Vision Beyond Boundaries:
Development of Cutting Edge Eyewear Solutions for
Paralysis Patient
PRESENTATION
(FOR FICS STAGE 2)
SEQUENCE OF PRESENTATION
1. A brief Introduction
2. Problem Identification
3. Need of the solution
4. Practical & Technical working
5. Novelty/Value proposition
6. Ease of Adoption
7. Business dimension
8. Future Direction
A BRIEF INTRODUCTION
1.
About Yourself (Team Lead):
Usman Khan, Team Lead, Final Year Student of Electronic Engineering at Sir Syed University of Engineering and Technology
(SSUET).
2. About Team & Team Diversity:
Ali Raza: Hardware Development and Integration.
Muhammad Nabeel : Project Management and System Design.
Usman Khan: Software Development and Machine Learning.
University: Sir Syed University of Engineering and Technology (SSUET), Department of Electronic Engineering, Final Year,
Semester
PROBLEM IDENTIFICATION
15M+ people suffer strokes yearly; many are left paralyzed
Conscious but unable to speak or move – trapped inside their own bodies
Our solution: smart eyewear that enables communication via eye movements
Targeted at underserved patients in Pakistan and globally
PROPOSED SOLUTION
🔴🔴 1. Inability to Communicate Needs
Paralyzed individuals remain conscious but cannot speak or move.
They struggle to express basic needs, emotions, or pain.
Leads to frustration, isolation, and emotional distress.
🔴🔴 2. High Cost & Inaccessibility of Assistive Technology
Existing assistive communication devices are too expensive for average families.
Imported solutions are not affordable in developing countries like Pakistan.
Limited availability in local markets and hospitals.
🔴🔴 3. Dependency on Caregivers for Every Interaction
Patients are entirely reliant on others for daily communication
Caregivers often feel overwhelmed or helpless.
Lack of an independent communication tool leads to reduced quality of life for both patients and families.
SOLUTION’S IMPACT ON SOCIETY
Strong demand for affordable, portable communication devices
Lack of tech resources in hospitals and homes
Emotional stress on families and caregivers
Our device restores dignity, independence, and engagement
MARKET RESEARCH
🌍 Industry Insights
Rising global demand for assistive communication tools
15M+ stroke cases annually; many result in permanent paralysis
Pakistan has a large underserved population needing affordable solutions
⚔️ Competitive Landscape
Existing Solutions:
Eye-Tracking Devices (e.g., Tobii Dynavox): Expensive, bulky
:Our Advantages
💰 Affordable – Raspberry Pi, open-source software
🎒 Portable – Lightweight, wearable for daily use
🧠 Easy to Use – Plug-and-play, minimal training needed
🛡🧠 SDG Alignment
Goal 3: Good Health & Well-being
Goal 4: Quality Education (inclusive assistive tools)
Goal 9: Innovation & Infrastructure (wearable health tech)
Goal 10: Reduced Inequalities (access for marginalized patients)
MARKET RESEARCH
🧠 Primary Research Insights
🗣🧠 Customer Survey
Audience: Paralyzed individuals, caregivers, healthcare professionals
Top Pain Points:
High cost
Lack of user-friendly options
Limited availability
Key Needs:
Affordable and portable devices
Real-time, easy communication tools
👥 Personal Interviews
Paralyzed Users: Expressed daily communication struggles
Caregivers: Need to reduce constant dependence
Healthcare Professionals: Confirmed technical feasibility and high impact
PRACTICAL & TECHNICAL WORKING
• Hardware: Raspberry Pi 4, IR Camera, LCD Display, VR Frame, Speaker
• Software: Python, Pupil Core for eye tracking, ML models
• Eye movement → AI processing → Text & Speech output
• Uses real datasets (e.g., Kaggle) + runs via VPS/cloud when needed
NOVELTY/VALUE PROPOSITION
1. Unique Features:
. Combines eye-tracking, machine learning, and augmented reality (AR) in a
single, lightweight device

Low-Cost: Uses affordable, locally available components like Raspberry Pi
and open-source software.

User-Friendly: Designed for ease of use, even for individuals with no
technical background.
2. Competitive Advantage:


Portability: Unlike bulky BCIs, the eyewear is lightweight and wearable.
Affordability: Priced significantly lower than existing solutions, making it
accessible to low-income communities.
3. Sample Statement:
Our smart eyewear helps paralyzed individuals who want to communicate
with their caregivers and society by converting their eye movements into text
and speech.
EASE OF ADOPTION
COST ESTIMATE
Is it easy to be adopted by the beneficiaries?
LCD Display,
6,300
Raspberry Pi 4;
28 000
A. Cost Estimate:
 Rough Order of Magnitude (ROM): Rs. 49,200 (as per cost analysis).
Speaker;
1 600
IR Camera,
4,500/-
B. Mass Deployment:
 Yes, the device can be mass-produced using locally available components.
C. Product Training:
 Minimal training required. The device is designed to be intuitive and user-friendly.
BUSINESS DIMENSION
ESTIMATES OF FINANCIALS & TIMELINE
1. Rough estimate of Cost of development?
Estimated at Rs. 49,200 (including hardware, software, and documentation).
2. Tentative timeline with Key milestones.
SUPPORT REQUIRED FROM DIFFERENT
STAKEHOLDERS
1. For FICS Stage 3:
 Technical Support: Assistance in refining the machine learning algorithms and
improving the AR interface.
2. Beyond:
 Partnerships: Collaboration with healthcare providers and NGOs for mass deployment.
 Mentorship: Guidance on commercialization and scaling the solution globally.
FUTURE DIRECTION
Where do you see yourself and your project in the future?
1. For the Project:
 Deployment of the device in hospitals, rehabilitation centers, and homes.
 Potential to establish a startup focused on assistive technologies.
2. For the Team Lead:
 Pursue further research in wearable technologies and healthcare innovation.
3. For the Team:
 Continue working on improving the device and exploring new applications in healthcare and
rehabilitation.
Thank you