Daniel Elizondo Email & Phone Number

Grenoble, Fr

Grenoble, Fr

Grenoble, Auvergne-Rhône-Alpes, France

- IP management- R&D of biomechanics and surgical methods- Development of PoC

Grenoble, Auvergne-Rhône-Alpes, France

Biomechanical R&D and medical software development

Grenoble, Auvergne-Rhône-Alpes, France

- Development of a C++ library for image and mesh processing.- Development of biomechanical algorithms for the orthopedics digital twin automated pipeline.- Numerical simulations of knee prosthetic devices in Ansys LSDyna and data processing in Python.

Strasbourg, Grand Est, France

Research engineer in charge of the biomechanical hub (pôle biomécanique) of the ICube laboratory (CNRS UMR 7357), IRIS platform. My missions are:- Management of the biomechanical hub (users, service provision).- Support for the biomechanical research area.- Operation and training of the universal testing machines.- Development of a 3D (stereo) digital image correlation system.- Design of customized experimental machines.- Execution of biomechanical finite-element simulations.

Strasbourg, Grand Est, France

Parttime lecturer at the Faculté de Physique et Ingénierie (Physics & Engineering School) as a PhD student (contrat doctoral, 128 hours), as an ATER (Attaché Temporaire de l'Enseignement et de la Recherche 96 hours), and as a Research Engineer (16 hours) teaching:- Dynamical Mechanical Systems workshop for bachelors students.- Finite Element Simulations (Abaqus) for master students

Strasbourg, Grand Est, France

PhD Consultant (Doctorant-conseil) in signal treatment and finite-element analysis for larynx-based projects.

Monterrey Y Alrededores, México

Finite element analyst for exhaust emission systems. The main functions are:- Pre-processing and meshing in detail the hot-ends and cold-ends using Altair HyperMesh (13.0).- Processing and post-processing the FE models using Abaqus (6.14) and Ansys (14.5) as solvers.- NVH analysis (modal, random response, harmonics & response spectrum analyses) for hot-ends and cold-ends. - Thermal analysis (thermal stable response) for hot-ends. - Testing correlations with fixtures and physical tests. - Bending, thermo-mechanical and vibration fatigue analyses for low-cycle and high-cycle using Ncode software.- Acoustical simulations for mufflers and resonators using GT-Power.

Querétaro Y Alrededores, México

In charge of new manufacturing projects for the recently developed aircraft engine LEAP®. The main functions developed during the short stay were:- An automated reporting system used to validate CNC tools for the manufacturing process. - The start of a new machining requirements case for the new aircraft engine.

Monterrey Y Alrededores, México

Temporal position for the course: Introduction to Engineering for Industrial Designers, for a total of 80 hours. The main content was:- Basic skills for electrical design (Ohm's Law, Kirchhoff's Law, Power in lighting and motors)- Basic skills for mechanical design (Power's Law, Mechanical joints, Structural design)- Basic skills for hydraulics & pneumatics (Hydraulical and pneumatical schematics, Pascal's Law)- Coaching for a short-term project.

Monterrey Y Alrededores, México

Working at the Brain-Computer Interfaces' (BCI) Lab. The main functions were:- Learn how to build a basic BCI using the open-source software BCI2000 and the EEG data acquisition system B-Alert X10. - Participate as volunteer for BCI experiments using the imaginary movement paradigm.- Development of ECG processing algorithms using the MATLAB software.

Lyon Y Alrededores, Francia

Development of a characterization system for ultrasonic medical devices. The main functions were:- Design and build a physical testing unit in order to collect the ultrasonic pressure fields from the medical devices. All the data were, then, processed under the MATLAB software. - Development an automated electro-acoustical impedance meter using a network analyzed, a power meter and a high precision balance. All the instruments were linked and operated under the MATLAB software.- Design and tuning of a high-frequency, high-power automated switching system for the ultrasonic medical devices.

Doctor Of Philosophy - Phd, Biomechanics

PhD in Biomechanics, with a thesis work related to bone numerical simulation (FEM) and orthopedic fixation devices experimental testing.

Master'S Degree, Mechanical Simulations And Computer Engineering

Master'S Degree, Bioengineering And Biomedical Engineering

Research master in Biomedical Engineering, specialized in Biological Signal Treatment (EEG, EMG, ECG, BCI)

Mechatronics Engineer, Mechatronics, Robotics, And Automation Engineering