The university uploads its data, like a CT scan of a cadaver, to a CMS replica that exists inside the university campus. This version is customized to the university’s needs and unique teaching model, and is synchronized with Forsina CMS. University's admins can perform the following functions on the CMS:

1. 1. 1. Add content
      2. Apply many automatic functionalities available in the CMS to the new uploaded content. For example, in the case of uploading CT data, Forsina can auto-generate three sets of images for coronal, sagittal and axial sectional views. Each image has seven sub-images, displaying different display variations of tissue density.
      3. Edit content, like modifying pictures of anatomy, adding written notes, and others.
      4. Distribute new content to Forsina applications.
      5. Give access privileges to groups of users to use the applications and edit the content.
      6. Control when and where the applications will be used. 

Every university using Forsina solution will have its own localized hub to control data flow and usage within its territory. The university has the option to connect its CMS to another university’s CMS, if they both agree to, to facilitate content transfer and sharing between the two institutions.

This version of CMS is meant to be used on a government level. It’s a centralized mega-control unit to control Forsina solutions in all member universities of a certain country. Usually, the ministry of higher education is in charge of this hub and uses it to oversee, regulate, and organize all content and software usage in the universities. Depending on regulations and law of each country,  the university chooses to connect its hub to the country’s. Benefits include facilitating content exchange and data transfer, while the country ensures standards and guidelines are being adhered to among all members.

The country can connect its national hub with that of another country, based on a mutual agreement between them. Therefore, Forsina allows multi-levels of hub control; on an institution-scale, on a national-scale, and on an international-scale.

  1- Forsina Anatomy VR: Forsina Virtual Reality Application       

A virtual reality application teaching human anatomy and histology, with many dissection tools and features, designed for classrooms and group use. It offers a very high-quality 3D digital model of the male and female body and includes more than 30,000 body structures, 100 dissection tools, and an extensive library of medical text and images. It has exclusive advanced features like building Modules, tracing vessels, and shared VR group sessions.

2-Forsina Anatomy 3D: Forsina 3D Desktop Application               

A computer application for teaching human anatomy and histology. It targets users with laptops or desktop computers. It has most of the features included in MVR, but without navigation in Virtual Reality.

1-Forsina Radiology VR   

A Virtual Reality application teaching to read and understand Medical Imaging data, like CT and MRI scans, through 3D visualization and 2D images. It offers more than 500,000 CT/MRI images of healthy, live, young human adults, as well as scan for people with pathologies to serve as study cases. The images have more than 200,000 landmarks, accompanied by more than 100 software tools to edit the content, create new images, and record videos, all in virtual space.

2-Forsina Radiology 3D  

A computer application that teaches reading of CT and MRI data through 3D visualization and 2D images. It targets users of laptops and desktop computers. It offers the same 3D visualization in MiVR with the same features, except that it is viewed on computer monitors and controlled by regular mouse and keyboards.

1-Forsina Dicom converter VR   

A Virtual Reality application that takes medical imaging data input from the user, in the .dicom file extension, and converts them into 3D models ready for navigation inside Virtual Reality. It provides tools to control the 3D model, explore inside it, and change tissue density to emphasize the visibility of certain tissues over others. Any CT/MRI scan data, of any patient, can be uploaded and explored. The application is a revolution in healthcare practice, serving as a very accurate diagnostic tool for medical doctors, and the perfect planning tools for surgeons to plan procedures before performing them.

The application is beneficial for education, allowing professors to upload Dicom files of people with different pathologies, and explore them with students as study cases.

2-Forsina Dicom converter 3D   

A computer application that takes medical imaging data (Dicom files) from users and converts them into 3D models, viewed on monitors and navigated using regular mouse and keyboards. MiVR and MiDA are apps identical in functionality, but the first enables navigation in Virtual Reality as if one is examining the inside of a patient in real life, while the second allows this exploration on a computer screen.

Station two is where professors prepare for anatomy lectures and dissection sessions. 

Forsina enables professors to conduct the lecture in many ways. Whether by using PowerPoint presentations supported by visual aids, or dissecting a 3D digital body to explain anatomy in a practical approach, Forsina presents all of its educational applications of anatomy and medical imaging, in addition to the CMS, to professors, to make lecture preparing easier and more efficient. The applications offer:
1- An abundant source of 3D digital medical content. 
2- A rich library of CT and MRI images
3- Text and images encyclopedia of anatomy and histology
4- Lecture-preparing tools. 
 

