Computer Science & Engineering student with strong interests in scientific computing, robotics, embedded systems, and large-scale IT infrastructure. Actively seeking research-driven environments like CERN.
My interests align with large-scale scientific research environments, focusing on reliability, performance, and real-world impact. I am particularly motivated by systems that support experimental physics, automation, and data-intensive research.
High-performance computing, simulations, numerical methods, data-intensive pipelines.
Embedded control systems, sensor fusion, real-time decision-making.
Scalable software, monitoring systems, infrastructure supporting scientific experiments.
A selection of academic, self-initiated, and concept-driven projects demonstrating my interest in research-oriented software systems, robotics, and scalable engineering solutions.
Full-stack system for hospital workflow automation.
Embedded system optimizing solar energy capture.
Concept project inspired by large-scale physics experiments.
Real-time control and sensor-based navigation.
Monitoring and logging framework for server infrastructure.
2023: Foundation in programming, data structures, and electronics.
2024: Embedded systems, IoT projects, robotics experimentation.
2025: Full-stack systems, distributed concepts, research-inspired simulations.
Future: Contribution to large-scale scientific computing and experimental systems.
Government College of Engineering & Textile Technology, Berhampore, India