JESUS — PLC Programmer

Design, documentation, and implementation of automated systems for industrial applications, following Industry 4.0 principles. Upgraded existing systems to improve automation efficiency. Selected and specified electronic components considering cost, availability, and industry standards. Programmed Siemens PLCs and designed HMIs for seamless user interaction. Provided technical support and troubleshoot ingduring implementation phases to optimize automation performance.

Led programming updates to reduce waste in production lines from ~20% to 8%, saving approx. $26,800 USD annually. Used Siemens S7 1200 PLCs to optimize airgun systems. Designed electrical circuitry aligned with budget and system needs. Integrated sensor logic to improve accuracy and reduce errors. Collaborated with cross functional teams to align electrical and automation design with production goals. Ensured safety and performance compliance through PLC logic tuning and documentation.

Designed and documented electronic systems for industrial use. Upgraded and optimized existing systems. Selected electronic components based on cost-effectiveness and compliance. Programmed Siemens PLCs and developed HMI interfaces. Provided troubleshooting and technical support for system deployment and optimization.

Programmed Allen Bradley PLCs for production automation. Performed start-up, maintenance, and optimization of electrical systems. Applied root cause analysis (5 Whys) to resolve automation issues. Led automation projects in the plastic injection area to standardize and enhance processes. Reduced maintenance downtime by 15% through design and implementation of automation solutions. Supported production teams with technical troubleshooting and improvement initiatives.

Black Belt Project Engineer (Project based) Designed a PLC-based system to monitor conveyor belt alignment, reducing machine waste by 10%. Generated estimated annual savings of $81,484.43 USD through improved efficiency. Worked with maintenance to implement preventive routines and optimize machine up time. Delivered operator training and technical documentation. Ensured real-time monitoring and timely interventions using sensors and automated alerts.