This document summarizes Bruno Serafini Sobral's career experience as a Land Development Analyst at the Land and Cartography Institute of Rio de Janeiro (ITERJ) since November 2012. Some key points:
- He started at ITERJ along with 98 other professionals selected out of 7,748 applicants to better serve communities.
- As part of the Settlements and Projects team, his role is to improve quality of life in 800 rural and urban communities through multidisciplinary projects.
- His initial work involved re-registering families in the Fazenda Engenho Novo community and addressing issues around agricultural machinery access.
- Other projects included partnering with a university on irrigation
Knowledge exchange and stakeholder empowerment for peatland management in Ind...CIFOR-ICRAF
Presented by Sri Parwati Murwani Budisusanti, Director for Peatland Degradation Control, Ministry of Environment and Forestry, Indonesia at the 3rd Asia-Pacific Rainforest Summit, on 23–25 April 2018 in Yogyakarta, Indonesia
Knowledge exchange and stakeholder empowerment for peatland management in Ind...CIFOR-ICRAF
Presented by Sri Parwati Murwani Budisusanti, Director for Peatland Degradation Control, Ministry of Environment and Forestry, Indonesia at the 3rd Asia-Pacific Rainforest Summit, on 23–25 April 2018 in Yogyakarta, Indonesia
Use of Unmanned Aerial Systems for Hydrological MonitoringSalvatore Manfreda
Invited presentation given during the EGU General Assembly at the session entitled "Advances in river monitoring and modelling: data-scarce environments, real-time approaches, Inter-comparison of innovative and classical frameworks, uncertainties, Harmonisation of methods and good practices"
Multicriterial Analysis Applied to the Urban Environment of The Industrial Ar...IJMERJOURNAL
ABSTRACT: The urban framework studies are nowadays constituting important tools to support the decision-making process of municipal public administrations around the world. Through these studies, municipalities and competent bodies can guide the planning, execution and monitoring of the urban infrastructure of their cities, thus guaranteeing their populations efficient, high-quality sanitation, energy, transportation and housing equipment. In this sense, the present work carries out a study of the urban environment of the Córrego do Liso Hydrographic Basin, one of the most important urban subbasin of the municipality of Uberlândia – MG (Brazil) which suffers from conflicts arising from the use and occupation of its soil for domestic and industrial activities. For this study, geoprocessing and remote sensing techniques, as well as laboratory tests on soil and water samples, were used to collect georeferenced information about the main urban, environmental, geotechnical and hydrological parameters of the study area. With this data in hand, the technique of Multicriteria Analysis (or map algebra) was applied to correlate the data obtained and to formulate a sequence of documents, tables, infographics and mappings that synthesize the present urban reality of the studied basin.
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Use of Unmanned Aerial Systems for Hydrological MonitoringSalvatore Manfreda
Invited presentation given during the EGU General Assembly at the session entitled "Advances in river monitoring and modelling: data-scarce environments, real-time approaches, Inter-comparison of innovative and classical frameworks, uncertainties, Harmonisation of methods and good practices"
Multicriterial Analysis Applied to the Urban Environment of The Industrial Ar...IJMERJOURNAL
ABSTRACT: The urban framework studies are nowadays constituting important tools to support the decision-making process of municipal public administrations around the world. Through these studies, municipalities and competent bodies can guide the planning, execution and monitoring of the urban infrastructure of their cities, thus guaranteeing their populations efficient, high-quality sanitation, energy, transportation and housing equipment. In this sense, the present work carries out a study of the urban environment of the Córrego do Liso Hydrographic Basin, one of the most important urban subbasin of the municipality of Uberlândia – MG (Brazil) which suffers from conflicts arising from the use and occupation of its soil for domestic and industrial activities. For this study, geoprocessing and remote sensing techniques, as well as laboratory tests on soil and water samples, were used to collect georeferenced information about the main urban, environmental, geotechnical and hydrological parameters of the study area. With this data in hand, the technique of Multicriteria Analysis (or map algebra) was applied to correlate the data obtained and to formulate a sequence of documents, tables, infographics and mappings that synthesize the present urban reality of the studied basin.
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2. DEWALT DW618PK Plunge and Fixed-Base Variable-Speed Router
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4. DEWALT DW618B3 Plunge Base and Fixed Base
5. DEWALT DW618 Variable-Speed Fixed-Base Router
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A Model of (P-GIS) for Hydraulic Protection Dams in Northern Moroccoijait
ACT To strengthen the quality of information, inclusion and implementation of continuous link between different categories of actors by mobilizing P-GIS as tools for participation and methodological aid to decision-making, and help to better understanding of environmental issues and challenges related to climate change, allowing regional authorities to better analyze and process. So what we've seen, that the conventional GIS does not include certain information such as social exclusion, displacement, narrative conflicts of use of land and water, cultural stories, local politics. Hence the need to find an effective method to circumvent these problems.
