Building scalable, high-performance systems for education, communities, and intelligent applications.

Computer Science and Mathematics student focused on building production-grade systems with strong emphasis on performance, scalability, and system design.

• Consistently achieving high performance scores in real-world applications
• Building full-stack and AI-integrated systems
• Strong foundation in algorithms and applied mathematics

• Built and scaled features for a real-world social platform
• Designed backend-integrated systems using MongoDB and Supabase
• Developed modular APIs and optimized database interactions
• Collaborated across product, design, and engineering teams
• Focused on scalability, maintainability, and performance

• Developed and maintained institutional platform
• Focused on performance optimization and accessibility
• Built scalable frontend architecture

Scalable social platform

• Backend-driven architecture with MongoDB and Supabase
• Authentication and multi-user system design
• Performance-focused system architecture

Repository: https://github.com/sgk18/socio2026v2
Deployment:

Life management system

• Task and productivity management system
• Modular and extensible architecture

Repository: https://github.com/sgk18/aegis-web
Deployment:

Academic collaboration platform (backend)

• Backend system for scalable academic workflows
• Designed for real-time and collaborative systems

Repository: https://github.com/sgk18/NoteNova_Backend

• Personal developer portfolio showcasing projects and skills

Repository: https://github.com/sgk18/SGK18_Portfolio
Deployment:

• Built scalable systems across frontend and backend
• Designed architectures supporting multi-user environments
• Developed modular and maintainable codebases
• Applied performance-first engineering principles

• Anaconda (data and environment management)
• Canva (design and visual content)
• Stitch (AI-assisted development workflows)

• Full-Stack Development
• Systems Design
• Data Structures and Algorithms
• SQL and Database Design
• Performance Optimization
• Real-Time Systems
• API Design and Backend Architecture

• Advanced system design
• Distributed systems
• Backend scaling patterns
• AI agent architectures

• Practicing data structures and algorithms in C

Focus Areas:

• Graphs
• Dynamic programming
• Optimization problems

• 2nd Place, Frontend Frenzy — Xactitude IT Fest
• 3rd Prize, Science Exhibition — National Science Day

Institutional platforms
Educational technology
AI-powered systems
Scalable web applications
Social impact projects

If you are building something meaningful, feel free to connect.