458 Background: US Preventive Services Task Force (USPSTF) recommends lung cancer screening (LCS) with annual low-dose computed tomography (LDCT) screening for individuals aged 50-80 years with ≥20 pack-year smoking history. Nevertheless, only 4%-13% of eligible individuals are screened nationally. Lung cancer mortality is higher in the South where low socioeconomic status and racial minorities predominate and the screening rate in Alabama is between 4.7% - 7.7%. Thomas Hospital belongs to this catchment area and the goal of our study was to improve LCS with LDCT by embarking on a quality improvement initiative which was commenced as a pilot program for a larger healthcare system (>5 large outpatient clinics with over 12,000 visits/month). Methods: Data were obtained retrospectively by reviewing the electronic medical records of eligible patients for LCS from 01/22 to 01/23 who visited the Thomas Hospital Internal Medicine Residency Clinic (pilot study site). A multidisciplinary team was created involving Thoracic oncologists, radiologists, Thoracic surgeons, resident physicians, and PCPs to identify barriers to LCS and discuss methods on how to improve LCS. We identified areas to be improved on and utilized performance improvement tools such as a Pareto chart and a PICK chart. Data was then collected prospectively. Results: In the initial 12-month period, only 6.95% (total n=185) of patients who qualified for LCS had LDCT done for LCS. The major barriers to screening were poor smoking history documentation, lack of proper identification of screening candidates, lack of awareness of screening guidelines, infrequent follow-up, discrepancies in smoking history within the EMR, and lack of a consistent system for LDCT referral. We identified 4 main initiatives which were introduced monthly, one at a time. The interventions include Educational services/Awareness campaigns on LCS, Distribution of current LCS guidelines in the clinic rooms/offices, Patient self-reported questionnaire on smoking history, and Implementation of an EPIC flag tool for LCS. We reviewed our performance after the interventions and the total LCS after 4 interventions included 48 (47%) patients compared to 102 patients who fit the screening criteria. 5 patients had LDCT ordered but yet to be completed and 6 patients had findings that needed immediate evaluation and received appropriate referrals. Conclusions: Lung cancer screening remains suboptimal in the United States, especially in the southern region. With our approach, the screening rates have increased exponentially only within a few months compared to the previous year and this model is to be adopted by other clinics affiliated with the umbrella health system. LDCT does carry certain risks including false positive results and unnecessary biopsies; hence shared decision-making is needed before ordering the test.