Bruno Trentini

This project involved requirement analysis and the development of new routines in OpenEdge for integrating scales with the factory's specific reporting program, which combined with the ERP through an application server.

I developed a project in OpenEdge integrated with the ERP system through an application server. The project's goal was to facilitate the return of steel coils used in the manufacturing process to the customer's stock, update it, and generate scrap on the ERP based on the difference between the production reports and the weight of the returned steel coil.

This project involved performing requirement analysis and scope development for fiscal integration between two companies within the same group, a trading company and a manufacturing company.
New programs, panels, and routines were developed in OpenEdge to automate and streamline issuing invoices and fiscal receipting according to the client's needs.

This project involved developing and implementing programs in OpenEdge to import XML invoices and facilitate integration with the ERP system. Before implementing this tool, it was necessary to enter all the invoice information into the system manually. Using the XML importer, the invoice data is pre-loaded, verified, and imported into the ERP system easily, quickly, and accurately.

This project entailed developing labels on raw materials, including steel coils and strips, in stock and finished products. The thermal print labels were written in the Zebra Programming Language (ZPL) with information generated by OpenEdge programs.

This project was developed in OpenEdge to simplify the ERP's default inventory counting process with a barcode reader and customized labels created in previous projects. A panel was built to show the count results against the stock balance and then integrate the count with the ERP's default inventory process.

This project involved the development of programs and routines in OpenEdge, integrating with the ERP through an application server. The main goal was to validate the load directly at the loading dock on the truck using a barcode scanner. If the load has the same labels planned for that truck, the invoices for the load are automatically generated, integrating all the specific routines that the client already had with the invoice generation routines of the ERP system.

I developed a specific routine in OpenEdge to calculate the cutting time of a production order and queue it in the machine according to the cut order calculated and defined by the customer, the production managers, the production calendar, and the work shifts. After implementing the machine load system, a routine was developed to calculate a precise shipping date at the moment of creating or approving a sales order.

Improvements were made to OpenEdge programs that extract data from the ERP to feed the client's business intelligence system. These improvements were made by adjusting and organizing the source code, implementing better development practices, and creating better table indexes to enhance overall performance. Some extractors became fifty times faster, providing more accurate and up-to-date information.

I improved the concierge system for maintenance technicians by integrating their schedules into the ERP system. This project enabled more secure control over authorized individuals entering the company premises.

I developed a program in OpenEdge integrated with the ERP system through an application server, enabling maintenance technicians to log in, view their maintenance orders, and see their pending tasks. Within the program, technicians can start and track tasks. The program automatically integrates with the ERP system, using the reported start and end times registered by the technician.