As a Graduate Researcher, in collaboration with Argonne National Laboratory• Evaluated the corrosion and metallurgical characteristics of structural aluminum alloys and stainless steel used for isotope production, resulting in the technical support for materials selection for target stations • Managed the synthesis and evaluation of new stainless steel-based multiphase alloys by electrochemical tests and electron microscopy, optimizing materials durability and setting compositional standards. • Determined optimal oxide loading capacity in stainless steel-based alloy/oxide composite materials, by innovating material synthesis proceedings and electron microscopy.• Evaluated corrosion and metallurgical characteristics of titanium and cobalt-chromium based alloys for biomedical implants, resulting in new electrochemical protocols.

As a Teacher Assistant• Taught and consulting office hours for Corrosion Engineering class for graduate students.• Increased grades of undergraduate students by 10 % in Properties of Materials class for undergraduate students.• Led UIC Metallography and Alloys performance lab, mentoring new graduate students.

Empresas Polar C.A. is the largest Venezuelan food and beverages corporation managing three main businesses/brands: Polar Brewery, Polar Foods, and PepsiCo Venezuela. Role: Internal consultant and technical support in materials engineering (metals, ceramics, and polymers) for 14 production facilities Nationwide of the Beverage Division. Collaboration with other core Departments.• Managed the failure analysis of cast iron-based roller of a Huppmann milling machine for barley process. Final technical report indicated a factory defect. No cost for part replacement.• Extended the useful span life of cast iron rollers for barley milling by 40 %, applying tungsten carbide coating by high velocity oxygen fuel process. • Led new lean lubrication plan in the Canning and Bottling Department, resulting in an increase of efficiency of 30 % and effectiveness of the lubricant usage. • Managed the restauration of main gear of bottle filler machine by lock & stich. Developed the procedure to restore similar gears across other production plants. • Determined the nature of stainless-steel blades degradation damage of a Siemens steam turbine Model G300-2V5, by powder X-ray diffraction. Improved boilers operations.• Detected microbiologically influenced corrosion in a steel tank for water storage by visual inspection and powder X-ray diffraction. Managed tank restoration by ASME and API standards.• Led reverse engineering investigation by FTIR and development of polymeric guides of false flooring of product pasteurizers, resulting in local fabrication to avoid imports.

Role: Managed teams in the brewing process and beer canning and bottling process to ensure quality standards, meet production plans and budget.• Led project to increase brewing productivity by 25 %, by new “cleaning in place” piping layout to enable cleaning operations while running production.• Implemented new inventory management of caustic soda, resulting in the decrease of caustic soda consumption in 11%.• Led the training of 25 supervisors in new cleaning in place operational system for filler machines, which reduced personnel overtime costs in 85 %• Analyzed efficiency and performance of hop used in the wort boiling process for a new dosing point, ultimately decreasing 8% of consumption while maintaining optimal performance.

Role: productively planned, coordinated and executed engineering projects, managing 8 to 10 contractors while supporting the mechanical maintenance team in repairing and improving machinery and equipment.• Monitored and repaired pitting under thermal insulation by non-destructive testing and synchronized TIG welding, resulting in a corporative standard for similar failures• Controlled degradation by application of specialized coatings on brewing and water treatment equipment, extending the useful life• Designed, built and assembled galvanized steel industrial stair for emergency escapes.• Devised and assembled PEAD pipe system to improve mud management in waste water treatment plant, avoiding costs of external mud managers

• Failure Analysis of two heat exchangers by scanning electron microscopy, energy dispersive spectroscopy, and X-ray diffraction. Detected microbiologically influenced corrosion.• Inspected corrosion under thermal insulation in the NH3 cooling system for entire brewing plant through non-destructive testing under NACE, ASME and ASTM standards.