Building the Multi-object Astronomical and Cosmological Spectrograph (GMACS) for the Giant Magellan Telescope (GMT), providing theoretical and experimental advisory in the field of optical and mechanical engineering, and providing adaptation and optimization of systems and subsystems. Elaboration of studies, analyses, simulations, and numerical modeling of optical performance, such as tolerance and STOP analysis, as well as elaborating optical subsystems requirements from high-level requirements. Verification of the technical documentation of the current phase of development of projects for the telescope and its instruments and assisting in the preparation of analyses, feasibility studies, and models of possible optical and optomechanical solutions for the instruments and the like, and in the preparation of technical documentation and optical performance of the telescope and its instruments.

Building the TeraHertz solar telescope (HATS), developing its pointing control software, network topology and services in a Linux environment, participating in the development of the acquisition system and its opto-mechanical system and structure. Participation in the optics project for the russian SunTeraHertz telescope (Lebedev Institute), which will be installed aboard the International Space Station - ISS, and participation in maintenance and reactivation activities at the Pierre Kaufmann Observatory.

FLAT thematic project for the development of HATS Control Software (HAX), at the Mackenzie Center for Radio Astronomy and Astrophysics (CRAAM), promoted by the Foundation for Research Support of the State of São Paulo (FAPESP). The FLAT Project is building a telescope (HATS) with unique features to operate in the frequency range of 16 THz. The Telescope was built at the Bernard Lyot Observatory. The detector subsystem, based on a Golay cell bolometer, and the data aquisition subsystem (HICS), is being built in São Paulo CRAAM's lab. This TT scholarship aims to develop the point control software synchronized with the acquisition system of data, and disciplined by a scheduler. The digital representation model of the data must also be defined, as well as the file structure for storage and query.

Study group, research and dissemination of Astronomy and other sciences. It promotes free sky observation events in publicly accessible locations and promotes research and development of astronomical instrumentation technology.

Initially in the development of a new proposed thematic planetarium session. In addition to the involvement in other related activities, so as to cooperate with the other projects and interests of the Polo. Responsible for attending technical demands, assisting or maintaining theinstruments of the observatory, such as:✓ Installation and corrections on the pier for the C11 Celestron telescope(making possible the contribution in the observation of the first ring systemin an asteroid - Chariklo), maintenance on the 8m dome gear systemand cleaning of the optical assembly;✓ Construction of a Flat Field image calibration device (shown 24th SIICUSP)and a projection cone for observation of the solar eclipse safely;✓ Project of a solar observatory, including a Hale celostat, the electricaldiagram of the observatory and the layout of the building and its formof internal occupation;✓ Design of a spectroheliograph and construction of the Manning-basedsynthesizer (for mechanical production of monochromatic solar images),which, in turn, was used as the final work to obtain the bachelor’sdegree in Mechanical Engineering;✓ Specification of positive meniscus lens for use in the monochromator,performing technical drawing in ISO 10110 and MILPRF-13830B, formanufacturing since it was not found in the market.

Performance in the Oi IP Multimedia Project as integrator of the solution, providing support at Itaipu Binacional. Project has three fronts: CyDC, Vector and Multiconferences. Support for 12 circuits from BrT's Vector network, which interconnect all Itaipu offices to the Cyber ​​DataCenter in Curitiba-PR. MPLS cloud-added services like QoS, Multicasting, VoIP and Video Conferencing. Support for CyDC Hosting services (Websense, Squid, HeartBeat, CheckPoint, MySQL, PostGree, FTP, DNS), Co-Location and Internet access. Meeting ITAIPU's requests for both services. Support for the Multi-conference service, 10 EndPoints Aethra Vega X5, designing projects, testing with system resources such as h.264 and h.239, documentation, manuals, training and support. Creation of mechanisms for use logistics. Responsible for creating and improving processes for all services provided, providing all necessary documentation for technology transfer.

Monitoring Service for Itaipu Binational network:º Implementation of the FCAPS method of monitoring and management of computer networks.º Application of FCAPS in Open Source Cacti Toolº Study for single portal assembly to present the network monitoring tools.Creation and generation of reports of use, availability and incidents of the Itaipu Binational Network; Configuration and Maintenance of the CACTI Monitoring Tool; Implementation and creation of the WeatherMaps system and other diverse resources available for the tool, making it one of the main resources used in the company.

Migração de Rede Ambiente Windows para Linux. Adequação dos softwares de controle financeiro e de produção para trabalharem em ambiente Linux. Criação de métodos simples e eficazes de backup dos servidores. Suporte aos computadores internos e periféricos, e suporte a segurança de transmissões via Internet. Atendimento a clientes referentes aos produtos da empresa da área de informática (Instalação e configuração de PC´s), vigilância (sistemas de monitoramento) e produtos alimentados por energia solar (Postes de Iluminação, Lanternas e estudos/pesquisas sobre novos produtos).

Processo de melhoria e atualização de servidores, controle de banda, reestruturação topológica e documentação. Importação de Banco de Dados para novo sistema de gerência da rede. Implementação de Sistema Autônomo, protocolo BGP. Empresa com grande quantidade de clientes fornecendo serviços via Cable Modem a 4000 clientes, Radio (802.11 a/b/g) a 8000 clientes e 200 clientes via Dialup. Instalação de Rádios CANOPY da Motorola em 11 prédios de distribuição principal. Reestruturação física e lógica da filial em Iguatu-CE contendo 200 clientes via Radio, instalação de link de radio 2.4GHz de 16.7km entre Iguatu-CE e Quixelô-CE, levando pela primeira vez Internet e de banda larga para a cidade.

Reestruturação topológica de todos os 12 segmentos. Projeto e Instalação de links ópticos para rede Gigabit montando Backbone redundante interligando três campus. Sistema composto por 800 estações de trabalho. Instalação de link wireless com tecnologia IEEE 802.11a (Proxim - Tsunami). Organização do modelo estrutural voltado à proteção contra penetração de intruso, sistemas de monitoramento de tráfego (elaborando a baseline da rede para estabelecimentos de limites), gerência remota via browser com interface própria na página da intranet da empresa. Load Balance em 2 links de um provedor e separação do terceiro link de sistema autônomo diferente utilizando Cisco 1700. Elaboração de projeto de salas de servidores, controles de acesso físico, refrigeração e cabeamento. Manutenção do sistema de comunicação via radio. Manutenção na parte Telecom, configuração de central telefônica Panasonic TD500, ramais. Instalação de cabeamento estruturado, manutenção e documentação. Instalação de equipamentos VoIP no PABX.

Elaboração de procedimentos de teste em mercadorias encaminhadas ao RMA, para garantir que mercadorias como HDs, CDRom´s, Mother Boards, etc., enviadas ao fornecedor esteja realmente com defeito. Soluções para otimizar os procedimentos de teste, garantindo rapidez, qualidade e confiabilidade dos testes. Responsável pelo teste e reparações de Notebooks marca ECS, Toshiba e Compaq. Encarregado de atualizar softwares e procedimentos de teste. Contato com fabricantes e comercio varegista local, aprimorando técnicas de teste eficazes para Autorização de Retorno de Mercadorias.

Inicialmente trabalhando no setor de Pré-Teste, fiscalizando os prazos de garantia ou defeitos nas mercadorias adquiridas para venda. Etiquetagem de selos de garantia e alimentação do depósito de entrega ao cliente. Transferido ao setor de RMA, inicialmente recepcionando mercadorias vindas de clientes e posteriormente transferido para a área de testes das mercadorias recepcionadas. Tendo contato com os clientes, solucionando dúvidas sobre o funcionamento e demais características dos produtos.