AUAV, a leading drone manufacturer, is embarking on a project to create a cutting-edge Virtual Reality (VR) simulator. This simulator aims to serve two essential purposes:

• Functional Testing: To thoroughly evaluate the functionality and performance of our customized drones.
• Training: To provide an immersive training experience for students, enabling them to become proficient in operating drones within a virtual environment.

We are eager to collaborate with talented students who possess expertise in engineering, computer science, and VR technology to bring this project to fruition.

Tasks for Students

Students participating in this project will be responsible for the following tasks:

·        Understanding Our Objectives: Gain a deep understanding of AUAV's objectives, existing drone products, and services.

·        VR Simulator Development: Create a VR simulator that replicates the operation drones, including their flight characteristics, controls, and behavior in an urban setting.

·        Functional Testing Integration: Integrate functional testing modules within the simulator to evaluate drone functionality and performance.

·        User-Friendly Interface: Design an intuitive and user-friendly VR interface to facilitate training for students.

·        Documentation: Maintain comprehensive documentation covering the simulator's design, development process, and testing procedures.

Bonus Tasks

Beyond their core responsibilities, students are encouraged to:

·        Urban Environment Simulation: Develop a detailed and 3D simulation of the city of Calgary, including buildings, streets, and landmarks.

·        Training Scenarios: Design training scenarios that challenge users to navigate drones through various urban scenarios, such as traffic, buildings, and obstacles.

Deliverables

Upon the project's conclusion, students will be required to deliver:

·        Fully Functional VR Simulator: A complete and fully functional VR simulator

·        Documentation: Comprehensive documentation that includes the simulator's design, development process, testing protocols, and any innovations or enhancements.

Support and Mentorship

We are deeply committed to providing unwavering support to students throughout the project:

·        Direct Access: Students will have direct access to our team for mentorship, guidance, and answers to any inquiries related to our products, services, and VR technology.

·        Problem Solving: We will actively assist students in overcoming challenges, making informed choices, and navigating any issues that may arise during the project.