Hello, I'm
Mathematics & Computing • Security Enthusiast • Future-Ready Developer
I'm not your average engineering student. While most are content with learning what's taught, I'm obsessed with understanding what's next. At 19, I'm diving deep into Post-Quantum Cryptography—not because it's required, but because I believe in building the future, not just studying the past.
Mathematics isn't just a subject for me; it's the language I use to decode complexity. From elegant algorithms to secure blockchain systems, I see patterns where others see chaos. Currently pursuing B.Tech in Mathematics & Computing at NIT Warangal, I'm bridging the gap between abstract mathematical theory and real-world technological innovation.
What drives me? The convergence of mathematics, security, and code. I'm building expertise in areas that will matter tomorrow—cryptographic systems that can withstand quantum attacks, decentralized technologies that redefine trust, and full-stack applications that solve real problems. I don't just write code; I architect solutions with security and scalability at their core.
Deep Tech Focus: While peers master frameworks, I'm mastering fundamentals—cryptography, advanced algorithms, and mathematical computing. This foundation allows me to innovate, not just implement.
Future-Oriented Mindset: Post-Quantum Cryptography isn't mainstream yet, but quantum computers are coming. I'm preparing for a future that most haven't even considered. When quantum computing breaks current encryption, I'll be ready.
Balanced Skillset: I seamlessly blend theoretical depth (mathematics, cryptography) with practical expertise (full-stack development, DevOps). Theory gives me vision; practice gives me impact.
National Institute of Technology, Warangal (NIT Warangal)
2025 - 2029
Pursuing a unique interdisciplinary program that combines advanced mathematics with computer science, focusing on cryptography, algorithms, and computational theory.
National Infotech, Parsa, Birgunj, Nepal
Class 11 & 12
Excelled in Mathematics, Physics, and Computer Science, building a strong foundation for advanced computational studies.
Gautam Secondary School, Parsa, Birgunj, Nepal
Junior to Class 10
Developed early interest in mathematics and logical problem-solving, consistently achieving top academic performance.
Passionate about building modern, responsive web applications. Love experimenting with new frameworks and creating seamless user experiences from concept to deployment.
Fascinated by mathematical proofs, algorithmic thinking, and logical problem-solving. Mathematics is the foundation of everything I build in the digital world.
Active in competitive programming and DSA challenges. Enjoy solving complex problems on platforms like Codeforces, LeetCode, and participating in coding competitions.
Deeply interested in cybersecurity, encryption systems, and future-ready cryptography. Always reading about quantum-resistant algorithms and secure system architectures.
Constantly learning about cutting-edge tech—blockchain, quantum computing, AI/ML. I stay ahead by understanding technologies before they become mainstream.
Enjoy reading research papers, technical blogs, and exploring innovative solutions. Interested in contributing to open-source and research-driven projects.
Excel in Data Structures & Algorithms to compete at top-tier competitive programming platforms. Build 3-5 production-grade full-stack projects showcasing security-first architecture. Strengthen foundation in cryptographic systems and blockchain technology.
Land internships at leading tech companies (Google, Microsoft, Amazon) or innovative startups working on cutting-edge security systems. Contribute to open-source cryptography projects. Publish research or technical articles on Post-Quantum Cryptography.
Build scalable web and system-level applications used by millions. Specialize in security-focused technologies—cryptography, blockchain, and secure distributed systems. Lead engineering teams and mentor aspiring developers.
Contribute to groundbreaking research in Post-Quantum Cryptography and secure systems. Work on technologies that will protect data in the quantum computing era. Possibly launch a security-focused tech venture or lead research initiatives at scale.
Advanced Cryptographic Protocols • Quantum-Resistant Systems • Distributed Systems Architecture • Cloud Security & DevSecOps • Technical Leadership • Research Publications • Open Source Contributions
A mobile application designed for engineering students to track their semester progress, manage subjects, monitor assignments, and stay organized throughout their academic journey. Features progress visualization, deadline reminders, and semester-wise analytics.
View on GitHub →Exploring and implementing various cryptographic algorithms including symmetric and asymmetric encryption, hash functions, and digital signatures. Currently researching Post-Quantum Cryptography algorithms for quantum-resistant security.
View GitHub Profile →Building modern, responsive web applications using React.js, Node.js, and various web technologies. Focus on creating user-friendly interfaces with clean code and best practices in full-stack development.
View on GitHub →Comprehensive collection of Data Structures and Algorithms implemented in C++ and Python. Includes sorting algorithms, graph algorithms, dynamic programming solutions, and competitive programming practice problems.
View on GitHub →Learning and experimenting with blockchain technology, smart contracts, and decentralized applications. Understanding the fundamentals of distributed ledger technology and its applications in creating secure, transparent systems.
View on GitHub →Working with Docker to containerize applications, learning deployment practices, and exploring CI/CD pipelines. Building scalable and portable applications that can run consistently across different environments.
View on GitHub →I'm always excited to connect with fellow learners, developers, and anyone interested in technology. Feel free to reach out!