Engenheiro especialista em soluções de engenharia digital e inovação.

Professor de BIM para Infraestrutura no curso de pós-graduação de Infraestrutura de Transportes.Professor de Dynamo no curso de BIM para Infraestruturas.

Como Diretor Técnico de Engenharia, lidero estratégias de aplicação de engenharia digital para o desenvolvimento de gêmeos digitais, utilizando dados de captura da realidade, GeoBIM e BIM. Com expertise na integração de tecnologias inovadoras, minha missão é impulsionar a eficiência e a precisão em projetos de engenharia, promovendo a tomada de decisões informadas e a otimização de recursos. Sou apaixonado por explorar novas fronteiras na convergência entre engenharia e tecnologia digital para criar soluções que transformam a maneira como projetamos, construímos e gerenciamos infraestruturas. Vamos conectar e explorar oportunidades de colaboração em projetos inovadores.

BIM e GEOBIM para o mercado AECO, Infraestrutura, Meio Ambiente e Governos.

Member fo Revit MEP and Robot Structural Analysis hubs at Autodesk Research Community

As a Pre-sales Technical Specialist at PARS, the exclusive distributor of Autodesk in Brazil, I played a crucial role in promoting Autodesk solutions, addressing technical needs, and driving growth opportunities and digital transformation with Autodesk's technological solutions. This effort strengthened relationships with the Autodesk team, boosting sales success and reinforcing partnerships. Focused on AEC Collection and Autodesk Construction Cloud sales, I managed the Northeast, North, and Federal District regions as the technical sales regional leader for PARS, serving as a trusted advisor across Brazil in land transport, structural engineering, manufacturing processes, and MEP. Additionally, I was part of the "ROBOT Structural Design Extended Team" under Pawel Piechnick's leadership, implementing Brazilian structural codes.

As Engineer / Technician:Rolling Stock:Monitoring of the static and dynamic commissioning tests.Vehicle clearance envelope (both static and dynamic outline/envelope).Design and manufacture of devices for monitoring of wheel/rail contact and monitoring of pantograph operation.Vehicle-track and wheel-rail interface analysis at horizontal and vertical curves and track switching devices to help and support the civil engineering team in the design of the main track alignment.Monitoring of the refurbishment of trains, emission of technical reports and revision of projects (As Built) of the refurbished train.Signalling Systems:Design of the installation and assembly plans of signal systems equipment on main track and yard.Railway (transit) signaling plan.Signaling control table.Level crossings signaling design (both rail and roadway) for LRT systems.Basic design of horizontal / vertical signaling and traffic lights for LRT systems.Level crossings signaling design for cargo railway systems.Permanent Way:Geometric design of secondary lines, diversions, crossing and maneuver yards for ballasted LRT system.Design, assembly and installation plans for special trackwork on ballasted and embedded track: turnouts, crossings and fixed/sliding end stops (bumping devices) for LRT systems.Specification and design of both ballasted and embedded track components for LRT systems.Wayside Distribution Systems:Preliminary studies, technical specification and basic design of the mechanical components of the overhead catenary system for LRT systems.Telecomunnications Systems:Elaboration of surveillance and telecommunications equipment installation and allocation project at stations, yards and facilities of metro and commuter rail systems.

Plan and teach analog electronics classes, mechanical drawing and autocad.

Follow and learn the technical routines of the materials engineering department (Inspection, metrology, data survey, technical specifications, etc.).