This document proposes the SMART VISION goggles, a device that uses a microphone, speaker, camera, database and GPS to guide the path of blind individuals. The device aims to reduce difficulties for the blind by giving them a sense of sight. Key challenges include connecting hardware and software and integrating components into a small device. An action plan is outlined over 7 months involving identifying inventory, circuit design, prototype design, coding integration, assembly, testing and creating the end product. Budget estimates and stakeholder analysis are also provided.

1. SMART VISION

2. Introduction
This is a device that guides path
for the blind. It uses a Mic,
Speaker, Camera, Database,
GPS which interface with each
other.

3. PROBLEM STATEMENT
“Pave path for the blind”
MISSION: We want to reduce the diffiulties of the blind by
introducing the SMART VISION goggles.
VISION: Give eye sight to the Blind.

4. STRATEGIC ISSUES AND
STRATEGIES
 To implement this we have to work from the beginning.
 The difficulties are to connect the hardware with software
using odinoport.
 The other issue is to integrate all the parts in a small
device.

5. ACTION PLAN
 IDENTIFYING INVENTORY: The inventory is identified
by me with the help of our faulty.It takes 15 days
time.The outome is list of components.
 DESIGNING THE CIRCUIT: It needs the help of an
expert like ECE expert.It takes 15 days of time to
complete.the outcome is a perfect circuit.

6. Action plan
 DESIGNING PROTOTYPE: It needs help of experts
like mech and ece experts.It takes time of 1
month.The outome is we get a desired model.
 CODING TO INTEGRATE:Here we need an expert
which is google in this case.It takes time of 1
month.The outcome is we get an interface.

7. Action plan
ASSEMBLE &PREPARATION OF MODEL: It is done by me.It
takes a time of 1 month to complete.The outcome is a
prototype.
TESTING: Is done by experts to verify whether it can sustain all
conditions.It takes a time of 15 days to complete.The
outcome is the errors are detected to improve the model.
END PRODUCT: It takes time of 15 days.
SUCCESS

8. Gantt Chart
0
1
2
3
4
5
6
Gantt Chart
Series 1 Column1 Column2

9. Task Timeline
Identify
inventory
aug15
Design
circuit
aug30
Design
prototype
Sep 30
Coding
integrate
Oct 30
Assemble Nov 30
Testing Dec
15
End
product
Dec
31
Task Timeline
Identify
inventory
aug15
Design
circuit
aug30
Design
prototype
Sep 30
Coding
integrate
Oct 30
Assemble Nov 30
Testing Dec
15
End
product
Dec
31

10. SWOT
ANALYSIS
STRENGTHS WEAKNESSES
OPPURTUNITIES PROVIDES VISION
TO BLIND
IT IS DIFFICULT TO
MANUFACTURE
USER FRIENDLY
THOUGH
THREATS PROVIDES SMART
VISION WHICH
PREVENTS FROM
GETTING CHEATED
WE NEED TO
REDUCE THE
RADIATION
SWOT Analysis

11. STAKE HOLDERS
 INVESTORS
 MANUFACTURERS
 BLIND PEOPLE

12. ESTIMATED BUDGET
 Inventory – 2500
 GPS modem – 2500
 Arduino port – 2000
 Designing - 3000

13. THANK YOU