Accountable for leading the overall end to end design, as well as the design of standard software configurations.Technical architect, influencer and leader of small to medium projects for solution architecture implementations.Delivers solution delivery blueprints including but not limited to application diagrams, physical architecture, and others.Translates non-functional and functional requirements into end to end analytical solution designs, ensuring solution aligns with business goals

• Led Work Standardization Project implementation along with supporting team, measuring related KPI's• Conduct Data Analysis for decision-making (Power BI, SQL, Primat as tools) • Lead and propose improvement projects impacting quality, cost, losses, and or deliveries• Being an expert and support the production and supporting teams for all queries related to the product / process / systems used in production• Responsible of introducing digitalization platform to process based on IoT• Review Daily, weekly, and monthly performance metrics to establish an improvement strategy and determine appropriate actions.

• Responsible for leading continuous improvement methodologies, mainly 6 sigma project: Achievements: - Increasing sigma from 3 to 4. - Waste reduction up to 26%• Conduct TPM implementation (during 3 stages)• Lead Work Process Standardization Project for the whole production area• Provide day-to-day engineering support to the Production Department•Active participation on evaluating cost-impact on projects

• Perform case studies to develop new database model.• Active participation on new projects, performing business process management (BPM)• Develop store procedures using SQL for migration process• Customize frontend according to costumer needs, using HTML, CSS, JavaScript• Perform QA test for main web apps• Program backend using java

PROCESS ENGINEER AT DETAIL PHASE OF SINOVENSA PROJECT EXPANSION FROM 105 MBP TO 165 MBP AT MORICHAL AND JOSE AREAS.Accomplished jobs related to EPC Project, such as:- Participation in Hazop study of Produced Water Treatment Plant.- Modification of P&ID, operating and control philosophy of Desalting and Dehydration Plant,Blending Unit and Water Treatment Plant.- Intervention at risk analysis of Fire and Gas system of Blending Unit.- Study of introduction of instrumentation for Water Treatment Plant.- Establish communication between Vendor´s and Engineering department.

Intership at Distillation process area, specifically in Atmospheric Distillation Unit know as DA-1. The main job was focussed in making an evaluation of prevailing process conditions at that time due to this unit was receiving a new oil load (old oil load was Merey 16) based on Mesa 30. Likewise, the following objectives were accomplished:- Mass and Energy Balance in the Unit, running with this new oil load.- Updating PFD and P&ID, by making field surveys.- Calibration of measurement system; mostly orifice plates.- Suggestions were made, for improving the process based on this study.Pasantía en el área de proceso de Destilación, específicamente en la Unidad de Destilación Atmosférica, conocida como DA-1. El trabajo principal se centró en hacer una evaluación de las condiciones del proceso que imperantes en ese momento, debido a que la unidad estaba recibiendo una nueva carga de crudo (la antigua carga de crudo era Merey 16) basada en Mesa 30. En este sentido, se lograron los siguientes objetivos:- Se realizó un Balance de Masa y energía en la Unidad, con la nueva carga de crudo.- Actualización de DFP y DTI, realizando levantamientos de campo.- Calibración del sistema de medición; principalmente formado por placas de orificio.- Sugerencias para mejorar el proceso sobre la base de este estudio.