As an mechanical maintenance engineer, my main objective is focus on desig solutions that allow the planning and optimization of resources associated with the execution of the maintenance of productive equipments, considering at the same time, procedures and budgets and statistical tools of reliability and engineering that allow me achieve a better maintainability, availability and reliability of the components of a productive system. I worked for 12 years as a Mechanical Maintenance, Reliability and Projects engineer in the national Oil & Gas industry in Venezuela, in Petroleum of Venezuela, S.A. I am a dynamic and proactive professional with experience designing and supervising maintenance plans for axial pumps (centrifugal, reciprocating), gas turbine, reciprocating engines, compressors (reciprocating and axial), pipe lines, tanks, separators, valves, heaters, boilers, hydrocyclone, heat exchanger, applying some standards (ISO 14224, ASME B31.3, API RP 580, PAS 55-1, ASME PTC 8.2, API 674, AICHE G56, API 1160, API 610, API 650, API 653, API 689, IEC 31030), and some Reliability Analysis (Root Cause Analysis (RCA), Failure Modes and Effects Analysis (FMEA), Reliability Centered Maintenance (RCM), Analysis of life Cycle Cost, Reliability Ability and Maintainability Analysis (RAM), Simulation of the Effective Capacity, Criticality Analysis, Piping Inspection and Risk Calculation, Risk-Based Inspection for tanks and pipelines, Tank Inspection and Risk Calculation with the Points Matrix methodology, Maintenance Backlog Calculation, Productive Systems Analysis, Human Reliability). Also, I have knowledge of Tribology (friction, wear and lubrication), vibration analysis, mechanical failure analysis, heat transfer, Electric Motor, Basic Electricity AC/DC, Corrosion, Mechanisms Analysis. I feel capable to learn by myself rapid and I adapt in function of the necessities of the job. I am a team player and really enjoy working with other peoples and learn from them.