Python Developer

• Directed the creation of cutting-edge measurement systems integrating 2D & 3D sensors with edge computing. • Developed deep learning segmentation algorithms and multi-sensor data fusion strategies. • Delivered LiDAR-based traffic and parking analytics for highway infrastructure projects. • Engineered trajectory analytics replacing traditional GPS-based methods. • Instituted collaborative Unix-based AI-enhanced development environments. • Led reporting, presentations, and provided key technical input for client acquisition and maintenance.

Implementation, evaluation and reporting of time series analysis for clients finance department (ML/DL & classical regression approaches). Consulting & requirements engineering for government related clients. Leading workshops & reporting. Implemented OneStream finance models for clients.

• Optimized ML/DL license plate recognition models across international markets. • Performed feature engineering, model evaluation, and production deployment.

• Built ROS-powered architectures for vehicle environment scanning and visualization. • Developed visualization of sensor data to enhance vehicle-environment interaction through Three.js. • Developed point-cloud motion analysis and real-time visualization for FTE • Analysis, enhancing simulation accuracy. • Implemented MATLAB inverter-loss models and GUIs in C++/Python. • Executed unit testing and optimized data engineering processes.

Various coding projects.

Editing & documentation of source-code with Doxygen & LaTeX. Data-pre/postprocessing in C++.

Mounting & wiring.

Parameterization, analysis & documentation of EXCITE in C++. Numeric approximation of battery draining trajectory via Newton-Raphson.

Mounting & wiring.