Ing. Facundo Farfan Taibo

I Manage efficient a team up to 45 employees plus subcontractors, in the areas of mechanical and electrical maintenance, instrumentation, services, building and spare parts store. Supervise employee performance, safety, maintenance budget, preventive maintenance, KPI, audits. Increase in production availability by 7% due to mechanical failures. Optimize warehouse supply levels to keep stock within ideal parameters for expected needs, 30% reduction in obsolete spare parts.

Supervision of 26 electrical and mechanical maintenance technicians, administrator and analyst engineer. Fully manage Preventive, Corrective and Predictive maintenance. Two plants in charge with 6 productive lines. Achieve the figure of leadership to have a follow-up of the technicians and administrators forming a solid work team, unifying the electrical maintenance sector with the mechanic. I develop preventive plans that improve electrical availability by 5% and mechanical availability by 9%.

Coordinate tasks and projects between planned maintenance staff, autonomous maintenance and contractors to meet the objectives and work within the stipulated time. Scheduled and undertook periodic and evolutive maintenance. Developed process improvements to increase reliability and equipment performance, by 20% in the 4 candy wrappers. Performed troubleshooting and repair for complex equipment. Planning and then coordination of maintenance at the annual plant stop, reducing it from 12 to 10 hours.

Part of my daily job was actively listened to customers, handled concerns quickly and escalated major issues to supervisor. Developed team communications and information for meetings. I fully Automate the preparation of chocolates in the pasta preparation plant, for the loading and mixing of oils and powders, it was possible to reduce the operators from 4 to 2. Implementation of the TPM system, in the 6 steps of maintenance planned for new production line of Chewing Gum.

I have pinpointed cost-effective process improvements through simulation of potential process alterations, discovering optimal enhancements without interrupting live production efforts. Analysis and interpretation of vibrations of cold rolling mill. Conformation of method for the real-time prediction of the vibrations in order to avoid trepidation in the process, reducing stops due to cuts by 11% (total availability improvement 1%).

5 years degree in Electronics Engineering, equivalent to B.Sc. + M.Eng,