Consultor técnico sênior

• Feb 2021 - Present

Consultor Associado

• Mar 2020 - Present

Desenvolvimento de estudos de viabilidade técnica e pré-projetos de engenharia para redes de telecomunicações, incluindo tecnologias de transmissão óptica (DWDM), redes metropolitanas (FTTx & GPON), redes de dados (IP/MPLS), redes 5G e Internet das Coisas - IoT (Internet of Thinks). Mais detalhes no site: https://futurion.com.br/Development of technical feasibility studies and engineering pre-projects for telecommunications networks, including optical transmission technologies (DWDM), metropolitan networks (FTTx & GPON), data networks (IP/MPLS), 5G networks and IoT - Internet of Things. More details on the website: https://futurion.com.br/

Sócio-diretor

• Oct 2016 - Sep 2019

Em 2017 participou da equipe de consultores da empresa norte-americana ASTRO Systems em projeto da USTDA (www.ustda.gov) na elaboração de estudo de engenharia e econômico-financeira para construção de uma rede híbrida (óptica, rádio e satélite) estadual de banda larga abrangendo todos os municípios do Estado do Pará, permitindo a PRODEPA, empresa de processamento de dados estatual obter financiamento junto a entidade internacional de financiamento para o projeto:http://www.prodepa.pa.gov.br/artigos/estudo-mostra-benefícios-da-expansão-da-rede-de-telecomunicaçãoNo mesmo ano, elaborou anteprojeto de engenharia em um dos estudos apresentados no processo de manifestação de interesse (PMI) de Parceria Público-privada (PPP) do Estado do Maranhão para a concessão da rede óptica de banda larga estadual, estudo escolhido como vencedor em 2019, com resultado do trabalho publicado no site: http://mapa.ma.gov.br/projeto-internet-para-todos/Em 2018 desenvolveu estudo para conectividade do Agronegócio no Estado do Mato Grosso contratado pela Federação de Agricultura e Pecuária – FAMATO, com o desenvolvimento de soluções tecnológicas para automação inteligente (AI) do plantio de soja e milho utilizando tecnologias de Internet das Coisas – IoT (Internet of Things) para o Agronegócio. No início de 2019 elaborou pré-projeto de engenharia de rede óptica para quatro Estados da região Nordeste do Brasil, como parte de Plano de Negócios sendo avaliado por grupo empresarial do setor de infraestrutura de energia elétrica da região.

Technical Planning Manager

• Oct 2011 - Sep 2016

Telecommunications’ planning for the National Broadband Network Program (PNBL), implementing a 16 thousand miles optical backbone, using DWDM transmission and IP/MPLS for service delivery for government, corporate and ISP customers. Responsible for network budget planning (Capex), supporting the project engineering areas on network acquisition processes (RFI and RFP). During 2012-2014, also acted as PMO for the implementation IT & Telecommunications Infrastructure for 2014 FIFA World Cup and 2013 Confederations Cup, developing and operating the first full fiber optics transmission network (40Gbps double path DWDM circuits) connecting the 12 (twelve) hosting Stadiums in Brazil to the International Broadcast Centre in Rio for HBS distribution of video/audio to the rest of the world watching the event. As continuation of the World Cup project, conducted the planning project for the Metropolitan Area Networks (MAN) on the 27 largest cities in Brazil, including the 12 already built, with fiber optical metro backbones to support high-capacity broadband traffic from government and corporate customers, developing plans for national and international exchange points (PTT/NAP). Worked recently on the planning of terrestrial network and data center facilities for Ellalink Europe-Brazil submarine cable, connecting Lisbon to Santos.

Planning Manager in Engineering

• Mar 2009 - Sep 2011

After the acquisition of Brasil Telecom by Oi in 2008, transferred to Rio de Janeiro to work on the Engineering Planning Department, assuming management team of Operations and Support Systems. Developed planning project for Service, Resource and Network Management subsystems, and integration legacy systems from Oi and Brasil Telecom. After the acquisition of Brasil Telecom by Oi in 2008, transferred to Rio de Janeiro to work on the Engineering Planning Department, assuming management team of Operations and Support Systems. Developed planning project for Service, Resource and Network Management subsystems, and integration legacy systems from Oi and Brasil Telecom.

