Diego Carriel Lopez

External Lecturer for Bachelors Students in the subject of Prompt Engineering

EFOR-Soladis (Food Industry). Technical Lead & Project Manager 2024, France - Led development team in creating custom database management solution - Lead development of TimeSeries Analysis application from IOT infrastructure - Designed n-tier web application architecture with React/NextJS frontend and Django backend - Implemented secure data synchronization and validation systems - Deployed infrastructure using Docker and Azure DevOps on Azure Environment - Created comprehensive data validation and audit trail mechanisms EFOR-Soladis. . Technical Lead 2024, France - Led AI technology evaluation and integration projects using LangChain and Vector DBs - Implemented RAG systems with Chroma and Faiss - Developed REST APIs using FastAPI and integrated with VueJS/Quasar frontend - Ensured scalability and security in AI implementations - Used Neo4J for complex data relationships - In charge of recruiting Technical Profiles for ML and IT projects

Chef de projet en Biochimie dans le Domaine de Drug Discovery (Affinity Selection-Mass Spectrometry)/ Data Scientist - Gestion de projets ASMS - Relation client - Veille Scientifique - Développement des Méthodes et exécution d'expériences en Biochimie - Analyse de données des expériences ASMS - Analyse statistique des Big Data - Développement de scripts d'analyse (Python, C++) - Visualisation de données et développement des applications Web (React, VueJs) - Déploiement Applicatif (Flask, Django, ExpressJs) - Développement des pipelines d'analyse de données - Mise en place de bases de données SQL, NoSQL

Développement des applications VueJS avec Quasar

Je suis un analyste développeur débutant passionné par les sciences et technologies. J’ai suivi une POEI afin de devenir développeur full stack d’applications Web. Pendant les 3 mois des formations j’ai pu participer à la création d’un logiciel bancaire en utilisant les technologies Angular, NodeJs, Java EE, Spring, Hibernate. Mon parcours initial m’a permis d’acquérir une ample gamme d’expériences et connaissances dans la recherche scientifique et dans la gestion des projets scientifiques. Langages: - HTML/CSS/JS - Java - SQL - Python ( Scripts, Analyse de données : numpy, matplotlib, pandas) - Bash Frameworks; Spring/Hibernate/Angular/React WebServices: REST/SOAP Methodologie Agile

Skills: Services web RESTful · MySQL · Python · Programmation · Java · Bash · SQL · Développement front-end · Hibernate

Title: Structure-function relations of the lysine decarboxylase of Pseudomonas aeruginosa . The project consisted in understanding the role of the lysine decarboxylase in P. aeruginosa by using a multidisciplinary approach that combinent molecular biology, biochemistry, microbial physiology, structural biology and molecular philogeny. The project allowed to develop management skills, troubleshooting, critical thinking, collaborative brainstorming, expertise in bacterial physiology and metabolism as well as technical skills in all the disciplines noted above.

Interaction between the viral nucleocapsid of Nipah virus and the viral phosphoprotein Purification of recombinant viral nucleocapsid by ultracentrifugation by CsCl, Sucrose and Glycerol gradients. Purification of C-Terminal domaine of phosphoprotein by Affinity Chromatography, Size Exclusion Chromatography. Analysis of protein conformation in different ionic force conditions, pH, thermal denaturation,chemical denaturation by Circular Dichroism. Calculation and analysis of thermodynamic parameters (heat capacity, solvent accessible surface area) of phosphoprotein c-terminal domain. Measurement and analysis of protein dynamics and conformation by SAXS, Guinier Radius, molecular modelling by ATSAS (EMBL). Measurements and analysis of Stokes Radius, protein conformation and dynamics, by SEC-MALLS. Characterization of molecular interactions between recombinant nucleocapsids and phosphoprotein of nipah virus using SPR (Surface Plasmon Resonance)

Recognition of lesions in DNA caused by UV rays (Joanna Timmins' Team) Study of the binding of the protein UvrA from Deinococcus radiodurans to DNA lesions. EMSA (Electrophoretic mobility shift assay) Purification of recombinant protein: Affinity chromatography, Ion exchange chromatography and Size Exclusion Chromatography Fluorescence anisotropy