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BRUNO SERAFINI SOBRAL Biosystems Engineer | Agricultural and Environmental Engineer

+55 21 98715 4305 brunossobral@gmail.com

https://br.linkedin.com/in/bruno-sobral Niterói – Rio de Janeiro – Brazil

EDUCATION

Biosystems Engineer (MS) - Universidade Federal Fluminense (UFF) Characterization of Drought in the state of Rio de Janeiro based on Drought Indices (2017) 2015 - 2017 Niterói / RJ – Brazil

Labor Safety Engineer - Universidade Federal Fluminense (UFF) Safety Consciousness Level Diagnoses in a Forestry Services Company (2012) 2011 - 2012 Niterói / RJ – Brazil Agricultural and Environmental Engineer (BS) - Universidade Federal Fluminense (UFF) Greenhouse Gases Inventory: HAZTEC Company (2010) The benefits of Sugarcane Bioethanol and Brazil's Position in the World Energy Scenario (2009) 2002 - 2010 Niterói / RJ – Brazil LANGUAGES

Fluent English Reading, writing and conversation Advanced Spanish Reading and conversation

PUBLICATIONS Flooding analysis using HEC-RAS modeling for Taquar açú river, in the Ibiraçú city, Espírito Santo, Brazil http://web.sbe.hw.ac.uk/staffprofiles/bdgsa/temp/12th%20ICUD/PDF/PAP005482.pdf 12th International Congress of Urban Drainage (ICUD) - 2011 A comparison between HEC-RAS and MODCEL: An applica tion in Taquaraçu river basin - Espírito Santo, Brazil http://web.sbe.hw.ac.uk/staffprofiles/bdgsa/temp/12th%20ICUD/PDF/PAP005426.pdf 12th International Congress of Urban Drainage (ICUD) - 2011 Application of the HEC-RAS model in flow capacity a nalysis on bridges at Veado and Santa Catarina rivers, in the municipality of Guaçu í, ES - Brazil 10th Brazilian Environmental Defense Congress – 2011

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BRUNO SERAFINI SOBRAL brunossobral@gmail.com

EXPERIENCE

Land Development Analyst Land and Cartography Institute of Rio de Janeiro (ITERJ)

Since Nov/2012 Rio de Janeiro / RJ - Brazil

- Field engineer for rural and urban land development; - River modeling (HEC-RAS 4.1.0) in rural areas; - Fazenda Engenho Novo settlement supervision (http://www.fazendaengenhonovo.wordpress.com); - Member of the Project Management Team; - Development of VBA/MS Excel based tool to manage social/environmental/economic indicators.

Environmental Engineer Ecologus Engenharia

Mar/2011 – Oct/2012 Rio de Janeiro / RJ - Brazil

- Conducting Environmental Impact Studies and Reports; - Leading Environmental Plans; - Overseeing of river dredging works at the mountainous region of Rio de Janeiro; - Hydrodynamic modeling of water bodies (HEC -RAS 4.1.0) at the mountainous region of Rio de Janeiro.

QHSE Engineer / Trainee Galvão Engenharia

Oct/2010 – Mar/2011 Recife / PE - Brazil

- Development and implementation of QHSE training; - Waste Management in civil construction; - Wastewater management; - Management of environmental projects.

Environmental Engineer Drainage, Irrigation and Environmental Sanitation Laboratory - UFF

Aug/2010 – Dec/2013 Niterói / RJ - Brazil

- Flood minimization projects in 18 counties on the state of Espírito Santo - Brazil; - On site technical visits; - Hydrodynamic modeling of water bodies (HEC -RAS 4.1.0); - Hydrological studies; - Watersheds flow determination.

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BRUNO SERAFINI SOBRAL brunossobral@gmail.com

PROJECTS Flood Minimization at Terra Prometida Rural Settlem ent

Abr/2016 – Jun/2016

Duque de Caxias / RJ - Brazil

Project developed to better understand the dynamics of flooding at a rural settlement called Terra Prometida. The study resulted in a detailed report that presented possible drainage solutions, budget estimates and technical information for each solution. Hydrologic Study and Definition of Flood Heights - Cantídio Oliveira Thomaz Stadium

Abr/2015 – Jun/2015

São Gonçalo / RJ - Brazil

Project developed as part of the requirements to obtain the environmental license, aiming to define the maximum flood height of the new soccer stadium. Built in an area of recurrent flooding, the local environmental agency demanded an engineering report indicating the maximum flood height. Hydrologic Study and Definition of Flood Heights - João Figueiredo Bridge

Jan/2012 – Aug/2012

Campos dos Goytacazes / RJ - Brazil

Project developed for the Rio de Janeiro’s State Roads Department with the main objective of establishing the maximum flood height, for a particular stretch, at river Paraíba do Sul. The local government intended to build a new bridge and demanded an engineering report to establish the maximum flood height. Flood Minimization Alternatives for 18 counties in the state of Espírito Santo

Aug/2010 – Dec/2013

Espírito Santo / ES - Brazil

Project carried out in partnership with the Brazilian National Institute of Waterways Research (INPH) with the main objective of suggesting technical solutions of macrodrainage for the municipalities of Águia Branca, Barra do Jucu, Guaçuí, Ibiraçu, Mimoso do Sul, Santa Tereza, Alegre, Jeronimo Monteiro, Governador Lindenberg, Fundão, João Neiva, Ibatiba, Afonso Cláudio, Marechal Floriano, Castelo, Apiacá and Bom Jesus do Norte.