The primary objectives of the VR // AR Basic Education course are:

1. Understanding VR and AR: To provide students with a comprehensive understanding of the concepts, principles, and history of Virtual Reality (VR) and Augmented Reality (AR).

2. Learning about Hardware and Software: To familiarize students with the key hardware and software components used in VR and AR technologies.

3. Exploring Applications: To explore the various applications of VR and AR across different industries, including education, healthcare, entertainment, and more.

4. Hands-on Experience: To offer students hands-on experience in creating basic VR and AR applications, thereby equipping them with practical skills in these technologies.

5. Discussing Future Trends: To discuss the potential future trends and impacts of VR and AR technologies, preparing students for the evolving technological landscape.

By the end of this course, students should have a solid foundation in VR and AR technologies, and be able to create simple VR and AR applications. They should also have a good understanding of the potential of these technologies and how they can be applied in various fields.

1. Introduction to VR and AR: Understanding the basic concepts and principles of VR and AR, and exploring their historical development.

2. VR and AR Hardware: Learning about the key hardware components used in VR and AR, including headsets, sensors, controllers, and more.

3. VR and AR Software: Familiarizing with the software used to create VR and AR experiences, with a focus on popular platforms like Unity and Unreal Engine.

4. Applications of VR and AR: Exploring how VR and AR are used across various industries, from education and healthcare to entertainment and retail.

5. Creating VR and AR Applications: Gaining hands-on experience in creating simple VR and AR applications, with step-by-step tutorials and practical assignments.

6. Future of VR and AR: Discussing the potential future trends in VR and AR technologies, and considering their potential impacts and opportunities.

Each topic will be covered in depth, with a mix of lectures, readings, discussions, and practical assignments to ensure a comprehensive understanding of the subject matter.

1. Lectures: Theoretical concepts and principles of VR and AR will be taught through engaging lectures. These lectures will provide the foundational knowledge necessary to understand and work with these technologies.

2. Hands-on Projects: Students will have the opportunity to apply what they've learned through hands-on projects. These projects will involve creating simple VR and AR applications, providing practical experience with these technologies.

3. Discussions: Regular discussions will be held to deepen understanding of the course material, explore different perspectives, and encourage critical thinking. These discussions may be based on lectures, readings, or current events in the field of VR and AR.

4. Readings: Selected readings from textbooks, research papers, and online resources will supplement the lectures and provide additional perspectives on the topics covered.

5. Assessments: Regular assessments will be conducted to evaluate students' understanding of the course material. These may include quizzes, project presentations, and a final exam.

1. Lecture Notes: Detailed lecture notes will be provided for each topic covered in the course. These notes will serve as a guide for the lectures and a valuable resource for students to refer back to.

2. Reading Assignments: Supplementary readings from textbooks, research papers, and online resources will be assigned to deepen students' understanding of the topics.

3. VR/AR Software: Students will be guided to download and install specific VR and AR software tools necessary for the hands-on components of the course. Detailed instructions for installation and usage will be provided.

4. VR/AR Headset: A VR/AR headset will be required for the practical components of the course. Students should ensure they have access to a headset that is compatible with the software tools used in the course.

5. Discussion Platform: An online platform will be used for class discussions and group work. This will allow students to engage with each other and the course material outside of class hours.

6. Assessment Materials: Quizzes, assignments, and project guidelines will be provided throughout the course to assess students' understanding and application of the course material.