This project aims for students to develop a robust and market-ready quadcopter design. The objective is to integrate a comprehensive understanding of quadcopter flight mechanics with market insights and regulatory standards to achieve an IP65 rating for ingress protection. By the end of the project, students will have learned advanced aeronautical engineering concepts, market analysis, technical design, material science, regulatory compliance, problem-solving, and professional documentation skills, showcasing their ability to create a product that meets industry demands and quality standards.

Market Research and Analysis

• Objective: To identify market needs, consumer preferences, and competitor offerings to inform design decisions.
• Deliverable: A analysis of current market drones report.
• Filename for Deliverable: Market_Analysis_Report_DD_MM_YYYY.

Quadcopter Design and Engineering

• Objective: To understand and apply the principles of aeronautical engineering to the design of the quadcopter.
• Deliverable: A detailed design document with CAD drawings, specifications, and analysis.
• Filename for Deliverable: Quadcopter_Design_Specs_DD_MM_YYYY.

Material Selection and Compliance

• Objective: To select materials that ensure durability and compliance with IP65 rating and regulatory standards.
• Deliverable: A report outlining chosen materials, compliance strategies, and test results.
• Filename for Deliverable: Material_Selection_and_Compliance_Report_DD_MM_YYYY.

Students will be supported through guidance and mentorship by industry professionals, access to resources such as specialized books, research papers, and online tutorials, and market analysis tools. Regular feedback sessions will be conducted, providing constructive criticism and performance optimization tips. Networking opportunities with experts and collaboration with peers will also be facilitated.