Jose Alberto Romero Pérez

Led the electrical planning and development of conveyor systems for filling and packaging lines (PET, glass, and can formats).

Engineered load, power, and SCCR calculations, considering integrated third-party machinery and field signal collection through strategically placed field boxes.

Defined bill of materials for electrical cabinets, including protection devices, VFDs, PLCs, I/O cards, safety components, and power distribution systems.

Designed control and power electrical cabinets, adhering to UL and IEC standards.

Developed electrical schematics for automation systems and conducted the layout design of mounting plates, ensuring optimal device placement and regulatory compliance.

Oversaw electrical cabinet assembly, coordinating with technical staff to streamline integration and improve assembly efficiency.

Developed and simulated an automated pneumatic control system for an asphalt plant.

Engineered and tuned PID control systems for precise DC motor speed regulation.

Designed and implemented a standalone photovoltaic system for AC and DC load supply.

Developed and implemented LabVIEW-based PID control systems for precise temperature and humidity regulation in controlled environments.

Engineered and developed a single-phase semi-converter with cosine-trigger firing circuit.

Designed and developed DC-DC and DC-AC power converters.