The Master in Fullstack Web Development will develop my abilities to create web applications, using the most current technologies. Strengthening my profile to a complete programmer who is capable of developing both the front-end and the back-end of a web application and that allows me to access the most interesting job offers in the sector. In the Professional Master in Fullstack Web Development you will master these technologies to create dynamic web applications, using HTML, CSS, JavaScript, Angular, React, PHP, use of APIs, use of databases, such as MySQL (Maria DB), non-relational databases (Mongo DB) and to connect to a database from PHP. Developing secure applications, which guarantee the privacy and security of information, attending to criteria of usability, robustness, efficiency, secure software and communication protocols. In addition, you will program web applications with Laravel, using Blade as a template system, interacting with the database through Eloquent, creating dynamic web applications with TALL (Tailwind, Alpine, Laravel, Livewire), and using Jetstream for user authentication. We will use agile methodologies for project management (Agile, Scrum) and version management (Git).

Spanish company responsible for the project to automate the entire process from the extraction of LNG gas to the filling of trucks using a loading skid at the Gas Vesubio plant, in Ecuador. Automation carried out with the Siemens SIMATIC S7-300 DCS system for control and supervision, and for the fire and gas detection system the Honeywell HC900 with redundant C75 CPU controller.Functions: Verify, assembly and check the correct operation of the instrumentation in the field. Continuity tests, loop tests, communication tests. Communication configuration of the different teams. Checking, review and validation of the previous documentation delivered by the client. Daily monitoring and reporting.

Schedule and supervise the execution processes of maintenance activities in the specialties of Instrument, Electrical and Mechanical, in the production facilities, by applying the rules, procedures and corrective, preventive and predictive maintenance plans, using optimally the material, human, financial and existing infrastructure resources in order to guarantee the availability, reliability and operational continuity of the production systems.Responsibilities:Supervise the execution of the preventive and corrective maintenance programs of the production facilities, through the continuous monitoring of the activities associated with said program.Recommend modifications, replacements, repairs and / or additions in the different production operations facilities, through an analysis of their operability and functionality.

Responsibility for inspecting and managing activities for the Implementation of a Border Fuel Control System (SISCCOMBF), which consisted of automating vehicle gasoline consumption through programmable logic controllers, computers and user interfaces; In this process, the 156 gasoline service stations were automated for control and supervision; achieving like this:• Unauthorized diversion of fuel.• Optimal control in the transportation of fuel to service stations on the border.• Avoid illicit transit of fuel from the moment it is recorded in the inventory system until its distribution at the Fuel Stations.• Tanker monitoring and distribution from the loading plant to the gasoline or other derived product unloading site.• Establish a plan for the necessary production in the West of the Country in Fuel Distribution of 500 MBGPD, through the control and supervision of the corresponding automated systems.Achievement: Minimize the illegal extraction of liquid fuel across the borders with Venezuela, which cost the country approximately 5,000,000 Bolívares Fuertes per day; information provided by the Ministry of Popular Power for Energy and Petroleum (MPPENPET).Skills obtained• Staff Administration.• Preparation of technical documents, technical specifications, conceptual engineering, detailed engineering.• Preparation of laboratory testing protocols and on-site tests.• As well as a project inspector, have knowledge of safety and hygiene at work, occupational safety.

Actively participate in evaluations of products, methodologies and comprehensive solutions for information technologies, automation and control; managing from the evaluations of new technologies and the preparation of technical specifications of the different projects, hiring of personnel, monitoring, control and execution of projects; promoting the efficient use of the current infrastructure of Petróleos de Venezuela S.A. (PDVSA) and the integration of successful experiences, following international quality standards and norms, which guarantee a high return on investment based on business requirements.Likewise, evaluate technological changes on a global scale, to anticipate new opportunities with a strategic sense, responding to development requirements/opportunities and proposing the acquisition of emerging technologies for business and common services, using interaction networks with the highest authorities. in the technological field, with medium and long-term impact; allowing the development of new methodologies, regulations and tools for the AIT (Automation, Computing and Telecommunications) technological research process and the formulation of new opportunities, documenting them and incorporating them into the Corporation.Responsibilities:Analyze, evaluate and develop new information technology trends and their applicability in the oil business, with the best technological standard and at the lowest possible cost.Skills obtained: In project management. Manage hiring staff. Evaluation of computer technologies. Prepare technical documents such as technical specifications, conceptual engineering, detailed engineering, test protocols.

Responsible for supervising the team of automation support engineers in charge of preventive and corrective maintenance of the different computer supervision systems (IHM), as well as the PLCs and instrumentation of the PDVSA automated platform.The Gas Compression Plants of the Associated Gas Management of PDVSA have the capacity to produce around 967.4 million standard cubic feet per day (MMPCEPD) and are made up of a total of 107 turbo compression units, each with its own system. automated.Skills obtained• Manage staff• Develop and manage maintenance plans• Prepare management reports.• Knowledge of occupational safety and hygiene at work.• Management of maintenance crews.• Preparation of work permits

Engineer responsible for the maintenance of automation and control systems equipment such as computers, programmable logic controllers (PLC), supervision systems (SCADA) of the PDVSA gas compression processes.Skills obtained• Repair and configure computers• Create network cables• Prepare and execute maintenance plans.• Prepare maintenance reports,• Knowledge of occupational safety and hygiene at work.• Prepare work permits

Ingeniero responsable de diseñar, ejecutar, desarrollar y probar las interfaces de usuario (despliegues) y sus bases de datos a su vez, armar y preparar ordenadores, instalar y configurar sistemas operativos, instalar diferentes softwares relacionados a los diferentes sistemas de control y adquisición de datos en tiempo real (SCADA) para las diferentes instalaciones y procesos de producción de PVDSA Occidente, tales como: plantas de compresión de gas, estaciones de flujo, múltiples de inyección de agua.