classification of light pollution. It has been determined that the campus has pollution level varying between the city and the suburban sky (13,19 and 19,16 mag/arcsec2). The average dark level was determined as 18,15 mag/arcsec2. Especially in recent years, it is thought that light pollution has increased due to the increase in settlement around the campus. In addition, it has been evaluated that the arrangement of the campus exterior lighting system, especially in the north-west part, will reduce the level of light pollution.