I'm a passionate and driven Computer Science enthusiast currently pursuing my Master's degree. As a lifelong learner in the ever-evolving world of technology, I have dedicated my academic journey to exploring the frontiers of computer science.
I'm Midhuneshwar Kandasamy Kanivalavan, a dedicated Computer and Information Science Master's student in Syracuse University with a passion for all things tech. As an enthusiastic learner in the realm of technology, I've been on a quest to unravel the intricate tapestry of computer science.
My academic journey has exposed me to a diverse range of topics within this field, from algorithms and data analysis to software development and artificial intelligence. But my love for computer science extends far beyond the classroom. I thrive on challenging problems, coding solutions, and exploring the endless possibilities of technology.
This portfolio is my digital canvas, where I proudly display my academic achievements, innovative projects, and research endeavors. It's a testament to my commitment to the world of computer science and my drive to keep pushing the boundaries of what's possible.
I firmly believe that technology is the driving force of the future, and I'm excited to be part of this transformative journey. Whether you're here to explore my work, collaborate on exciting projects, or simply share your insights, I'm eager to connect with fellow tech enthusiasts, professionals, and curious minds.
Thank you for visiting, and I look forward to sharing this incredible adventure in the world of computer science with you!
Bangalore, India
March 2021 - July 2022
In my role, I conducted a series of in-depth analyses aimed at enhancing the overall performance and stability of our systems. This included thorough thread, heap, and CPU dump assessments, which allowed me to pinpoint and address memory leaks. Through meticulous examination and optimization, we achieved a significant milestone with a remarkable 15% reduction in application crashes, resulting in a more stable and reliable user experience.
Furthermore, I played a pivotal role in ensuring the scalability and robustness of our systems by designing and implementing load test scenarios using Gatling. These scenarios simulated the activities of 100 concurrent users, allowing us to validate system stability while consistently exceeding our performance benchmarks.
In addition to these efforts, I focused on optimizing our Content Delivery Networks (CDN) configurations to enhance regional traffic. This strategic approach led to a remarkable 25% improvement in page load speeds, ultimately enhancing the user experience for our global audience.
To further validate our system's capabilities and readiness, I leveraged JMeter to conduct stress tests. These tests pushed the system to its limits, validating its ability to handle double the projected load while consistently exceeding our performance targets by 15%.
Throughout these endeavors, I maintained a commitment to transparency and continuous improvement. I crafted comprehensive performance test reports that not only highlighted our achievements but also provided actionable recommendations. These reports became invaluable tools for our development teams, empowering them to make data-driven decisions and achieve a remarkable 90% reduction in critical performance defects.