Anass El Mekkoussi
Materials Selection & Design Coordinator @Robotics Association At Embry-Riddle
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WORK HISTORY
Materials Selection & Design Coordinator @Robotics Association At Embry-Riddle
Daytona Beach, FL, US
Led the mechanical design, development, and production of a delivery-focused drone with a multidisciplinary team of 12 students for the 2024 Student Unmanned Aerial Systems (SUAS) competition. • Reduced the power consumption by 28% by designing a lightweight, durable frame using carbon fiber composites to ensure structural integrity while minimizing weight to reduce drag and enhance flight efficiency.• Increased payload release precision and capacity by 15% by engineering a payload delivery mechanism that could handle various package sizes and weights and integrating high-efficiency brushless motors and propellers.• Extended flight times and range by 22% by implementing a high-capacity lithium-polymer battery system.• Enhanced flight accuracy by 30% by upgrading the flight control system with new sensors and a microcontroller.• Reduced system failures by 43% by incorporating redundant power and communication systems.
EDUCATION
Embry-Riddle Aeronautical University
Master of Science in Mechanical Engineering - MSME, Robotics and Control Systems
Ankara Yıldırım Beyazıt Üniversitesi
Bachelor of Science in Engineering - BSE, Metallurgical and Materials Engineering
Gazi University
Diploma of Education, Turkish Language and Literature
ABOUT ANASS EL MEKKOUSSI
Multidisciplinary Engineer specializing in Mechanical and Materials Science. Currently pursuing a master’s thesis in Visual Inertial Odometry (VIO). I focus on perception systems for autonomous platforms. With a strong foundation in optimizing materials and developing autonomous systems, I bring a unique, integrated approach to solving complex engineering challenges.My experience spans in aerospace, automotive, and manufacturing industries, where I’ve enhanced material performance, improved system reliability, and implemented innovative solutions. I blend mechanical and software expertise with a hands-on approach to testing, optimization, and process improvement.Passionate about advancing materials technology and autonomous systems, I’m eager to contribute to innovative projects in Mechanical, Materials, or Systems Engineering. I’m actively seeking opportunities to apply my versatile skill set to cutting-edge solutions that drive technology forward.Let’s connect if you’re seeking a forward-thinking engineer to drive impactful results in mechanical or materials science!
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