Description: Essential qualifications: * Experience as a Flight Operations Engineer; * Bachelor's degree in Engineering; * Active CREA registration; * Proficiency in Microsoft Office (Word, Excel, PowerPoint); * Advanced English proficiency. Additional desirable qualifications: * Prior experience in Part 121 operations and/or aircraft performance; * Knowledge/experience in programming; * Private pilot license; * Knowledge/experience in project management. * Key responsibilities awaiting you in your next role: * Lead the development and validation of technical procedures and calculations related to aircraft weight and balance rules, cargo and live animal transport policies, contingency flight paths, and performance simulations, exercising autonomous decision-making authority that directly impacts flight operations—always prioritizing safety and efficiency. * Define and implement operational procedures, regulations, and safety controls within Flight Operations Engineering, ensuring compliance with national and international requirements, including IOSA and ANAC guidelines. * Manage project execution and project management methodology within the Flight Operations Engineering department, ensuring adherence to schedules, budgets, and resource allocations while promoting continuous improvement in operational processes and optimizing company systems. * Represent the department at industry events, forums, and technical committees, serving as the authoritative decision-maker on critical matters related to operational safety, system development, and implementation of technological and process improvements. * Make highly complex technical decisions. * Develop and validate technical rules for transporting live animals, ensuring compliance with IATA safety standards. * Develop and validate technical rules for cargo transportation, including Seat Container configurations, palletized cargo, loading/unloading procedures, and freighter operations. * Develop and validate interaction models between aircraft and pavement. * Develop and validate takeoff and landing performance. * Ensure the company’s operational safety and efficiency by developing and validating technical procedures for aircraft weight and balance, performance optimization, and cargo/passenger transportation—ensuring all processes comply with international standards and regulations. * Calculate and optimize landing performance, including missed approach climb capability, wind tables, and STAR (Standard Terminal Arrival Route) performance analysis. * Develop new descent procedures to improve on-time performance, analyze descent-related documentation, and conduct simulations. * Develop models for monitoring aircraft degradation and calculate degradation levels, utilizing such data for analysis and reporting. * Adjust the operational envelope in weight and balance systems according to operational and regulatory requirements. * Develop and validate models for monitoring performance degradation and calculate potential in-flight performance losses. * Develop aircraft weight and balance rules and policies, including LOPA calculations, tail tipping analysis, and evaluation of certified maximum weights. * Develop and validate aircraft weight and balance rules under various operational conditions, including last-minute changes, standard/special passenger weights, and carry-on baggage. * Calculate contingency takeoff trajectories (EOSID), including simulations to optimize safety and efficiency. * Optimize aircraft performance by developing and validating performance models for takeoff, climb, landing, and contingency scenarios—ensuring flight operations achieve maximum efficiency and safety. * Maximize operational efficiency by pursuing process automation and reviewing internal procedures to optimize workflows and enhance the reliability of data provided to operations. * Integrate new technologies and data analytics tools to drive continuous improvement in the company’s operational systems’ performance. * Anticipate and mitigate operational impacts. 2512040202181900794