A complete application in a minute
Tailored resume and cover letter, ready to send.
Placements24 invites applications for a highly analytical Aircraft Performance Analyst to join a remote-first team. You will analyze aircraft performance data, develop models for fuel burn and climb performance, and generate insights for airlines and operators worldwide.
Ideal candidates hold a Bachelor's in Aerospace/Mechanical Engineering, 4+ years in aircraft performance or aerodynamics, and strong Python/Excel skills.
Our client, a prominent aviation consulting firm, is seeking a highly analytical and detail-oriented Aircraft Performance Analyst to join their remote-first team. This critical role involves evaluating and optimizing aircraft performance across various operational scenarios. You will utilize complex data sets, simulation tools, and industry knowledge to provide insights that enhance fuel efficiency, flight planning, and operational safety. This position is fully remote, allowing you to contribute expert analysis from anywhere, supporting our global client base. The ideal candidate will possess a strong quantitative background, a deep understanding of aerodynamic principles, and proficiency in performance modeling software. We are looking for an individual who can translate complex technical data into actionable recommendations for airlines and aircraft operators. This is an excellent opportunity to work with a leading aviation consultancy and significantly impact operational efficiency and sustainability in the aviation industry.
Our client offers a highly competitive salary, comprehensive health benefits, and a generous retirement savings plan. We provide significant opportunities for professional growth, including access to cutting-edge training and conferences in the aviation sector. As a remote-first company, we prioritize work-life balance and offer the flexibility to work from anywhere. Join a collaborative and innovative team dedicated to advancing aviation performance and sustainability. Be a key contributor to shaping the future of flight efficiency.