weAR Organ

Project Title

weAR Organ

Project Area of Specialization Augmented and Virtual RealityProject Summary

The thought behind this project is to come up with a solution of providing ease in understanding the organ system of the human body. Experience interactive environment & high degree of contrast models from the foreground to the background. 3D modeling of organ system in real environment along with the description, this’ll help a lot in speeding up the learning process of anatomy. Students as well as teachers can get the benefit through this venture as it includes assessment module which can be controlled by teacher & teacher can share the relevant material as well. This’ll help to improve the understanding, learning & grading process of students. For self-assessment, progress report will be provided at the end that can help user to evaluate themselves. Marker based AR technique helps to experience the knowledge of user’s environment. The thought proposed holds the feature of utilizing camera to scan the code to experience the scene of holding 3D content in user’s environment.

Project Objectives

The ‘WeAR Organ’ project will meet the following objectives:

• To design some Human Anatomy Models in a 3D way.
• To make an app where users can scan codes in order to view the 3D Models of Anatomy.
• Improve and increase the understanding of Human Anatomy.
• Eliminate the traditional practice to just explain whole Human Anatomy through a single diagram.
• To provide a web to teachers to see quizzes and create classes for their desired students.
• To provide an interesting yet effective way for students to learn.

Project Implementation Method

1. Planning

1. 1. Literature review: The data is being gathered from medical/biology books, papers & authentic websites.
   2. Hardware and software: For 3D modeling of organ system 3D pair house, unity , VU-Foria will be used. App will be used for scanning & learning purpose. Website version will be used by teacher. Codes will be printed on paper to be scanned through camera to view 3D models in real environment.

1. Implementation

1. 1. Code acquisition: Codes will be download from code section. After reading description along with code user can download & print those code on any paper.  Further these codes will be scanned through camera by user.
   2. Processing code: The tool use for 3D modeling is unity and blender and Vuforia. The printed code will be scanned by camera to view 3D models in real environment.
   3. Platform supported: The application will support android applications & website application. Website is for teacher & app is for students for learning & scanning process.

     3.     Result

User can view 3D models of organs with labels in real environment after scanning code through camera. User can explore a lot about four systems of body i.e: Respiratory system, excretory system, circulatory system & digestive system. Assessment process is done through MCQs based questions to evaluate progress.

Benefits of the Project

User can view 3D models of organs with labels along with some description. User can experience models in real environment after scanning code through camera. User can explore a lot about four systems of body i.e: Respiratory system, excretory system, circulatory system & digestive system. Assessment process is done through MCQs based questions to evaluate progress. App is use for scanning & learning purpose & web version can be used for assessment purpose by teacher.

Technical Details of Final Deliverable

TOOLS:

1. Unity
2. VU-Foria
3. Maya
4. Blender
5. 3D Pair House

TECHNOLOGIES:

1. Marker based Augmented Reality
2. Scanning code through camera

Final Deliverable of the Project Software SystemCore Industry EducationOther IndustriesCore Technology Augmented & Virtual RealityOther TechnologiesSustainable Development Goals Quality Education, Decent Work and Economic GrowthRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	50000
Laptop	Equipment	1	50000	50000