Jose David Cuellar Email & Phone Number

Toulouse, Fr

Cholet, Pays De La Loire, France

Research Leadership:I spearheaded experimental research projects centered around hydraulics in high-rise buildings, tackling the complex issues inherent in two-phase flows drainage systems. My leadership and strategic direction were instrumental in addressing these critical challenges.Experimental Design and Execution:My responsibilities included designing and conducting experiments focused on fluid dynamics, water flow, and pressure distribution in high-rise building hydraulic systems. These methodical studies provided key insights into hydraulic behaviors within these structures.Innovative Methodology Development:I developed innovative methodologies and designed experimental setups to simulate real-world conditions accurately. This innovative approach ensured the collection of accurate data, providing a solid foundation for further analysis.Data Analysis and Interpretation:Using various statistical techniques and visualization tools, I analyzed and interpreted experimental data. This rigorous analysis allowed me to identify trends, derive insights, and draw meaningful conclusions about hydraulic system performance.R&D Leadership in Simulation:I led R&D efforts in the fields of hydraulic, two-phase flow, aerodynamic, and mechanics simulations for product development. My expertise drove the implementation of advanced simulation models and algorithms.Simulation and Structural Analysis:I developed and implemented advanced simulation models and algorithms for hydraulic systems, accurately predicting fluid flow behaviors and optimizing performance. Further, I conducted comprehensive structural analyses to ensure system reliability under various load conditions.Cross-Functional Collaboration:As part of a multi-disciplinary team, I collaborated with engineers, designers, and stakeholders. My role was to contribute to the design and optimization of mechanical components using simulations, thereby enhancing performance, durability, and efficiency.

Toulouse, Occitanie, France

Chargé du développement d'un logiciel éducatif pour l'enseignement du calcul des cycles thermiques.Développé en Matlab, ce programme, doté d'une interface graphique, facilite la création de cycles thermodynamiques et permet de manière très intuitive de découvrir les paramètres d'entrée clés pour un calcul de plusieurs types d'installations thermiques en vue d'une optimisation future.

Toulouse, Occitanie, France

Project Overview:I successfully developed an educational software dedicated to the in-depth study of thermal cycle calculations. The primary goal was to make complex thermodynamic principles more accessible, bridging the gap between theoretical learning and practical application.Technical Execution:The software was built utilizing MATLAB, a platform known for its strong computational capabilities and excellent data visualization. It was chosen specifically for its ability to effectively model and simulate thermal systems, making it the perfect environment for this project.Functionality and User Experience:At its core, the software enables users to construct various thermodynamic cycles using an intuitive graphical user interface. This feature not only aids in understanding the principles behind these cycles but also enhances the overall user experience by providing an interactive learning platform.Advanced Features:Beyond visualization, the software offers an in-depth insight into the key input parameters required for accurate calculations of different types of thermal installations. This functionality has positioned the software as an invaluable tool for both educational purposes and future optimization tasks.Project Impact:In conclusion, this project has resulted in the creation of an innovative platform that combines education and technology to deliver a deeper understanding of thermodynamics. It stands as a testament to my dedication to creating practical tools that can aid real-world applications and further advancements in the field of thermal dynamics.

Master Of Engineering - Meng, Mechanical Engineering

Modelling and Simulation in Fluid Mecanics, Energetic tranferts and Solid Mecanics. Specialized in Thermohydraulic, Aerodynamics.

Diplôme D'Ingénieur, Mechanical Engineering, 16

Activities and Societies: Salsa Club Free surface and pipe flow hydraulics. Pumps and turbines characterisation and design. Calculation.

Diplôme D'Ingénieur, Mechanical Engineering

3rd year in Mechanical Engineering. Initiation in Manufacturing processes, CAD and CNC.