Dr. Rodolfo Briones

- NLP analysis & processing of audio data with Python - Development & implementation of real-time processing (IoT) of audio signals - Management & administration of multimedia workstations and NAS server - Introduction of advanced visualization (Seaborn), interactive plots (Plotly) & statistical analyses for Data-Science projects with Python as Freelancer

NGS Data, SQLite and Redis databases within Docker/EC2 AWS Pathogenicity of SNPs and its relationship with Protein Structure

- Development of an ensemble method useful to identify protein & ligand structural fingerprints - Development and research of static & oscillating electric-fields effects on membrane proteins - Invited speaker & computational biophysics scientific consulting at MiNICAD Biomedical research centre, Universidad de Chile - Scientific- & High-performance-computing (HPC) hardware consulting at Bioinformatics Centre, Universidad de Talca - Invited speaker & computational biophysics teaching at Universidad de Talca

- Postdoctoral researcher in Protein–Lipids interaction biophysics probed by MD simulations & advanced data analyses - Development, testing, & implementation of a predictive ML methodology of high-dimensional (>100) & dynamical datasets - Software development of 3 advanced visualization methods for biophysical data - Coordination & execution of interdisciplinary research projects involving: Molecular Biology, Electrophysiology, NMR, X-Ray, CryoElectron Microscopy, Organic Chem., & Math. researchers

- Bioinformatics and computational chemistry postdoctoral researcher in modelling of ion channels proteins at an experimental lab (Molecular Biology & Electrophysiology) - Management & administration of the computational resources for the bioinformatics, biophysical modelling & advanced visualization of ion channel proteins and their mutations

Focus: Computational Chemistry & Bioinformatics of proteins of biomedical interest. Bio-inorganic Chemistry, Quantum Chemistry, Molecular Modeling, Membrane Proteins, Ion Channels Thesis: "Theoretical and Computational Study of Anionic Selectivity and Gating Mechanisms of CLC Chloride Channels"

Focus: Cheminformatics & Computational Chemistry of antiparasitic compounds. Physical Chemistry, QSPR Thesis: "Computational Chemistry of Antitrypanosomal N-Oxide Compounds"