This document proposes developing a virtual reality application called "Travel the Solar System" for 4th year students and teachers to learn about the solar system. It will allow users to explore the planets and space using their mobile device and VR cardboard. The application aims to make learning more interactive and interesting compared to traditional textbooks. The document discusses analyzing existing VR and solar system apps, designing the interface, developing the application, testing it, and evaluating the results. It provides a timeline, reviews literature, and outlines the hardware and software requirements.

1. TRAVEL THE SOLAR SYSTEM
USING VIRTUAL REALITY
NAME: NORHARYANA BINTI HASSAN
NO MATRIK : 047071
COURSE : ISMTM (INFORMATIK MEDIA)
SUPERVISOR : DR ISMAHAFEZI ISMAIL
PROPOSAL FINAL YEAR PROJECT

2. INTRODUCTION
 Virtual reality is a technology that allows users to interact
with the environment that is simulated by the computer
 By looking at the screen in front of them, users can
interact with the 3D world
 Virtual reality are the experiences that make users feel
the real world sensation

3. BACKGROUND
Travel the Solar System is a project that focus in education.
Users can explore the space world in your mobile
device.
Users also can learn the names of the planet and
description of the planet.

4. PROBLEMSTATEMENT
Existing learning only uses book, this causes student
easily bored
Does not have virtual reality applications focused on
learning solar systems for student year 4
Student hard to imagine somethings that not visualize

5. OBJECTIVE
 To study and identify current VR application and solar system.
 To design interface and to develop Travel the Solar system
application.
 To test the application is functional and beneficial to the user.

6. SCOPE
 USER
 Student year 4
 Science teacher year 4

7. LIMITATIONOFWORK
 Limit on mobile base only
 Need VR cardboard to play this application
 Only android user can access this application

8. TECHNIQUE
Simulation Based Virtual Reality
displaying a 3D virtual world on a regular
desktop display without using any
specialized motion detection equipment.
for example, gives the impression to the driver
that he was actually driving a real vehicle
Desktop-based Virtual Reality

9. Head mounted display based VR
A display placed on the head (eg VR
cardboard) that has a display of information
in front of one or both eyes.

10. LITERATUREREVIEW
1.THE PLANET VR
 This application lets user to travel the planets and
explore moon and the surface in virtual reality.
 This application is focus to entertainment.
 User only can see the object, this application do not
have any audio or written information.

11. LITERATUREREVIEW
2.Solar System VR
 This application is a journey through the space in
Virtual Reality and only guide with audio.
 user will possibility to see the planet and learn from
them like never before.
 This application do not have any written information
 This application is focus to education.

12. 3.Solar System Scope
• This applicationis a fun way of Exploring, Discovering and Playing
with the Solar System and Outer Space.
• User can see a model of Solar System, Night sky and Outer Space in
real time, with accurate positions of objects and lots of interesting
facts.
• This application focus in education.
LITERATURE REVIEW

13. LITERATUREREVIEW
4.Solar System 3D
• This application can explore our Solar System and get the information about
our planets.
• This app also contains information providing Orbital period, Average orbital
speed, Mean anomaly, Inclination, Longitude of ascending node, Argument of
perihelion, and much more about stars, planets, and satellites in our Solar
System.
• This application focus in education.

14. 5. Science Year 4 Teks Book
• In chapter 9,topic Solar System.
• Learning Solar System using books only in 2D
image,so it is less interacting.
• Do not have animation element .
LITERATURE REVIEW

15. COMPARISONLITERATURE
NAME DOMAIN ADVANTAGES DISADVANTAGES
1.The Planet VR Entertainment • Attractive layout • not interesting
• Less attractive layout
• Do not have sound
effect
• do not have information
2.Solar System VR Education • Have sound effect • do not have details
information
• Less attractive layout

16. COMPARISONLITERATURE
3.Solar System Scope Education • Have sound
effect
• Environment
design very nice
• Complex
information
4.Solar System 3D Education • Attractive layout • No sound effect
• Do not have
detailed
information
5. Teks Book Science
Year 4
Education • Environment
design very nice
• Have detailed
information in
teks
• Less attractive
layout
• Only use 2D
model

17. EXPECTEDRESULT
 This app is expected to be implemented in mobile-based and users can
explore this virtual reality app using the VR cardboard
 Hope this app can give the user experience feel like being in the real
space.

