Alexander Amos

Alexander Amos is an aerospace engineer dedicated to shaping a future where global connectivity is seamless, envisioning a world where distance is no longer a barrier to exploration and collaboration. With a passion for advancing the aerospace industry's electric propulsion sector, Alexander is actively involved in driving the third revolution in aviation.

Educationally, Alexander holds a Master of Science (MS) in Aerospace Engineering with a specialization in Systems and Control from ISAE-SUPAERO and a Bachelor of Applied Science (BASc) in Mathematics and Engineering focusing on Systems and Robotics from Queen's University. His academic background equips him with a strong foundation in both theoretical knowledge and practical skills essential for innovation in the aerospace field.

Professionally, Alexander's journey has seen him contribute to various esteemed organizations. He has engaged as a Masters Thesis Student in Visionary Aircraft Concepts and also worked as a Working Student in the same field at Bauhaus Luftfahrt. Furthermore, he has garnered experience as a Summer Research Intern and Graduate Student Research Assistant at ISAE-SUPAERO, enhancing his expertise in the aerospace domain.

Alexander's professional portfolio includes roles such as Mechanical Structures Lead at Queen's Rocket Engineering Team, Propulsion Engineer at Lilium, and Software Developer intern at 株式会社Flickfit. His diverse experience across different facets of aerospace engineering showcases his adaptability and proficiency in handling complex technological challenges.

In addition to his technical roles, Alexander has also demonstrated leadership and organizational skills through positions such as Vice President for External Relations in Mathematics and Engineering at Queen's University and Chief Safety Officer at Queen's SAE Aero Design Team. These roles highlight his ability to manage responsibilities effectively and foster collaborative environments for achieving common goals.

Alexander's dedication to continuous learning and growth is evident through his involvement as a Teaching Assistant for APSC 142: Introduction to Computer Programming for Engineers at Queen's University and as a Fellow '16 at Cansbridge Fellowship. His commitment to knowledge sharing and mentorship underscores his holistic approach to personal and professional development.

With a profound vision for the future of aerospace propelled by electric propulsion technologies, Alexander Amos stands as a key player in shaping the next era of aviation innovation, blending expertise with a forward-thinking mindset to drive transformative changes in the industry.