Google

• Employer: Google
• Type: Full Time Permanent Job

XE.com Inc.

• Employer: XE.com Inc.
• Type: Full Time Permanent Job
• Technology: AWS, Android, Android Wear, Node.js, NPM, Dagger 2, Retrofit, Butter Knife, GIT

Royal Bank of Canada

• Employer: Royal Bank of Canada, Toronto, Canada
• Type: Full Time Internship
• Technology: Android, HTML, CSS, JavaScript, PHP, MySQL, Apache HTTP Server, Firebase, NymiBand, GIT.

Uttar Gujarat Vij Company Limited

• Employer: Uttar Gujarat Vij Company Limited, Gandhinagar, India
• Type: Half Time Internship
• Technology: HTML, CSS, Javascript, jQuery, PHP, MySQL, Apache HTTP Server

Rutav Engitronic Systems

• Employer: Rutav Engitronic Systems, Gandhinagar, India
• Type: Freelance Work
• Technology: HTML, CSS, Javascript, PHP, MySQL, Apache HTTP Server, Arduino, Raspberry Pi

Open Source Projects

• Employer: Ronak Patel
• Type: Open Source
• Technology: Please visit Resume tab.

Hackathon Journey

• GMHackAI (Summer 2017)

• RBC Next Great Innovator (Fall 2016)

• Hack The North (Fall 2016)

• Connected Lab & Amazon Hackathon (Winter 2016)

• UofTHack (Winter 2016)

• HackWestern (Fall 2015)

• YHack (Fall 2015)

• HackGT (Fall 2015)

• Hack The North (Fall 2015)

• MHacks 6 (Fall 2015)

• BattleHack (Summer 2015)

• UofTHacks (Winter 2015)

• MHacks 5 (Winter 2015)

• HackWestern (Fall 2014)

• Hack The North (Fall 2014)

• Nymi Hackathon (Summer 2014)

• Mastercard NEXT (Summer 2014)

• HackIllinois (Winter 2014)

• Azoi Hackathon (Fall 2013)

• GujAThon (Summer 2013)

Skills

Research

Search Space Representation of Near Field 3D Scene using Microsoft Kinect

Augmented Reality (AR) systems allow users to experience reality with extra data. These systems can be used in various applications such as real-time informatics and games. An important requirement for many games is the ability to find a path from one point to another with minimum cost.

In recent years, pathfinding algorithms have evolved tremendously, and researchers have created numerous variations and techniques that have improved game experience. AR games can be played in an immersive way using the real world as a game world, however, the information perceived by these systems do not provide suitable search spaces (and search graphs) for pathfinding algorithms.

This thesis proposes a novel method which generates a search space representation from the perceived information from an AR system, specifically Microsoft’s Kinect. The generated search space can provide a basis to apply existing knowledge of pathfinding to augmented reality.

Extra Curricular Activity

Coming Soon