Lucas Borges

Background

About Lucas Borges

Mechanical Technician graduated by SENAI; Student of the last year of Mechanical Engineering (5th Year) at IMT - Instituto Mauá de Tecnologia; English: Intermediate. Knowledge/Skills (obtained through professional experiences and qualifications)- Assembly/Production Line: reading and understanding of work standards and process sheet, application of 5s in the workplace, assembly/disassembly and repair of parts and equipment, teamwork, following safety and quality standards, continuous improvement in the process and in the workplace through ideas and actions, determination, focus, extremely fast learning, respect for the individual, presentation of content for the team, preparation of performance indicators, leadership, preparation of content to be presented (spreadsheets, presentations, etc.)- 3D modeling in CATIA- Vehicle Propulsion: practical and theoretical knowledge of 4-stroke (Otto cycle) and 2-stroke (Diesel Cycle) engines, power transmission systems (gearbox, differential, drive shaft)- Vehicle Dynamics and Components: practical and theoretical knowledge on Brake systems (Drum and Disk), kinematic calculations- Power Transmission (Theory/Practice and Elements): gears, pulley and belt, couplings, flanges, bearings (sliding and rolling), keys, chains and chain sprockets, axles, etc- Production Processes: rolling, extrusion, drawing, open and closed die forming, plastics forming (injection and extrusion), powder metallurgy, machining, welding, bending and plate cutting, casting, etc- Interpretation/Confection of technical drawings- Modeling in CAD 2D/3D- Maintenance of machines and mechanical equipment- Assembly/disassembly and repair of parts and equipment- CAD/CAM (Computer Aided Manufacturing): drawing of parts in CAD and through the CAD/CAM interface configure and simulate the manufacturing of this part via CAM, and finally, obtain the CNC code for machining this part via CAM- CAE (Computer Aided Engineering): using software such as ANSYS for structural analysis/calculation of parts and equipment via FEM (Finite Element Method), thus locating the weakest and most critical points. Use of software such as SIMUFACT FORMING to simulate manufacturing processes and identify the critical points and process feasibility. Use of MSC ADAMS software for multi-body simulation of mechanisms.