M. Augusto Maidana Silanes Email & Phone Number

Barcelona, Cataluña, España

Barcelona, Cataluña / Catalunya, España

Management of the GS-Construction project and everything related to it in Europe.GS-Construccion is an ERP software specially developed to carry out a perfect control and monitoring of the works executed by a construction company and project manager.GS-Construccion allows to collect in a single tool all the information about the company's processes, making it possible to know the status of the work and the management of the materials received at all times, as well as to issue invoices… Show more Management of the GS-Construction project and everything related to it in Europe.GS-Construccion is an ERP software specially developed to carry out a perfect control and monitoring of the works executed by a construction company and project manager.GS-Construccion allows to collect in a single tool all the information about the company's processes, making it possible to know the status of the work and the management of the materials received at all times, as well as to issue invoices or compare offers for material orders.Los ERP de GS se implementaron en un entorno de desarrollo integrado de Softvelocity llamado Clarion. Esto se basa en el lenguaje ARAD (Advanced Rapid Application Development). Mientras que la base de datos se implementó en SQL. Show less

Barcelona, Cataluña / Catalunya, España

Administration and supervision of the Eventzum project and everything related to it.Responsible for product management, research and design of the user experience (UX), analysis, marketing and sale of the product.Responsible for the engineering team and for implementing the technical strategy to improve the final product. Technical responsible for the development of the project and the perfect operation and execution of the application.

Barcelona Y Alrededores, España

In the last three years within the “Torres Quevedo Programme”, I implemented thenumerical model FLOOTSI. This model, which is based on GIS-GPU, was developedto simulate floods and tsunamis within other water-related hazard applications(http://www.cimne.com/flootsi). The objective of this project was to develop applicationsand to integrate them with the most advanced computational technologies thatcan obtain flooding “real-time simulations”. These real-time simulations are… Show more In the last three years within the “Torres Quevedo Programme”, I implemented thenumerical model FLOOTSI. This model, which is based on GIS-GPU, was developedto simulate floods and tsunamis within other water-related hazard applications(http://www.cimne.com/flootsi). The objective of this project was to develop applicationsand to integrate them with the most advanced computational technologies thatcan obtain flooding “real-time simulations”. These real-time simulations are ascertained byusing efficient algorithms that make an adequate use of the computational resources (memory,caches, etc.) and are programmed to use the modern heterogeneous parallel computingsystems (CPU+GPU). Another main goal is to allow this computational application to beremotely accessible using public cloud service, also known as “Cloud Computing”. In thisway, the final product will have the possibility of being applied to natural disasters relatedwith water, such as simulations that are due to floods, tsunamis, storm surges, dam breaks,harbor resonance, etc. Usually, all of these scenarios generate a high social impact by provokingthe loss of innumerable human lives and huge material damages with high economiccosts and political impact. To give continuity to the FLOOTSI model, a new GIS-GPUbased model is being implemented to assess building vulnerability related to these naturaldisasters. Show less

Barcelona Y Alrededores, España

In 2007, I became part of the research staff of the International Centre for Numerical Methodsin Engineering (CIMNE). Since then I have taken part in over twenty (20) nationaland international R&D projects collaborating with some of the most important organizationsand companies that are leaders in the renewable energy industry such as IberdrolaIC. Another key task has been writing and submitting proposals, and acting as a projectcoordinator in several national and EC funded… Show more In 2007, I became part of the research staff of the International Centre for Numerical Methodsin Engineering (CIMNE). Since then I have taken part in over twenty (20) nationaland international R&D projects collaborating with some of the most important organizationsand companies that are leaders in the renewable energy industry such as IberdrolaIC. Another key task has been writing and submitting proposals, and acting as a projectcoordinator in several national and EC funded R&D projects calls. As a result of this activity,I specialized in the development of numerical methods for a wide range of engineeringproblems such as the development of innovative methods in fluid-structure interaction;non-linear analysis and safety studies of structures; shape optimization in structural andfluid dynamic problems; computational fluid dynamics studies; mesh generation and visualizationinterfaces; program parallelization over shared and distributed memory computingtechniques. Some examples are studies on renewable marine energy devices, the numericalsimulation of offshore wind turbines, Aerodynamic, hydrodynamic and structural coupling.I also worked in the development of a coupling interface to the FAST Wind Turbine CAETool of the National Renewable Energy Laboratory (NREL). This coupling interface hasenabled CIMNE to couple FAST with their Seakeeping tool (SeaFEM) to simulate theoffshore wind turbines and their aeroelastic, structural-dynamic and hydrodynamic interaction. Show less

Barcelona Y Alrededores, España

Modelling and simulating of marine currents, waves and tides. Transport and dispersion of pollutants. Environmental surveillance and modelling. Participation in oceanographic campaigns to take measurements and environmental monitoring. Study and consulting in the field of physical oceanography, harbour and coastal engineering.

Doctor Of Philosophy (Phd), Civil Engineering

In this thesis a finite element model was developed, named HELIKE, for the numerical simulation of the three-dimensional, turbulent.

Master'S Degree, Numerical Methods In Engineering

Bachelor Of Applied Science (B.A.Sc.), Construction Engineering