Remya Krishnan is an Assistant Professor and researcher with eight years of experience bridging academia and software engineering, currently teaching at Amrita School of Computing after earning a PhD on security in Vehicular Adhoc Networks from NIT Calicut. Her work spans security for VANETs, MANETs, IoT, 6G and ML, combining rigorous research with practical coding—she has contributed backend Java implementations for data-structure challenges and participates in open-source communities including KDE. Having progressed from web development and lecturing roles to sustained academic research, she brings a pragmatic perspective on applying security and machine learning techniques to connected-vehicle and IoT systems. Based in Kerala, India, she pairs strong academic credentials with hands-on engineering experience and a track record of mentoring students and contributing code to collaborative projects.
7 years of coding experience
3 years of employment as a software developer
Bachelor of Technology - BTech, Computer Science and Engineering, DISTINCTION WITH HONORS, Bachelor of Technology - BTech, Computer Science and Engineering, DISTINCTION WITH HONORS at AWH ENGINEERING COLLEGE, KUTTIKKATTOOR
Master of Technology (MTech), Computer and Information Sciences and Support Services, DISTINCTION, Master of Technology (MTech), Computer and Information Sciences and Support Services, DISTINCTION at Rajagiri School of Engineering & Technology
Doctor of Philosophy - PhD, Security in Vehicular Adhoc Networks, Thesis submitted, Doctor of Philosophy - PhD, Security in Vehicular Adhoc Networks, Thesis submitted at National Institute of Technology Calicut
Please note that contributions made to this repository are not counted as valid for Hacktoberfest 2021.
Role in this project:
Back-end Developer
Contributions:5 commits, 2 PRs in 1 day
Contributions summary:Remya contributed to the repository by implementing several data structure and algorithm problems using Java. The commits focus on linked list operations, including palindrome checks, finding the middle element, and implementing a doubly linked list. The user demonstrated knowledge of data structures by creating classes and methods to manipulate linked lists.
Unit convertor is to convert the entered distance in kilometers to the one which user wants. User can choose whether the input should be converted to Nautical Miles or Yards or Feets or Centimeters or Meters.
Contributions:52 commits, 1 PR, 47 pushes in 3 months
meterskilometersunitmilesdistance
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