Relevant Courses: Database System, Operating System, Analysis of Algorithms, Data Intensive Computing.

As a dedicated Frontend Developer, I bring a comprehensive skill set encompassing frontend technologies like JavaScript, ReactJS, Redux, HTML/CSS, and backend solutions using .NET, Node.js, and MySQL. My focus lies in building robust, high-performance web applications. I have successfully developed scalable, reusable component libraries that streamline development cycles. A key achievement includes optimizing the extensive Oxygen Design System, comprising over 68 UI components, to significantly improve accessibility and performance for a user base numbering in the millions.

My technical contributions extend to enhancing website performance through strategic DOM optimizations, implementing lazy loading, and refining image rendering processes. I am proactive in improving development efficiency by automating workflows, having created scripts for tasks such as unused CSS detection, import management, and build optimizations. Furthermore, I possess strong experience in implementing critical business campaigns with vanilla JavaScript, ensuring cross-browser compatibility and peak performance.

I have led the development of diverse features, from dynamic UI elements to responsive micro-sites and complex product workflows. Notably, I designed and implemented a modular Template Engine to facilitate efficient ad generation. Collaboration is central to my approach; I work closely with design, product, and engineering counterparts to ensure our applications are not only high-performing and scalable but also maintainable long-term, emphasizing strong system design principles.

I developed a comprehensive web portal for an association of printers, designed to streamline inquiry management from clients by categorizing inquiries into specific printing categories and efficiently distributing them to association members specializing in corresponding areas. The system facilitated client inquiry submission through a user-friendly interface, with inquiries promptly routed to members via email notifications. Additionally, the portal featured strategically placed advertisements to promote member businesses. Its intuitive interface, scalability, and flexibility ensured efficient operations and the ability to adapt to evolving needs, ultimately enhancing inquiry response times and providing increased visibility and opportunities for association members within the industry.

My team and I collaborated on developing an Agenda Builder website tailored for event management purposes. Recognizing the critical need for seamless communication within remote teams organizing events, we prioritized creating a platform that facilitates real-time interaction and organization. The website offers a user-friendly interface where team members can collaboratively manage and organize different sections of the event. Key features include drag-and-drop functionality, allowing for effortless rearrangement and customization of event elements. Additionally, the platform integrates various tools and resources to streamline event planning, such as scheduling, task assignment, and document sharing capabilities. By providing a centralized hub for team communication and event coordination, the Agenda Builder significantly enhances efficiency and productivity in the event management process. Moreover, the website's intuitive design promotes ease of use, ensuring that even non-technical team members can effectively contribute to the planning and execution of successful events.

My team and I collaborated to develop a website for the Indian Development Foundation (IDF), aimed at managing Balgurukul (small school) operations, including teacher, student, and management interactions. We implemented role-based logins for teachers, students, and administrators to streamline access. The primary challenge we addressed was the grading process, which previously relied on manual input through Google Forms, leading to redundant data entry and inefficiencies. To mitigate this issue, we designed an intuitive user interface that simplified the grading process significantly, alleviating the burden on teachers and enhancing overall efficiency. By automating and optimizing the grading workflow, we improved the educational experience for both teachers and students while enhancing the operational effectiveness of IDF's Balgurukul program.

This paper introduces the S3A-Net, a Spatial-Spectral Self-Attention Network, for few-shot learning in hyperspectral image classification. Developed by Dr. Manimala Mahato and Prof. Biplab Banerjee, the network utilizes self-attention mechanisms to capture spatial and spectral features, improving classification accuracy. Incorporating few-shot learning enables accurate classification with limited labeled data, addressing challenges in hyperspectral data scarcity. Experimental results demonstrate the superiority of S3A-Net in accuracy and robustness, indicating its potential for remote sensing applications.

"Plan-It" offers a task management solution enhanced with Natural Language Processing (NLP) integration, simplifying personal and team-level task organization. It provides intuitive interfaces, collaboration features, and NLP-driven task suggestions. Challenges in NLP implementation, especially in interpreting user inputs accurately, were addressed through research, framework selection, training, testing, and iterative improvement. The outcome is a robust system ensuring effective goal achievement, data security, and privacy.

"Project Gallery" is a platform for SAKEC students to showcase their projects, aiding in project discovery and collaboration. Despite challenges in integrating third-party image hosting and ensuring session security, thorough research, iterative improvements, and testing led to successful implementation. The platform fosters innovation, collaboration, and knowledge sharing within the SAKEC community, enhancing the educational experience.

I have embarked on numerous mini projects utilizing P5.js, encompassing a diverse array of visualizations and applications. These include creations such as Ray Tracing 2D & 3D and Fractal Tree Animations, as well as game remakes including Flappy Bird, Game of Life, Minesweeper, and Snake. Additionally, I've delved into engineering concepts through projects such as implementing the A* algorithm, solving the 8 Queens problem, exploring K-means clustering, and simulating Epsilon NFA. These projects not only bolstered my understanding of programming and visualization techniques but also provided practical insights into engineering principles covered in my syllabus.

Developed during my junior college years, my electronics project aimed to alleviate the issue of emergency vehicles getting stuck in traffic by implementing a transponder system that communicates with traffic signals to grant priority access. Utilizing Arduino technology paired with a Bluetooth module, the transponder facilitated communication between vehicles and signals, enabling the allocation of green lights to the designated lane or side. The project presented a practical solution to enhance emergency response efficiency and safety on the roads, with potential for further advancements using WiFi modules for internet connectivity.

Creating a salary management software in Python was my inaugural full-fledged project, which I'm immensely grateful for, as it provided a valuable learning experience. The software's primary function was to accurately calculate the salaries of employees. Under the guidance and opportunity presented by my aunt, I embarked on this endeavor, which allowed me to deepen my understanding of Python programming and software development principles. Throughout the project, I gained practical insights into various aspects of software engineering, including data handling, calculations, and user interface design. This project not only honed my technical skills but also instilled in me a sense of responsibility and dedication towards delivering a functional and efficient solution. I am thankful for the opportunity to undertake this project, as it marked a significant milestone in my journey as a software developer and provided a solid foundation for future endeavors in the field.

In this event I taught HTML, CSS, JavaScript, Node.js, and Database connectivity for web app development, promoting hands-on learning and motivating junior students to refine skills. Attendees presented Mini Projects utilizing web technologies.

The session I conducted covered P5.js and JavaScript basics, supplying materials and setup files. Topics included variables, functions, loops, and shape manipulation, with participants creating projects like designs and wall art.