Work History
Software Engineer
1 Year 8 MonthsEducation
Master of Science - Computer Science
- RIT Scholarship Recipient - 30% fees waved off
- Relevant Coursework: Advanced Object Oriented Programming & Analysis of Algorithm
- Study Abroad: United States, Computer Science
Bachelor of Engineering - Information Technology
- 8.31/10 CGPA
- Relevant Coursework: Data Structures & algorithm & Android App Development , DBMS, Cloud Computing
- Capstone Project: Vision, Introducing a groundbreaking vision application for the visually impaired, offering affordability and user-friendliness. It uses YOLO algorithms to detect up to five objects simultaneously, alerting users to obstructions via Google Text-to-Speech. The app also simplifies smartphone usage with TalkBack and gesture detection, enabling tasks like calls, texting, and music with ease, promoting accessibility and independence.
Skills
Certification
- 30 days of kotlin certification -Google
- Android App Development Certification - Internshala
- Programming for everybody - Coursera
- Microsoft Azure Fundamentals - Microsoft
Languages
Timeline
Rochester Institute of Technology
Software Engineer
Atharva College Of Engineering
Projects
Vision - Being a person's eyes and ears.
Introducing a groundbreaking vision application tailored for the visually impaired, setting new standards of accessibility, affordability, and user-friendliness. This innovative solution presents itself as a remarkably cost-effective alternative to existing applications, effortlessly outshining traditional cane sticks.
Our vision application is ingeniously designed in two seamlessly integrated halves, each delivering unparalleled utility. In the first half, we've harnessed the power of cutting-edge YOLO algorithms, enabling the application to astutely detect up to five objects simultaneously. Through this pioneering intrusion detection system, the user is promptly alerted to any potential obstructions, as the application employs Google Text-to-Speech technology to provide real-time notifications. This not only enhances safety but also augments the user's confidence to traverse their surroundings with ease.
The second half of our application showcases a thoughtfully crafted interface aimed at simplifying smartphone usage for the visually impaired. By incorporating an intuitive TalkBack feature and intelligent gesture detection, we've reimagined the user experience. Seamlessly facilitating tasks ranging from making and receiving calls, texting, and receiving messages, to even indulging in music, our design ensures that the smartphone becomes an ally rather than a challenge. Every tap, swipe, and interaction becomes a breeze, fostering an unparalleled level of accessibility and independence.
In summary, our project presents an unparalleled fusion of cutting-edge vision technology and thoughtful design, poised to redefine the lives of the visually impaired.