Cruise Ship Fuel Consumption Optimization
Data-driven cruise ship operation optimization using weather, vessel data, predictive models, and dynamic programming.
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Building intelligent, efficient, and sustainable systems.
PROJECT ENGINEER • RESEARCHER • OPTIMIZER
I design and optimize complex engineering systems with a focus on performance, reliability, and real-world impact across marine energy, autonomous systems, control, and IoT applications.
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Real-time ESP32 sensor data, pump activity, and environment monitoring.
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Featured Projects
Focused engineering work across marine energy, robotics, control, and IoT systems, from optimization models to practical monitoring dashboards.
Data-driven cruise ship operation optimization using weather, vessel data, predictive models, and dynamic programming.
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Optimal path planning and tracking for mobile robots operating in static and dynamic environments.
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Physical AeroPendulum platform for system identification, vibration reduction, and robust real-time angle control.
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Bathymetry-aware routing and energy analysis framework for vessel planning, speed, fuel, and power assessment.
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ESP32-based irrigation system for sensor monitoring, pump control, tank tracking, and dashboard visualization.
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Real-time monitoring surface for ESP32 telemetry, pump activity, soil moisture, and environmental data.
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