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cevateness/README.md

I am an optimization scientist focused on developing robust mathematical models and algorithms to deliver efficient solutions for challenging decision problems, primarily within the domains of supply chain, logistics, and transportation.

In my master's thesis, I conducted an in-depth study on the collaborative consolidation of shipments among shippers with varying characteristics, with a special focus on inventory costs and cooperation.

With three years of experience as a production planning engineer, I have honed my skills in scheduling and supply chain planning. During this time, I gained valuable insights into the significance of sustainable business processes, the importance of accurate data collection, and the ability to extract meaningful insights from data analysis. These experiences have ingrained in me the ability to make informed decisions and strive for optimal outcomes.

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  1. MCKP_dynamic_programming MCKP_dynamic_programming Public

    Applying Dynamic Programming on Multi-Criteria Knapsack Problem with 2 constraints

    Jupyter Notebook 2

  2. container_load_assignment container_load_assignment Public

    A container load assignment problem - Heuristic Approach

    Jupyter Notebook

  3. CVRP-Heuristics-Lab CVRP-Heuristics-Lab Public

    An algorithm practice repository for multiple variants of CVRP problems. Instances are taken from the CVRPLIB.

    Jupyter Notebook

  4. Real_Estate_Valuation_RF Real_Estate_Valuation_RF Public

    Real Estate Value Prediction using Random Forest Algorithm

    Jupyter Notebook

  5. set_partitioning_problem set_partitioning_problem Public

    A repository for studying algorithms on Set Partitioning Problem (SPP). SPP is a type of combinatorial optimization problem in which a given set must be partitioned into mutually exclusive and coll…

    Jupyter Notebook

  6. shipment_consolidation_cooperative_game_numerical_analysis shipment_consolidation_cooperative_game_numerical_analysis Public

    Numerical Analysis of MS Thesis: The price of anarchy in an uncapacitated deterministic shipment consolidation game

    Jupyter Notebook