Lucía Royo Pascual Email & Phone Number

Zaragoza, Aragón, España

-Boost the innovation into strategic future business opportunities for the company. -Development of Digital Twins and Cyber-Physical Systems of Process Industry, in particular, in energy field.-Virtual Commissioning of Process Plants: Tia Portal, STEP7, SIMIT, Plant Simulation, Process Simulation-Development of new ideas and concepts applied to the I4.0.-Enhance European and National funding opportunities within the company.-Data Analysis, Machine Learning and Big… Show more -Boost the innovation into strategic future business opportunities for the company. -Development of Digital Twins and Cyber-Physical Systems of Process Industry, in particular, in energy field.-Virtual Commissioning of Process Plants: Tia Portal, STEP7, SIMIT, Plant Simulation, Process Simulation-Development of new ideas and concepts applied to the I4.0.-Enhance European and National funding opportunities within the company.-Data Analysis, Machine Learning and Big Data-Market research Show less

Zaragoza, Aragon, Spain

Zaragoza, Aragon, Spain

Working in 1D solar simulation & control (TRNSYS), 3D MW heat transfer simulation,data analysis, optimization and machine learning development methodologies within H2020 european projects. Ship2Fair: www.ship2fair-h2020.euPolynspire: www.polynspire.eu

Santa Oliva, Catalonia, Spain

Working in the Thermal Management Department developing 1D Thermal Modelling (HVAC, Cabin, engine cooling) in ICE, EV and HEV for cooling systems integration and control. 1D Co-simulation with different softwares (Simulink, STARCCM+). Testing (CAN, INCA).-H2020 European Project participation: DOMUS

Zaragoza Area, Spain

Working on visualization of flame radicals using EMCCD cameras and spectrometer. Programming of machine learning algorithms to predict performance of combustion emissions. Data management and analysis.

Lyon Y Alrededores, Francia

Development and validation of an Organic Rankine Cycle model coupled to an Internal Combustion Engine using Amesim.Skills developed: Model, analyze and predict the performance of mechatronics systems using physical domain libraries, simulation and development of new elements using C language.

Valencia Y Alrededores, España

The goal of the project was to test and analyze the performance of a prototype of swash-plate expander to recover energy from the exhaust of a gasoline engine.Throughout the project, different tasks were demanded: • Configure experimental testing campaign (steady-state and transient tests) in order to describe the overall expander performance.• Post-process and analyze the experimental behavior of the expander (MATLAB). • Develop a methodology to analyze the Pressure-Volume… Show more The goal of the project was to test and analyze the performance of a prototype of swash-plate expander to recover energy from the exhaust of a gasoline engine.Throughout the project, different tasks were demanded: • Configure experimental testing campaign (steady-state and transient tests) in order to describe the overall expander performance.• Post-process and analyze the experimental behavior of the expander (MATLAB). • Develop a methodology to analyze the Pressure-Volume Diagram by means of piezoelectric pressure sensor.Skills developed: Testing, data analysis, thermodynamic modelling, turbomachinery concepts, fluid mechanics, automotive engineering. Show less

Valencia Y Alrededores, España

The goal of the project was to build and test a bottoming cycle in a turbocharged gasoline engine as Waste Heat Recovery system. Throughout the project, different tasks were demanded: • Design the Organic Rankine Cycle mock-up on an engine test bench and configure experimental testing campaign (steady-state and transient tests) in order to describe the overall cycle performance.• Post-process and analyze the experimental results obtained from the dual system Organic Rankine… Show more The goal of the project was to build and test a bottoming cycle in a turbocharged gasoline engine as Waste Heat Recovery system. Throughout the project, different tasks were demanded: • Design the Organic Rankine Cycle mock-up on an engine test bench and configure experimental testing campaign (steady-state and transient tests) in order to describe the overall cycle performance.• Post-process and analyze the experimental results obtained from the dual system Organic Rankine Cycle-Engine (MATLAB). • Obtain and quantify the potential of Organic Rankine Cycles for the use of residual energy in automotive applications.Skills developed: Testing, data analysis, thermodynamic modelling, turbomachinery concepts, fluid mechanics, automotive engineering. Show less

Zaragoza, España

Working in the Energy Recovery Plant, revising and adapting plant flowsheets. Producing Excel data sheets and reports to manage information in the Energy Recovery Plant (Boiler, Turbine), PIDs operation, learning the Distributed Control System (DCS) and identification of elements. Skills developed: Working in a Plant environment, learning new systems, teamwork, reports development.

Zaragoza, España

Working in the department of Technical Management, programming in VBA (macros Excel) to monitor economic data. Moreover, contributing to other functions related with SAP and data processing (dynamic tables). Skills developed: Learning capacity in new programming languages (VBA, SAP), creativity and teamwork.

Master'S Degree, Master'S Degree In Mathematical And Computer Engineering

Master In Business Analytics And Big Data, Big Data, Linux, Python, Sql, Pentaho, Hadoop, Spark, Python, Machine Learning, 9.73/10

Doctor Of Philosophy (Ph.D.) In Propulsive Systems For Trasportation, Internal Combustion Engines, Waste Heat Recovery, Organic Rankine Cycles, Cum Laude

The thesis contributes to the knowledge and characterization of Organic Rankine Cycles as a path to improve the global engine performance.

Master In Internal Combustion Engines, 9.1

Thermodynamic and mechanical aspects of Internal Combustion Engine, Waste Heat Recovery

Master In Renewable Energy And Energy Markets, Energy

Renewable energies (wind power, photovoltaic energy, solar thermal energy, passive solar energy, hydro electric plants, biomass).

6-Months Stay, Energy And Turbomachinery

Activities and Societies: Internal combustion engines, Technical change and the environment, Turbomachinery Erasmus

Industrial Engineering, Energy And Heat Transfer

Internal combustion engines, renewable energies, Simulation and instrumentation of thermal systems, fluid mechanics