The increasing use of unmanned aerial vehicles (UAVs) in civil aviation provides opportunities for inspection, monitoring, and logistical operations, but also introduces safety challenges, including collision risks, equipment malfunctions, and cyber threats. This study investigates the role of UAV pilot training, stakeholder coordination, and process optimization in minimizing operational risks. Regulatory frameworks and statistical data from EASA and ICAO were analyzed to understand current standards and identify gaps in UAV integration. A conceptual interaction model was developed, highlighting the roles of UAV pilots, manned aircraft pilots, air traffic controllers, regulatory authorities, and airport operators. Key optimization strategies were identified, including establishing reliable communication channels, regular training and simulator exercises, integration into Air Traffic Management (ATM) and Unmanned Traffic Management (UTM) systems, risk assessment, feedback mechanisms, and legislative compliance. Results indicate that coordinated collaboration among all stakeholders, supported by structured training and technology integration, significantly reduces airspace risks, improves emergency response, and enhances operational efficiency. This study provides practical recommendations for aviation organizations and regulatory authorities to ensure safe and efficient UAV operations while adhering to international standards.