Maikel Ochoa Vaamonde Email & Phone Number

Chile

Design of control systems, selection of instrumentation and commissioning of BMS systems

Santiago, Región Metropolitana De Santiago, Chile

Software developer in C#, .Net, javascript, HTML, CCS, php, python, VB

Santiago, Región Metropolitana De Santiago, Chile

I conducted the calibration of various equipment encompassing different magnitudes, including pressure, temperature, mass, and flow. These devices comprised both analog and digital instruments.

Región Metropolitana De Santiago, Chile

Control system, instrumentation and commissioning

Santiago, Región Metropolitana De Santiago, Chile

Design and Updating of As-Built Plans for Control Architecture, Control Panels, and Conduits for Manifold C-CNT Automation in the Entel Tower

Carabobo, Venezuela

I led projects for the design, installation, and programming of PLCs from renowned brands such as Allen Bradley, Siemens, and Schneider Electric (M340). Additionally, I was responsible for analyzing and detecting faults in existing equipment.I developed and programmed HMI's and SCADA systems using Factory Talk View (ROCKWELL) and TIA Portal (Siemens), enabling effective visualization and optimal control of the systems.I carried out meticulous component selection and calculation for installation in control and power electrical panels, known as CCMs, ensuring safe and efficient operation.I created detailed electrical diagrams for various projects using Eplan Electric P8 software, guaranteeing accurate and clear documentation for system implementation and maintenance.

Miranda, Venezuela

My role involved leading projects for the installation and software updates of PLCs and identifying electronic faults in production equipment. I developed preventive and corrective maintenance plans in the electronic and electrical domains to ensure production continuity.Key Responsibilities:-Updating and backing up PLC programs.-Analyzing and detecting faults in production equipment.-Assembling electrical panels and repairing electrical and electronic faults.-Performing preventive and corrective maintenance on electrical/electronic systems in production lines.-Implementing enhancements in equipment and machinery.-Drafting technical reports on faults and maintenance activities.-Handling maintenance tasks for complex cases.-Participating in planning meetings.-Managing the inventory of tools and spare parts.-Strictly monitoring activity completion.My role ensured production efficiency and continuity by minimizing downtime and effectively addressing electronic and electrical issues.

Guarenas, Venezuela

Responsible for leading projects involving the installation of personnel attendance control systems, including access controls and fingerprint biometric devices. Additionally, I supervised the installation of alarm and siren systems on emergency doors in buildings, as well as the implementation of fire alarm panels and detectors from renowned brands such as Sovica and Bosch.My primary responsibility included the prompt resolution of any issues or malfunctions in any of the aforementioned systems. This involved efficient resource management, coordination with technical teams, and a rapid response to ensure the safety and uninterrupted operation of these critical systems.

Caracas, Venezuela

During my internship, the project focused on the creation of an electronic alarm system designed to detect and report faults within CORPOELEC's electrical substations. This system involved the construction and implementation of an electronic solution that incorporates a communication protocol, allowing interaction between the main station and substations through a SCADA system. The main objective is to accurately identify faults and carry out the necessary corrections.The project's methodological approach is based on its feasibility and is developed at a descriptive level, supported by documentary and field-based design. In terms of project hardware, the PIC18f4520 microcontroller and Ethernet controller were used. The microcontroller is responsible for managing multiple alarm input points, while the Ethernet controller provides remote connectivity to the equipment. As alarm indicators operate at different voltage levels (24V, 48V, and 125V), adaptation was implemented using optocouplers and current-limiting resistors, allowing their connection to the microcontroller.Finally, the project's software was developed in Visual Basic 6, allowing the remote visualization of various alarms on a PC.