Jency Valiakalail

• Design of ECU software strategies for Diesel engines using MATLAB tools and a Feature Requirements Document • Development of production implementations of features, using a model based development approach • Integration of hand C coded features and model based auto-coded features • Supporting rapid prototyping of new strategies and validation of fully implemented strategies

• Development of control method Land Rover Automatic Terrain Response (Software which automatically senses the terrain the vehicle is driving on) developed using Matlab/Simulink/Stateflow/Targetlink. • System validation of production intent code against requirement specifications.

• Coding and verification of control method Land Rover Terrain Response Rotary Controls, developed using Matlab/Simulink/Stateflow/Targetlink. System validation of production intent code against requirement specifications.

• Generating technical OBD descriptions for VW/Audi required by the service information regulations finalized by the California Air Resources Board

• Developing vehicle software control algorithms in MATLAB/Simulink/Stateflow from requirements. Projects: Air Suspension (fixed-point controllers), Continuously Variable Damping and Electronic Differential (floating-point controllers) for both Jaguar and Landrover vehicle lines • Conversion of Simulink models with TargetLink into C-code (both fixed-point and floating-point code)

• Supervised / Semi-Supervised Learning, Training and Validation • Regression Models / Time Series • Ensemble Models / Support Vector Classifiers • Cloud Computing / Databases • Neural Networks / Deep Learning • Natural Language Processing • Recommender Systems, Pragmatic Model Evaluation