Ramin Heydarlaki Email & Phone Number

Leading the development and implementation of advanced probabilistic and deterministic algorithms for data extraction, fusion, and real-time decision-making within mission-critical Space and Defence operations.Leveraging AI and machine learning techniques to build, train, and deploy models that extract valuable insights from large-scale remote sensing and live sensor data streams.Driving innovation in data fusion, with a focus on integrating AIS data, vessel trajectory, and other… Show more Leading the development and implementation of advanced probabilistic and deterministic algorithms for data extraction, fusion, and real-time decision-making within mission-critical Space and Defence operations.Leveraging AI and machine learning techniques to build, train, and deploy models that extract valuable insights from large-scale remote sensing and live sensor data streams.Driving innovation in data fusion, with a focus on integrating AIS data, vessel trajectory, and other maritime datasets to enhance operational intelligence and predictive capabilities.Contributing to the development and maintenance of AI-driven software applications designed for processing volatile live data streams, ensuring accuracy, scalability, and resilience in fast-paced environments.Passionate about applying AI/ML to complex data challenges, delivering actionable intelligence, and improving decision support systems in the Space, Defence, and Maritime sectors. Show less

Richmond, British Columbia, Canada

North Vancouver, British Columbia, Canada

• Addressed discrepancies between different generations of ship’s CAD database using Python and SQL.• Saved close to $5 Million by developing an interactive location and dimension-based search algorithm.

Montreal, Quebec, Canada

• Performed data warehousing and advanced physics driven data analyses (with SECUFEX, AWS & Git)• Developed an image registration algorithm to register images taken from different angles to characterize and study velocity field, fuel/air equivalence ratio, and heat release rate distributions.• Developed CNN to identify the specific structures in the flames and reconstruct a 3D vorticity field.• Performed numerical simulations of premixed and stratified hydrogen/methane flames using… Show more • Performed data warehousing and advanced physics driven data analyses (with SECUFEX, AWS & Git)• Developed an image registration algorithm to register images taken from different angles to characterize and study velocity field, fuel/air equivalence ratio, and heat release rate distributions.• Developed CNN to identify the specific structures in the flames and reconstruct a 3D vorticity field.• Performed numerical simulations of premixed and stratified hydrogen/methane flames using Python and reached to 90% accuracy when comparing with experimental data. Show less

British Columbia, Canada

• Designed diagnostic setup to collect chemiluminescence, CH4, vibration, and pressure data.• Performed data cleaning, pre/post processing, and visualization using Python and MATLAB.• Inferred cause and effect of several physical phenomena by processing and interpreting the data.

Master'S Degree, Applied Sciences

Engineering | Analysis | Industry relations |

Bachelor'S Degree, Aerospace, Aeronautical And Astronautical Engineering