I'm Shreya Nayak.
a programmer
a programmer
I'm a graduate student at the University of Alabama, majoring in Computer Science. I have a passion for mobile and web developement.
Master of Science in Computer Science
August 2019 - May 2021
Bachelor of Engineering in Computer Science
August 2014 - June 2018
Conduct labs and collaborate with the professor and other teaching assistants to discuss the course planning and teaching methods
• Improved an existing mobile application in both android and iOS platforms
• Worked on enabling monetization of weight loss challenges among individual users
• Developed frontend in Kotlin, JAVA, and SWIFT with the integration of backend through REST API's
• Designed and created REST API's to create challenges, remove challenges, and delete user connections simultaneously in the frontend and backend
• Followed the scrum agile methodology in the workspace
Programmed and tested algorithms to find sentence similarity scores in medical expressions of different country labels, using WordNet and MedDRA database
• Headed the project named "Detection of Bifurcation Points on a Retinal Fundus Image" to determine the health conditions of a patient by analyzing the retinal blood vessels and vessel bifurcation points in the fundus image
• Utilized MATLAB to implement the project using Pattern Recognition and Image Processing concepts
Design a portfolio website showing professional information
• Worked on simulated autonomous navigation control software as part of coursework to understand motion kinematics and dynamics, simulation testing, and sensor integration
• Used sense and react methodology to move the robot without colliding with the objects in surroundings
Gained first-hand experience writing programs and performing security attacks on secret-key encryption, buffer-overflow vulnerability, return-to-libc attack, SQL injection attack by considering security mechanisms
Built an internet of things based monitoring and diagnosis system to keep a count of the number of voltage fluctuations and the highest voltage level attained across the circuit breaker
• Modeled an internet of things based sensor system to track the number of items using an IR sensor and batch the items with the count specified by the user using web and app interfaces
• Selected among 250 groups and implemented in a 24-hour event