Rodolfo Montero

Electrical Engineer with a strong foundation in power distribution, systems design, and control systems. Proven track record with in managing 30+ electrical projects across commercial, residential, and industrial sectors, emphasizing low-voltage systems, SCADA integration, and control panel design. Currently preparing for the FE exam to achieve professional licensure. Bilingual in Spanish and English with exceptional project management and team leadership capabilities.

• Designed and implemented electrical systems for the Tiemann Wastewater Treatment Plant in Taylor,  Texas. The project included an influent lift station, aeration basin, clarifiers, and sludge systems  (RAS/WAS).  

• Developed a 600A, 480/277V, three-phase electrical system powered by a 300 kW diesel standby  generator.  • Created electrical layouts for an electrical building housing control rooms for chlorine, non-potable  water pumps, and alum systems.  

• Engineered a distribution panel with an automatic transfer switch and three 100 HP blowers for the  aeration system.  

• Collaborated with the civil team and contractors to manage post-design changes and ensure project  adherence to schedule.  

• Integrated a SCADA system for real-time monitoring of plant operations.

•Designed electrical systems for a water booster pump station with a capacity of one million gallons  per day (MGD), expandable to two million MGD.

• Developed the electrical design featuring a 1200A, 480/277V three-phase service and a 750 kW  diesel standby generator.

• Engineered layouts for four 200 HP booster pumps with Variable Frequency Drives (VFDs) and  provisions for future system expansion.

• Designed SCADA integration for real-time system monitoring and control.

• Managed coordination between SCADA contractors, electrical contractors, and utility providers to  ensure timely project delivery.

• Led the electrical design for HVAC system upgrades at Presidio Middle and Elementary schools, a  project valued at $3.76 million.

• Designed electrical systems for 52 air handling units (AHUs), heat pumps, and 44 rooftop units  (RTUs).

• Managed upgrades to panel boards and upsized conductors and raceways to meet the new system's  power demands.

• Oversaw the bid process, including reviewing contractor bids and issuing addendums, and  conducted site inspections to ensure compliance with specifications.

• Engineered electrical systems for a lift station featuring two 134 HP pumps controlled by VFDs with  harmonic filters.

• Designed a 500A, 480/277V three-phase service, a 300 kW standby generator, and a distribution  panel with an automatic transfer switch.

• Developed SCADA and instrumentation systems for efficient monitoring and control of the lift  station.

• Worked closely with civil engineers and contractors to handle design changes during construction  and ensured project adherence to deadlines.

• Designed electrical systems for a lift station and stormwater pump station featuring 100 HP and 50  HP pumps.

• Designed a 600A, 480/277V service for the lift station and a 230 kW standby generator with an  automatic transfer switch.

• Engineered custom control panels and integrated SCADA for monitoring system performance.

• Coordinated closely with clients, contractors, and the utility to ensure project milestones were met.

• Designed and upgraded electrical systems across eight different sites, including services ranging  from 100A to 1200A.

• Installed generators with capacities from 50 kW to 600 kW, including full SCADA integration for  system monitoring.

• Upgraded service entrance disconnect switches, automatic transfer switches, and panelboards for  critical power systems.

• Collaborated with civil engineers, contractors, and utility companies to ensure seamless  implementation and on-schedule delivery.