Guilherme Pimentel Molina

Activities performed: - Mechanical design of structures using the SolidWorks Software; - Consultation of materials and quantities in the Next ERP system; - Modeling, assembly and detailing of products for internal manufacturing, being the sectors: Locksmiths, Joinery, Printing, Painting and Assembly; - Preparation of products for internal visual communication of stores and supermarkets using Adobe Illustrator and Corel Draw software; - Release of details sheets by sending an internal call through the Next BP system; - Release of files for cutting parts on zund, laser and plasma machines; - Preparation of product installation manual to assist installers on site; - Analysis of better use of materials and budget checking.

Mobile Units Project. - Preparation of floor plans for the Furniture Units; - Preparation of detailed drawings of the components of the Mobile Units; - Elaboration, alteration and review of the structure of the Mobile Units (at Protheus); - Supply and feedback of commitments whenever the structures of the Mobile Units are changed (at Protheus); - Elaboration of drawings for commercial proposals of Mobile Units; - Critical analysis of the input data for each project; - Production monitoring, for project verification and validation; - Preparation / revision of the owner's manual for the Mobile Units; - Development of new products; - Support in the resolution of problems arising from After-sales.

- Mechanical design of electrical panels, according to the electrical layout, through the Autodesk Inventor software; - Assembly of components to identify possible errors in the assembly, in the Inventor; - Detailing of parts and detailing of sets, in Inventor; - Registration of products and structures of the TOTVS system; - Release of Production Order by the TOTVS system; - Programming of parts to be cut on the laser cutting machine, through the SigmaNest software; - Programming of parts to be cut in the punching machine, using the software TruTops; - Design of solutions to serve the company itself, as needed; - Analysis to verify possible improvements, in order to lower costs, maintaining the good quality of the product produced by the company.

- Design of flexographic printer components and modular flexo printer (plating, shaping, welding and assembly); - Assembly assembly design for operation simulation and error identification; - Detailing of parts and detailing of sets; - Registration of products in the TOTVS system; - Construction of joint structures in the TOTVS system; - Organization of drawings so that localization is quick; - Updating 2D drawings to 3D and assembling them, applying necessary improvements; - Adaptation of the product, according to the customer's needs; - Analysis of improvements, seeking the best cost-benefit ratio.

- 3D parts modeling; - Set design; - Detailing of parts and detailing of sets; - Photo editing; - Improvement project through analysis of drawings and physical analysis of the product; - Creation of product catalog and organization; - Updating 2D drawings to 3D and assembling them.

Characteristics of the project environment, different approaches to project management, scheduling techniques and prioritization of project activities. Multi-project environments and resource sharing. Risk management. Human factor management and negotiation in the context of the project. Project budget and costs. Stakeholders.

Mechanical production engineering works on the frontier between the technical knowledge of mechanical engineering and that of administrative and economic areas. The performance of the mechanical production engineer is useful whenever there is a need for planning, coordination and control. The mechanical production engineer is qualified to work in industries in general (electrical, electronic, chemical, pharmaceutical, etc.); in service providers (banks, insurance companies, hospitals, etc.); in national or multinational companies; public or private etc.