● Approved metallurgical process projects and documents made the necessary corrections and follow-up the production line solved problems such as bad formation in the previous steps, and providing good levels of machining allowance of the product;● Helped the quality department, been responsible for conducting internal audits verifying the conformity of the processes. Supported external audits e.g. ISO, DIN, ARR, among others;Achievements: ● Detected problems in the cutting machine, implemented control charts with measuring points and identified defects for further analysis; suggested new measuring equipment in the cutting machine itself;● Developed measuring equipment to help the previous steps machine only what was needed so that allowance could be leftover at the most critical steps. This reduced the rework and scrap levels;● To cost reduction and increase competitiveness one of the requirements of the new managers was the reduction of the weight of the raw material of the products. I was a fundamental part of the team that reduced the raw material weight through the standardization of the allowance. and projects and process steps.● Through research and testing, I implemented changes in the manufacturing process of forging dies, which were made of SAE 1070 steel. For some high demand products, a material similar to H13 was used, this reduced wear and dies exchanges downtimes.● Achieved some KPI targets that referred to project deadlocks within 5 days, the previous deadline was 10 days, and reduced raw material weights for all projects that met the old overset standard.● Responsible for making presentations at meetings for directors and managers about the changes that engineering was making in forging projects and processes with the goal of reducing costs

● Verified and prepared forging projects as well as their processes, section documents for manufacturing, inspection and data analysis of manufactured products● Updated product information in the SAP system● Followed suppliers and partners around the factory, showing them the processes and following their tests for new tools or equipment to be supplied● Created improvements in the work environment, being necessary to make measurements and elaboration of projects of machines, equipment and devicesAchievements: ● I developed a "program" in excel that standardized the design of forging projects reducing not only the calculation errors but also the time. I also developed parameterized blocks, in AutoCAD software, for the elaboration of drawings and volume calculations of forging projects.● Created a dynamic Excel spreadsheet that reduced the time and error of "Bills of Materials" and "Routing" entries in the SAP system.● Developed a spreadsheet where the data available in the forging process was collected to detect the main problems of the line, later this was used as basis for helping in the solution of problems with process standardization in the steel mill.● Due to a demand from the PPC in making production lead time forecasts, I created an Excel spreadsheet in which the capacity of each machine could be visualized. Subsequently, another similar spreadsheet was requested to meet the needs of the controllership and commercial sectors in the elaboration of budgets and forecasts.

● Designed and revised numerous forging projects using AutoCAD 2D / 3D and SolidWorks software, elaborating beyond their process steps, their dies, measuring instruments, assembly drawings and subsets. I also used in the elaboration of these projects software that helped me in the steps, e.g. Simufact Forging, Dform 3D and QForm 3D● Controlled, issued and filed designs, processes and other documents of the section for the manufacture of the products● Prepared technical proposals and budgets, requiring a prior project on raw material (allowance calculation) and analysis of all documentation and standards sent by the customerAchievements: ● Standardized the design of the raw material sheet for technical proposals by creating an AutoCAD template that contained a dynamic block in which instead of drawing the entire product it was only necessary to enter the main dimensions and more than half of the drawing would be done. This reduced drafting time by 15 min.● The calculations of raw materials were made in the calculator, as they were repetitive, I put all in an Excel spreadsheet reducing errors, both due to lack of standards and typo. This also helped reduce spreadsheet preparation time.● Several times I helped my colleagues with problems using software e.g. AutoCAD, SolidWorks, Microsoft Office, SAP, among others. Even when I didn't know, I researched, found the answer and added to my knowledge.

● Developed drawings in AutoCAD / SolidWorks of industrial designs of boiler, pipes, pressure vessels, heat exchangers, mixers and metal structures according to ASME● Created and implemented codes in the EMS systemAchievements: ● Created CAD blocks of parts and pieces that were often used in the products that promote the easy development of joint designs and reducing the delivery time for production.

● Created AutoCAD drawings of assemblies, parts and pieces of equipment of the product line● Created and implemented codes in the EMS system

● Assisted in the elaboration of budgets making the registration of orders of the system;● Provided technical guidance to customers on product characteristics and tracking their orders and throughout shipping, as well as controlling suppliers' files.Achievements: ● Analyzed the standard information and calculations that were carried out for budgeting and put them together in an interactive Excel spreadsheet which allowed the response time to be reduced and reducing errors.● Later I added some functions to the spreadsheet, such as calculations that were only