A MODEL OF (P-GIS) FOR HYDRAULIC PROTECTION DAMS IN NORTHERN MOROCCOijait
To strengthen the quality of information, inclusion and implementation of continuous link between different categories of actors by mobilizing P-GIS as tools for participation and methodological aid to decision-making, and help to better understanding of environmental issues and challenges related
to climate change, allowing regional authorities to better analyze and process. So what we've seen, that the conventional GIS does not include certain information such as social exclusion, displacement, narrative conflicts of use of land and water, cultural stories, local politics. Hence the need to find an effective method to circumvent these problems.
So this study is based on a software solution that is supported on the geographic information system (GIS) coupled with the participatory model to give the (P-GIS). By manipulating various GIS software el descriptive data collected directly from the study area of the dam Ibn Battouta. A Data Type Model was generated to model the flow of data and related information. The delineation of protection zones will then contribute to the superposition, by adding each of the identified factors. The result of this study has created a multi-source spatial data management. This produces what is appalled the demonstration model GIS-remote sensing.'' It is based on certain factors that use parameters observed in the field and the information collected from censuses.
DENR Programs and Services of PENRO Surigao del Sur (November 2019)JOHNY NATAD
The DENR Programs and Services of PENRO Surigao del Sur (November 2019) include the 1. Agricultural Free Patent Application, Residential Free Patent, 2. Application, Issuance of Survey Authority, 3.Issuance of Survey Authority, 4. Issuance for Special Patent for LGUs (Province, City, Municipality), 5.Issuance for Special Patents for Public School Sites, 6. Issuance for Special Patents for National Agencies, Branches, and Instrumentalities, 7.Issuance of Certificate of Tree Plantation Ownership (CTPO), 8.Issuance of Certificate of Verification (Cutting/Transport of Non-Wood Forest Products within Private Land (e.g. vines, bamboo, nipa, etc.), 9. Issuance of Certificate of Verification (Cutting/Transport of Non-Premium Trees within Private Land), 10. Application for Chainsaw Registration, 11. Application for Issuance of Tree Cutting Permits/Special Tree Cutting Permits (Public places, private lands, infrastructure projects, government projects), 12. Rescue and Turn-over of Wildlife, 13. National Greening Program (NGP)
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Ulhas Rane ,Partner, Envirodesigners described how ”Ecologically Sensitive City Planning” .
Conceptual Design and Implementation of Simulated Version of Context Aware Ag...Editor IJMTER
It is very tedious and difficult for Farmers to monitor and track every event happening in
the farming land. In order to overcome the difficulties facing by Farmers and hence to improve the
comfort level of Farmer it has become inevitable to go for technology assisted context aware
precision agriculture. In order to realize the context aware precision agriculture the various
technologies like WIFI, Bluetooth, Sensors, GPS, GPRS, Mobile Computing, Cloud Computing,
Distributed Computing has to be integrated along with Artificial Intelligence techniques. The context
aware computing technology can be used to provide farming land context based services to farmer.
The research work presented in this paper proposes a conceptual design and implementation of
simulation version of context aware agricultural land monitoring system. The proposed system sends
a mobile and web based notifications related to normal and abnormal status that prevails in the
farming land.
An Integrated Parametric Approach To Landfill Site Selection Fuzzy GIS-Based ...IJERA Editor
Landfill site selection in an urban area is a critical issue in the urban planning process because of enormous
impact on the economy, ecology, and the environmental health of the region with the growth of the
urbanization, larger amount of wastes are produced and unfortunately the problem gets bigger every day. A
selection of proper waste disposal site is a function of many parameters can be involved under the Environment,
Planning & Social Functions. GIS based mapping and subsequent image analysis is proposed to be done for
each of the correlating criteria for each parameter. The fuzzy multi criteria decision making (FMCDM) is used
to rank different land fill sites based on decisions given by a group of experts. The selected site can be further
confirmed through GIS application. This paper highlights the explained approach.
MODEL FOR SPATIAL POLICY IN THE SOCIAL WELFARE AND JUSTICE-BASED REGIONS: A S...IAEME Publication
Nowadays, the effort to create a comfortable, productive and sustainable space
still faces various challenges as it is shown by the widespread of land use conversion
which causes flood in the rainy season and drought in the dry season, the increasing
frequency and coverage of disasters, as well as the increasing number of slum
housings, traffic congestion, and environmental pollution. This study aims to analyze
the model of regional policies in spatial planning, to discover and describe the
weaknesses on the implementation of regional policies in spatial planning as well as
to explain the importance of reconstructing regional policies in spatial planning to
promote social welfare. The method used was socio legal with qualitative analysis to
examine the condition of natural objects where the researcher is the key instrument.
