UAV Researcher · Mechanical Engineer · Autonomous Aerial Systems
"What happens if we try this?" — Turning unconventional ideas into flying hardware. From bio-inspired flapping-wing drones to coaxial monocopters, VTOL systems, and swarm platforms. Everything that leaves the ground was built by hand.
Research Profile
I am a mechanical engineer who enjoys turning unconventional ideas into flying hardware. Somewhere between curiosity and late nights in the lab, I developed a habit of asking a simple question: "What happens if we try this?" — and then building it to find out.
My work focuses on the design, prototyping, and testing of autonomous UAV systems at New Mexico Tech’s Autonomous Flight & Aquatic Systems Laboratory under Prof. Mostafa Hassanalian. I specialize in Mechatronics & Robotic Systems and UAS Design & Optimization.
Over the past few years I have developed 8+ aerial platforms spanning composite fixed-wing swarm UAVs, coaxial inspection drones, monocopters, hybrid VTOL systems, and bio-inspired biomimetic aircraft — working across the full development cycle from conceptual design through fabrication and flight validation. 18 peer-reviewed publications and counting.
Background
Education
Experience
Research
Research Output
18 publications total (16 published, 2 in preparation) · ★ = First Author
Press & Recognition
Samuel Maimako (far right) presenting biomimetic UAV research alongside Prof. Hassanalian at the New Mexico State Legislature. Demonstrated the ThanksGoblin turkey drone and taxidermy bird drones to legislators and the NewSpace Nexus Advisory Board.
↗ Read Coverage"It’s a bird, it’s a plane — it’s a biomimicry drone." Samuel Maimako named, quoted, and photographed as lead researcher on the front page of New Mexico’s largest daily newspaper. Research on scientists developing drones that study wild bird populations by sending taxidermy aloft.
↗ Read ArticleHonors
Professional
United States
International
Get in Touch
Open to research collaborations, speaking opportunities, and professional inquiries related to autonomous aerial systems and UAV technology.