Fernando Luís Toni

Key Responsibilities • Work as part of Production Engineering support team to drive process improvements. • Work with Manufacturing Engineers in developing; troubleshooting, standardising and improving existing production methods and procedures. • Design, specify, manufacture, test and document production equipment, changes and improvements. • Executes project activities within a cross functional team in support of operational goals. Build quality into all aspects of work by maintaining compliance to all quality requirements & standards. • Assists in implementing technical improvements under the team’s continuous improvement program. Machine and fabricate parts as required to optimize equipment availability. Maintain safety stock levels of working shadow board items. Repair and refurbish equipment and component parts as needed. Maintain tool room equipment and gauges. Implement tool-room housekeeping practices. Support production with off-line maintenance activities. Assist engineering projects requiring tooling. Coordinate all tool-room activities across four shifts. Maintain a database of tool-room activities, cost avoidance, material usage, etc. Manage tool-room stocking levels. Ensure all safety procedures are strictly followed. Handle chemicals safely and with awareness.

Cnc Programmer and Operator Lathe at Hurco command. Key Responsibilities Developed many devices, improving and optimizing processes to reduce costs and increase production rates. Machine parts as aerospace and medical customers require high safety standards, strict regulations and complex technologies, high reliability, precision and finishing, some customers as Bombardier, Boing, Boston scientific, Te connective, etc.. Implement housekeeping practices. Ensure all safety procedures are strictly followed.

* Reading and interpretation of mechanical drawings to perform tasks. * Conference of quantity, dimensions and types of materials used in the manufacture of extrusion plastic molds. * Conference of cutting tools available for part machining. * Constant use of metrology equipment in all phases of machining and assembly of molds. * Project study, in the engineering area, in order to point out, the needs of outsourcing services, case study related to project execution, and product delivery time to the customer. * Maintenance in plastic extrusion molds. * Use of quality tools, during the execution of the processes, observation of the progress, and possible failures of time and quality, and availability of machines, in order to avoid conflicts between other projects in progress. The tools used were kanban and Kaizen. * Try out molds and correct the potential design deviations, in order to meet unique customer equipment specifications. * Milling with Doosan machines, equipped with command (Fanuc 21i-M) and (Fanuc 21i-MB), respectively. For complex surface machining, programming was performed with the softwares (TecSoft and Edge Cam). * For six years, responsible for the CIPA ( Internal Accident Prevention Commission). * Undergraduate Thesis from the faculty of mechanical production engineering, held in the manufacturing sector, through the use of quality tools and applied engineering, it was possible to reduce a single machining process from 30.1 hours to 5.87 hours. The Company *The company was designed for the production of plastic molds, specializing in the manufacture of plastic extrusion molds, and has become a reference in the sector in Latin America, providing mold sales and maintenance services in several countries around the globe. Website: https://www.astrotec.ind.br/

Training in vocational courses. * Mechanical drawing. * Safety applied in theory to the use of personal safety equipment. * Approach to preventive safety standards. * Operation of manual machine tools (saw, milling machine, grinding). and (2 axis cnc lathe, Meldas 50L control) and (3 axis CNC milling machines, Meldas 500 control). * Manual operations of drilling, filing, deburring, reaming, sanding and polishing. * Metrology Course. The Company The company's mission was to provide specialized training to a growing demand for skilled professionals that the labor market needed.

* Reading and interpretation of mechanical drawings to perform tasks. * Constant use of metrology instruments at all stages of machining. * Check the quantity, dimensions and types of materials used to make cutting parts and tools available. * The CNC milling machines used were 3 axis equipped with (Meldas 500) and (HeidenHain TNC 430). * Manual operations were performed on saw, milling and grinding. The Company * The company was intended for the production of plastic molds, specializing in the manufacture of plastic blow molds and thermoforming molds. Website: www.ibtplasticos.ind.br

* Reading and interpretation of mechanical drawings to perform tasks. * Constant use of metrology instruments at all stages of machining. * Check the quantity, dimensions and types of materials used to make available cutting parts and tools. * The CNC milling machine used was 3 axis, equipped with (Meldas 500), in machining complex surfaces programmed by another professional. * The manual operations were performed in a medium size milling machine, with parts usually between 1000 and 1500 mm, of industrial, metallic and plastic devices.

* Reading and interpretation of mechanical drawings to perform tasks. * Use of metrology instruments in the machining steps. * Check the quantity, dimensions and types of materials used to make available cutting parts and tools. * As a first job opportunity, in the area of ​​machining, activities turned to the operation of sawing materials, in order to meet the needs of the process, and in a second moment, being promoted to manual milling operator, performing roughing of parts. medium and large, for injection molds.

MOLDS TOOL TECHNICIAN Disciplinary Content (2000 Hours). Hydraulic and Pneumatic Accessories (60 hours). Technical Drawing and Cad (60 hours). Fundamentals of Computing (40 hours). People Management (30 hours). Machining Processes I (110 hours). Dimensional Control System (40 hours). Material Technology (60 hours). Computer Numeric Command (60 hours). Technical Drawing and Cad (40 hours). Machine and Device Elements (60 hours). Computer Aided CAD / CAM Manufacturing (80 hours). Machining Processes II (120 hours). Material Resistance (40 hours). Process Management (40 hours). Experimental Techniques (40 hours). Technology Applied to Molds I (320 hours). Process Management (40 hours). Experimental Techniques (40 hours). Technology Applied to Molds II (320 hours). Supervised Internship (400 hours).