This Drone Design Project aims to build a highly efficient, and reliable drone model. The project involves a multidisciplinary approach encompassing 3D modeling, aerodynamic research, material analysis, and mechanical engineering principles. The core objective is to advance the current standards of drone technology while fostering real-world engineering skills among budding STEM enthusiasts.

• Collaborate with a multidisciplinary team to design and optimize drone structures and systems.
• Engage in research to identify innovative materials and aerodynamic designs that enhance drone efficiency and performance.
• Utilize 3D modelling software to create, analyze, and refine drone designs.
• Assist in the assembly and testing of drone prototypes, collecting data to inform design modifications.
• Contribute to project documentation, including design specifications, performance analysis, and research findings.

To ensure the success of the students in the Drone Design Project, I plan to provide a robust support system. This includes providing regular feedback and technical guidance through weekly or bi-weekly check-ins. Training sessions and workshops on essential skills and technologies such as 3D modeling and aerodynamics will be organized to bridge any knowledge gaps. I will ensure that students have access to necessary resources including software and learning resources for all tools.