18. GANTTCHARTJanuary February March April May
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20Week
Task Name
Topic Discussion And Determination
Project Title Proposal
Proposal Writing
Proposal Writing-Literature Review
Proposal Progress Presensation & Evaluation
Discussion
Correction Proposal
Proposted Solution Methodology
Proof Of Concept
Drafting Report of the Proposal
Submit Draft of Report to Supervisor
Preparation for Final Presentation
Seminar Presentation
Final Report Submission

19. REFERENCE
 Vol 01, Issue 02, December 2012 AN INTRODUCTION TO VIRTUAL REALITY TECHNIQUESAND
ITS APPLICATIONS retrieved iirpublications
https://www.academia.edu/7762611/AN_INTRODUCTION_TO_VIRTUAL_REALITY_TECHNIQUES_A
ND_ITS_APPLICATIONS
 Sopia binti Md. Yassin, A. B. (2013). Sains Tahun 4 Sekolah Kebangsaan. Selangor Darul Ehsan:
Dewan Bahasa dan Pustaka.
 Experiencing.space (2018,October 12) The Planets VR (Version 2) [Mobile application software
]retrieved from https://play.google.com/store/apps/details?id=uk.hls.planets
 Onepixelsoft (2017,July 7) Solar System VR (Version 1.4.4) [Mobile application software ]
retrieved from
https://play.google.com/store/apps/details?id=com.onepixelsoft.solarsystemcb&hl=en_US
 INOVE, s.r.o.(2019,February 7) Solar System Scope [Mobile application software ]retrieved
from https://play.google.com/store/apps/details?id=air.com.eu.inove.sss2
 Madhsudhan Khemchandani(2019,January 14) Solar System 3D [Mobile application software ]
retrieved from https://play.google.com/store/apps/details?id=com.uliads.solarsystem3d

20. METHODOLOGY
Why ADDIE
model ?
• Systematic
• Cost effective

21. 1) ANALYSIS
Problem statement
Objective
Target User
Content
Strategy
Requirement

22. Analysis
Problem
statement
Objective
Target user
Content
Strategy
• Existing learning only uses book, this causes student
easily bored
• Does not have virtual reality applications focused on
learning solar systems for student year 4
• To study and identify current VR application and solar
system.
• To design interface and to develop Travel the Solar
system application.
• To test the application is functional and beneficial to
the user.
• Student year 4
• Science teacher year 4
• Travel the Solar System is a project that focus in
education.
• Users can learn the names of the planet and
description of the planet.
• Used 3D model
• Virtual reality technology
Requirement
• Hardware
• Software

23. 2) DESIGN PHASE
 Information gathered during analysis phase is reviewed and compiled.
 Develop flowchart and storyboard.

24. Credit Help
Exit
Play
HOMEPAGE

25. STORYBOARD
Gaze the planet to learn more about it
Gaze the planet to learn more about it
Home
Exit

26. Home Exit
STORYBOARD

27. STORYBOARD
ExitHome

28. STORYBOARD
ExitHome

29. 3) DEVELOPMENT PHASE
Development
ProductionPreproduction Post production
Layout
Modeling
Texture
Rigging
Lighting
Rendering
Idea
Story
Storyboard
Design
Final Output

30. 4) IMPLEMENT PHASE
Test run project
User test run

31. 5) EVALUATION PHASE
Result
Debug
Final Output

32. FRAMEWORK DESIGN
Travel Solar System
(VR)
Application
APPLY GOOGLE
CARDBOARD
IMMERSIVE
CONNECT
VR VIEW
USER

33. SOFTWARE REQUIREMENT
SOFTWARE

34. HARDWARE REQUIREMENT
HARDWARE

35. SOLUTIONCOMPLEXITY
LANGUAGE
: C#
ENVIRONMENT
: 3D
TECHNIQUE :
GAZE
INTERACTION
PLATFORM :
MOBILE

36. PROOF OF CONCEPT