Lina al-Kanj

Lina al-Kanj

Sr Applied Scientist @Amazon

New York, NY, US
MOBILE NUMBERS
+16•••••••03

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WORK HISTORY

Jun 2022 — Present

Sr Applied Scientist @Amazon

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New York, NY, US

I am a Senior Applied Scientist at Amazon SCOT working in the Specialized Selection Team. I work at the intersection of the Search, Forecasting and Optimization teams.

EDUCATION

2012

American University of Beirut

Doctor of Philosophy (PhD), Electrical and Computer Engineering

N/A

The University of Texas at Austin

Visiting PhD Student, Electrical Engineering

N/A

American University of Beirut

Master of Engineering (MEng), Computer and Communications Engineering

N/A

Technical University of Munich

Visiting Master Student, Information Technology

N/A

Lebanese University

Bachelor of Engineering (BE), Electrical, Electronics and Communications Engineering

SKILLS

Stochastic OptimizationJavaImage ProcessingStatisticsPythonLatexDecision Under UncertaintyComputer NetworksSignal ProcessingSimulinkC++Wireless Communications and NetworkingStatistical ModelingOperations ResearchData AnalysisData AnalyticsSimulationsMathematical ModelingEnergy and Power SystemsProgrammingOptimizationStochastic ProcessesResource Allocation and SchedulingOptimal LearningAlgorithmsMatlabApplied MathematicsMimoDriver-Less Fleets of Electric VehiclesLabviewMachine LearningDeterministic OptimizationBig DataArtificial Intelligence

ABOUT LINA AL-KANJ

My main research interest is sequential stochastic decision making with emphasis on reinforcement learning, machine learning, deep learning and lookahead models. I work on the integration of Machine Learning for predictive modeling and Stochastic Optimization for decision making. One of my main points of strengths is combining these two areas together in one framework. The applications that I have addressed have rich problem domains, due to inherent stochasticity and the curses of dimensionality (e.g, large state, action, and outcome spaces) which requires approximations to get attainable solutions. The techniques that I have used to address such complex problems is proper uncertainty modeling, state space reduction and lookahead/value function approximations. I did also convergence proofs when attainable and worked on real-time information collection for data-driven decision making.My main expertise and research interests are:1- Sequential Stochastic Decision Making (Stochastic Modeling and Optimization).2- Markov Decision Processes, Dynamic Programming and Reinforcement Learning.3- Machine Learning and Statistical Learning (Predictive Modeling). 4- Neural Networks, Deep Learning and Deep Reinforcement Learning.5- Artificial Intelligence: Machine Learning, Reinforcement Learning, Deep Learning, Deterministic and Stochastic Optimization, Mixed Integer Programming, Graph Theory and Networks.6- Supply Chain, Recommendation Systems, Resource Allocation and Scheduling.7- Experimentation: A/B testing, Hypothesis testing and Inference.9- Programming: Java, C++, Python, SQL, CPLEX, GUROBI.

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