The data were then collected through observations and interviews. The results of the
study showed that the implementation of regional policies in spatial planning is not
complemented by the Detailed Spatial Planning (RDTR) due to a legal vacuum
resulting in legal uncertainty. This condition then has implications for violations of
land use conversion that is very detrimental to society. Thus, it is necessary to create a
regional policy model that is based on values of social welfare and justice as an effort
to reform the law by formulating an integrated RTRW and RDTR to ensure legal
certainty which will then have implications for improving social welfare and justice.
The peer-reviewed International Journal of Engineering Inventions (IJEI) is started with a mission to encourage contribution to research in Science and Technology. Encourage and motivate researchers in challenging areas of Sciences and Technology.
Reyes, J.A.; Gómez-Barrón, J.P.; Muis, R.O.; Zavala, R., 2012b, “Potential of Environmental Services in the Social Property of Mexico”. (English summary). National Agrarian Registry (RAN) & Inter-American Institute of Cooperation on Agriculture (IICA) Project. Mexico, D.F. 72 pp.
This document presents the findings in the first stage of the Strategy for Environmental Services and Common Property, which analyzes the relative importance of the environmental services in the agrarian nucleuses, such as: forest carbon, biodiversity and hydrological cycles. An important conclusion of this analysis is that none of the three themes can be efficiently developed without the integration of the common property.
As part of the findings, 115 ejidos and communities were identified with the highest potential to contribute in the provision of the three environmental services: carbon storage and capture, biodiversity conservation and maintenance of the hydrological cycle. In the next stage, these agrarian nucleuses will be analyzed for its feasibility in order to be included in payment for environmental services schemes.
1. Carrer Episode #3 Eng. Bruno Serafini Sobral
a) INTRODUCTION
ENGENEERING POSITION
Land Development Analyst at LAND AND CARTOGRAPHY INSTITUTE OF RIO
DE JANEIRO (ITERJ).
POSITION PERIOD
Start: 01/11/2012 End: Not Applicable (Current Position)
LOCATION: Rio de Janeiro – Brazil
MAIN TEAM
Eng. Luiz Roberto Pereira de Souza (Director) lrpsouza@iterj.rj.gov.br
Arch. Flavia Maywald Maffei (Manager) flaviamaywald@gmail.com
Sergio Bandeira (Manager) sbandeira@oi.com.br
Eng. Edson Pereira Rodrigues Jr. (Dsc) edsonrodjr33@gmail.com
Eng. Cristiane Santos (Msc) crismtgs@gmail.com
Eng. Bruno Mendes Antonio bmendes.iterj@gmail.com
Eng. Edil Pericles Faria edil.obras.pmps@gmail.com
Eng. Bruno Serafini Sobral brunossobral@gmail.com
3.1) I started working at ITERJ in November 2012, after applying for the position of
Land Development Analyst, specialized in Agricultural Engineering. As a
graduate in Agricultural and Environmental Engineering, even though with
professional background relying mostly on Environmental related projects, I am
capable of performing as both. For this position it was required from the
applicants to show Agricultural Engineering knowledge, measured by a national
exam. The best scores were selected to integrate ITERJ’s team.
3.2) My start at ITERJ occurred along with other 98 professionals from different
areas, which were selected from 7,748 applicants as described above. The arrival
of these new professionals to ITERJ transformed the way the general public saw
the institution, allowing more efficient management between the government
and other agencies, as well as the assisted communities.
2. Carrer Episode #3 Eng. Bruno Serafini Sobral
b) BACKGROUND
3.3) The nature of the position was to provide better attendance to the population,
identifying more accurately its needs and expectations for the governmental
policies in curse. It was the first time in over 20 years of existence that ITERJ
had opened positions for the qualified general public. It is not incorrect to say
that this only happened when ITERJ realized that, in order to obtain better
projects and social results, it would have to count on more qualified
professionals.
3.4) The Settlements and Projects Direction team, which I have been part of since my
first day at ITERJ, has the important duty of improving life quality of rural and
urban populations at settlements under ITERJ´s responsibility. That is done by a
multidisciplinary team composed by Civil Engineers, Forestry Engineers,
Agronomists, Environmental Engineers, Agricultural Engineers, Architects,
Veterinaries and Technicians. Each of these professionals contributes to the
team with its respective knowledge and experience.