Platforms Planning Manager

• Mar 2004 - Feb 2009

On the startup of Brasil Telecom’s mobile operations (BrT GSM) was assigned to assemble the project, implementation and operations’ team from a multidisciplinary group of engineering and IT professionals. That newly formed team was responsible to manage Value Added Services (VAS) and Call Center platforms based on redundant Data Centers in Brasília and Curitiba. Developed with the team all operations procedures, and implemented and maintained the Operations and Support Systems (OSS) infrastructure of BrT GSM VAS platforms (Voice Mail, Short Message, Multimedia Messaging and Video Streaming, Over-the-Air Activation, Home Location System, SIP Call Center). For the Call Center operations in Goiânia, implemented and coordinated the operations team for a facility with more than 2 thousand call center attendants working on 24x7 shifts. Implemented EMC data storage facilities for customer calling records and profiles, SIP/VoIP Telephony Gateways and OSS integrated call monitoring and redirection facilities.

Technology Coordinator

• Jan 2003 - Feb 2004

Assigned as Tecnology Consultant for the Mobile Operations startup of Brasil Telecom (BrT GSM), coordinating a team of specialists to implement IT Systems and Service Platforms on the launch of BrT GSM in 2004.

Core and Platforms Engineering Manager

• Aug 1998 - Dec 2002

Last position as Core and Platforms Engineering Manager, responsible for planning, project and implementation of Switching/Core CDMA Network (IS-95 and IS-2000) and Value Added Services (VAS) platforms, including Pre-paid, Voice Mail, SMS, WAP, and others. In 2001 was assigned to build a Data Center facility where resided the Data Mobile infrastructure with full redundancy on energy, air conditioning, servers and data communications (routers and switches) facilities. With server and software from IBM, Openwave and Motorola, Global Telecom was the first mobile carrier in Brasil to launch data services (CDMA 2.5G).

Product Manager

• Dec 1997 - Jul 1998

Invited for a Product Management position, dedicated to develop services based on ATM and Voice-over-Frame Relay line of products. Responsible for product and marketing support on Latin America. Left shortly after the invitation to joint a mobile new startup company on his native country and city. Invited for a Product Management position, dedicated to develop services based on ATM and Voice-over-Frame Relay line of products. Responsible for product and marketing support on Latin America. Left shortly after the invitation to joint a mobile new startup company on his native country and city.

Implementation Coordinator for Latin America

• Dec 1995 - Nov 1997

Latin America Data Network Engineer responsible for implementation of voice and data networks on Global One regional offices in Mexico, Colombia, Venezuela, Peru, Chile, Argentina and Brazil. Latin America Data Network Engineer responsible for implementation of voice and data networks on Global One regional offices in Mexico, Colombia, Venezuela, Peru, Chile, Argentina and Brazil.

WAN/LAN Network Engineer

• Oct 1993 - Nov 1995

MCI was the first company to deploy single-mode fiber optic cable (the standard had been multi-mode), which was manufactured by Siecor, a joint venture between Siemens Telecom and Corning Glass Company. Referred to as MAFOS (Mid-Atlantic Fiber Optic System), the fiber cable ran between New York City and Washington D.C. and was activated for service in 1984. Eventually, single-mode fiber became the standard for US telecommunications carriers.In 1994, NSF announced that it would terminate the NSFNET operation and support the development of Network Access Point operation to link the networks that had been interconnected by NSFNET. NSF also proposed that an academic research network be built called the Very high-speed Backbone Network Service (vBNS) and MCI responded. MCI also built a separate commercial Internet service MCI.net. From 1995 to 1998, MCI's network was an integral part of the global Internet backbone. MCI commercial Internet service was sold to Cable & Wireless as part of the merger of MCI with Worldcom that year.