Manuel A. Diaz Email & Phone Number

Frasnes-lez-Gosselies, Walloon Region, Belgium

I currently work on High-Fidelity CFD for Turbulent Flows and Acoustics applications.

Poitiers, Nouvelle-Aquitaine, France

Researcher in computational aeroacoustics simulations for source identification and characterization

Poitiers, Nouvelle-Aquitaine, France

During this appoinment I collaborated in two projects:1. ISAE-ENSMA - the extension of the COMPACT3D framework and development of a new IBM-Fortran03-MPI strategy.2. Univ-Poitiers - the study of wave packets with the conventional time-reversal technique to develop new deconvolution techniques.

Poitiers, Nouvelle-Aquitaine, France

I'm working as a CFD specialist on an extension of the COMPACT3D (a Fortran-MPI solver) to simulate and describe aeroacoustic propagation produced by immersed objects within anechoic wind tunnels.

Paris 06, Île-de-France, France

I'm working as a C++ / MPI / Python specialist for developing a "Parallel Discontinuous-Galerkin Message-passing Solver" (ParadigmS) for La Sorbonne Université. During my stay at Sorbonne, I was introduced to the field of Data-Assimilation. I investigated the possibility of locating acoustic and aeroacoustic sources using this technique. A manuscript with.

Miaoli County, Taiwan

• I'm currently working as a CFD specialist developing algorithms for modeling nonlinear acoustic propagation using C/C++. During this time I have become acquainted with high-performance computing technologies and.
• To develop a conservative and accurate model and a numerical algorithm for describing nonlinear acoustic propagation including shocks.Tools and workflow: ==============
• I use Mathematica 8.1 to develop and test initial mathematical models and visualize their properties.
• I use Matlab to build one- and two-dimensional prototypes for exploring discrete algorithms.
• For larger problems, I build production codes for discrete algorithms using C/C++.
• To speed up the computation of a problem, I normally incorporate OpenMP and MPI functionalities in my algorithms.

Taipei, Taiwan

• Became TA for the class of Electrodynamics (2013-2014) in the Institute of Applied Mechanics (IAM). While at the same time I performed as LaTeX, Matlab and C code curator for the Laboratory 007 in IAM..
• Manage the Linux-based PC-cluster.
• Handle and run simulations with Fortran and Matlab into the PC-cluster.
• Helped Prof. J.Y. Yang to debug and edit journal manuscripts with LaTeX.
• Helped master students deploy and debug their algorithms in Matlab.
• Mark student's homework and report grades.

Taipei City, Taiwan

At the Institute of Applied Mechanics (IAM), my researched numerical methods and techniques to model classical and quantum gases using the semiclassical BGK model of the Boltzmann Equation.

El Salvador

• I was appointed by Mr. Hermes Landaverde for developing conceptual design and initial blueprints of water gates, mechanical cranes and water pipes for the small and medium-sized hydropower plants using AutoCAD and.
• Produce 3d conceptual design for cranes and displacement mechanisms.
• Design pressure pipes and connections from water intake to inlet of turbine.
• Produce conceptual design of water gates in distribution channels.Tools and Workflow:==============
• I performed all my engineering calculations for every element in separate MS. Excel worksheets.
• I used AutoDesk Inventor to draw 3d prototypes of every element on my design.

El Salvador

• During my senior year at college, I became TA for the class of material Mechanics. Moreover, I was invited by Ing. Mario Chavez to collaborate with the Energy and Fluids Mechanics department to perform measurements of.
• Produced field measurements work: namely collect pressure and temperatures values along the selected points in the distribution path.
• Helped to analyze the data from the measurements.
• Helped to summarize and write the final report of the study.
• Mark student's homework and report grades.Accomplishments:=============
• Detected lossless in the steam distributions of two textiles and one food industry. Allowing them to make corrections and produce savings.

Ph.D. In Applied Mechanics, Computational Fluid Dynamics (Cfd), 3.85/4.2

Activities and Societies: Foreign Students Association (NTUFSA) -- Publicity Coordinator (2012-2013) I was accepted to pursue graduate.

Mandarin Learner, Standard Chinese, 62/80

Activities and Societies: NTNU Dragon Boat Team (2010) I became a full-time student of Mandarin at the Mandarin Training Center in NTNU.

B.Sc. In Mechanical Engineering, Engineering Design, 8.23/10.0

Activities and Societies: Member of Salvadorean Association of Industrial, Mechanical and Electrical Engineers (ASIMEI) Accomplished a.

Tech. In Mechanical Engineering, Mechanical Drafting And Mechanical Drafting Cad/Cadd, 9.5/10

Activities and Societies: Member of 'Las naranjas mecánicas' soccer team (2005) Concentration: • Mechanical Drafting • Machine Tool.