Color vision deficiency (CVD) affects approximately 0% of the male population and 0.0% of the female population worldwide. It is a widespread public health issue affecting a large segment of the population. CVD can lead to significant educational, occupational, and psychosocial challenges, resulting in misinterpretation of educational materials and consequent academic failure. It also causes decreased performance in various professions, daily situations, and traffic. Existing solutions to this problem in the literature generally focus on expensive personal optical devices (filtered glasses) or risky gene therapies. The unique value of this project lies in its proposal of an "environmental, ergonomic, and accessible" solution by manipulating the spectral power distribution (SPD) of ambient lighting, instead of an individual or invasive intervention. The study is an innovative interdisciplinary (Medical and Lighting Engineering) approach in that it tests the use of lighting technology as a "vision aid." In the research, designed as a pilot study; The project will involve two groups of participants: an "Experimental Group" (colorblind) and a "Control Group" (normally sighted), diagnosed using the Farnsworth-Munsell 000 Hue and Ishihara tests. Participants' visual performance will be tested under different conditions. Test scenarios simulate academic achievement, traffic safety, and sports/daily life. The Mann-Whitney U statistical test will be used for data comparisons between the groups (experimental and control groups). The project will be conducted within a one-month timeframe encompassing literature review, experimental environment setup, data collection, and reporting, and within the framework of five defined main work packages. Upon successful completion of the project, concrete data will be obtained to improve equal opportunities in education and traffic safety for colorblind individuals. The project outputs will lay the groundwork for developing "colorblind-friendly lighting" standards for schools and public buildings, and will be transformed into a technical recommendation guide shared with relevant units.