Activities for preparing lectures:

Use Forsina Images

Use any number of medical images available in Forsina vast multimedia library, including millions of images of anatomy, histology, as well as CT and MRI scans.

Create New Images

Edit any of Forsina images and save the new files.

Copy Text

Use text from Forsina medical encyclopedia while prepping for the lecture.

Create Modules

Group 3D structures together that are related to the anatomy subject and save them in a new module.

Practice 3D Dissection

Practice doing digital dissections on MVR and MDA applications and explore the many advanced features provided to you.

Record Videos

Record yourself doing 3D dissection of the digital body or exploring the 3D holograms reconstructed from CT/MRI scans. Use the video recordings later in the lecture.

Create Exams and Quizzes

Using Forsina Examination System, you can create the examinations and assign them to students.

This station is where anatomy and medical imaging lectures take place. It is very beneficial to use 3D graphics and technological devices in this phase, because of the usually-large number of inexperienced students trying to understand complex medical subjects for the first time. Anatomy, for instance, is three-dimensional and it’s very important to comprehend the spatial relationships between parts and visualize their shape and color from all angles, that’s why using Forsina applications has never been more important.

The digital room is a computer lab dedicated for students to study digital materials of anatomy, histology, and medical imaging, usually under supervision. 
 

Activities in the digital lab:

Study

All materials shown in the lecture are available to students in the digital lab. All Forsina education applications are available on the desktop computers or the VR machines.

Experience Medical Virtual Experience

The VR machines allow students to experience a limitless and safe dissection. Whatever they saw the professors do in the lecture hall, they can do themselves in the digital lab.

Explore Anatomy and Medical Imaging in 3D

Students can explore 3D high-level medial content in MDA and MiDA, whether it’s 3D anatomy, or 3D holograms reconstructed from CT and MRI scans.

Peer Learning

Students can form groups and study together using Forsina applications. Peer learning accelerates and enhances education.

Ask Questions

VR machines allow the professor and student to join the same session and interact with the same 3D body, to ask questions and get answers promptly.

Save Notes

Notes can be added to any picture or on the 3D model, and saved locally or on CMS accounts.

Share

Any editing, questions, and notes can be shared with fellow students or with professors.

Station five is where cadavers are being dissected to show real human anatomy. Since any dissection action is irreversible and tissues and structures placements are ruined, Forsina software for virtual dissection is an important method to examine each structure from all angles and explain spatial relations between parts to students, before showing them on real cadavers.

This is where official university examinations are held. Forsina presents the examination system, Forsina ES, for universities to create, regulate and manage all exams and quizzes. 

The system has three access gates for the university administrator, professor, and the student.

Admins are able to:

• Divide the teaching faculty and students into groups.
• Grant professors and students different access privileges on the system.
• Guide professors into the exam-creating process and give final approvals.
• Oversee the whole examination process.

Professors are able to:

• Create exams from self-prepared questions or choose ones from Forsina questions banks.
• Add questions to questions banks
• Assign exams to students, and set exam time and rules.
• Get exam results instantly via email.

And Students can:

• Get notifications of upcoming examinations.
• Do the examinations.
• Get auto-graded and see their results instantly.

Receive assigned quizzes and submit them

The library is one of the most valuable information resources in the university. Forsina will provide its educational software for computers and tablets inside the library, and if possible, on VR machines too. 
 

Activities in the library:

Study Anatomy in 3D

The superior software teaches all interested students about anatomy, using effective 3d graphics that make it easy to understand the subject, contrary to 2D images and text.

Study CT and MRI in 2D and 3D

Forsina  allow students to check  data in 2D and 3D in the library. Every  image has many landmarks labeled and marked visually.

Take Pictures

The vast number of editable images available in the software is great for students to use in their presentations, research papers and study folders.

Conduct Research on Medical Subjects

Forsina applications are a valuable resource for students running research in subjects of anatomy and medical imaging, and even writing theses about the impact of employing technology in health sciences education.

Station Eight is the student’s home, where he/she studies by themselves.
Forsina is the student’s private teacher at home, teaching difficult medical topics, and providing a vast library of 3D medical content, images, text, and videos. Students are able to study from the very same materials used in the lecture and in the digital lab. 
Forsina will provide the university with a number of single-user licenses. The licenses are to be distributed to students and used at home. Since students can rarely afford to buy Virtual Reality sets, only desktop computer apps are provided.