3.5) ITERJ is responsible for over 800 urban and rural communities, called
settlements. For the rural settlements are designated interlocutors that must
know the settlement´s reality and give voice to the residents there. This
interlocutor, often referred to as settlement administrator on a daily basis, is also
responsible for identifying land issues (land disputes), assist in the
implementation of public policies, monitoring the use of equipment granted by
the State and bring the demands of the population to the knowledge of their
superiors.
3.6) The main needs of the communities served by ITERJ are related to basic
sanitation access, road construction, construction of affordable housing, access
to agricultural machinery, social organization and safety.
3. Carrer Episode #3 Eng. Bruno Serafini Sobral
Company Structure Chart - ITERJ
Administrative
Council
Presidency
Special Advice
Administration
and Finance
Direction
Administration
and Finance
Management
Human
Resources
Management
Planning Advice
Land
Regularization
Direction
Local
Attendance
Management
Regularization
Managemente
Legal Advice
Settlements and
Projects
Direction
Project
Management
Settlement
Management
Accounting
Advice
Register and
Cartograhy
Direction
Social Research
and Register
Management
Cartography
Management
Head Office Internal Audit
Supervisory
Board
4. Carrer Episode #3 Eng. Bruno Serafini Sobral
ITERJ - Settlement Management Chart (November 2012 until September 2015)
Eng. Luiz Roberto Pereira de Souza
Director
Sergio Bandeira
Settlement Manager
Eng. Bruno Serafini
Sobral
Enviro. and Agric. Engineer
Leonardo
Oliveira
Infrastructure Technician
Eng. Andre
Correa
Agronomist
Elton Guimarães
Arigoni
Agricultural Technician
Eng. Carlos
Magno Vaz Vahia
Agronomist
Josué Reis dos
Santos
Agricultural Technician
Eng. Elisandra
Amendola
Agricultural Engineer
Vinicius Gomes
Vieira Porto
Environmental Technician
Eng. Ricardo de
Souza Oliveira
Agronomist
Luis Carlos
Mendes Cardoso
Agricultural Technician
Eng. Leonardo da
Costa Lopes
Agronomist
Mateus Villa
Martins Silva
Agricultural Technician
5. Carrer Episode #3 Eng. Bruno Serafini Sobral
ITERJ - Project Management Chart (September 2015 until present)
Eng. Luiz Roberto Pereira de Souza
Director
Arch. Flavia Maywald Maffei
Project Manager
Eng. Bruno Serafini
Sobral
Enviro. and Agric. Engineer
Deivisson
Oliveira
Draftsperson
Eng. Bruno
Mendes Antonio
Enviro. and Agric. Engineer
Renato Phillipe
Olimpio
Draftsperson
Eng. Cristiane
Santos
Forestry Engineer
Eng. Edson
Pereira Jr.
Forestry Engineer
Eng. Edil
Pericles Faria
Civil Engineer
Carlos Wagner dos
Santos
Infraestructure Technician
Arch. Pedro
José Manso
Architect
Arch. Felix
Magero
Architect
6. Carrer Episode #3 Eng. Bruno Serafini Sobral
c) PERSONAL ENGINEERING ACTIVITIES
3.7) I first served as a field engineer at a rural community called Fazenda Engenho
Novo, located in Sao Goncalo county. By this time my routine had become quite
different due to the close relationship started with the community. With 745
hectares divided into 130 lots and with approximately 150 families, Fazenda
Engenho Novo is a rural settlement of infinite cultural and historical wealth,
which made the performance of engineering a major challenge.
3.8) The first work conducted by me within the settlement was the coordination of
the re-registration of the settled families served by ITERJ. This allowed me to
introduce myself as a new representative of ITERJ, while I got the chance to
better know the families, identifying their main concerns and eventual
irregularities. The study was conducted for 45 days and served as the baseline
for planning ITERJ´s activities in the area.
3.9) During this first work we realized a great dissatisfaction of the population with
the settler´s Association. The main complaint of the settlers was that the
machinery provided by ITERJ for the development of agriculture in the region,
did not answer sufficiently, and cost more than most could afford. Then, after
several meetings with representatives of ITERJ, local community, local
government and public ministry, we managed to reach an agreement that
allowed the use of machinery by the population. In the agreement, the machinery
would be made available at half the price, with the provision of fuel by the local
government (city hall) and use control made by ITERJ. My contribution to this
agreement was mainly in convening and organizing weekly meetings, as well as
the representation of the local community, which for years was not satisfied with
the services provided by ITERJ and the local government.
3.10) Other activities were conducted in parallel, and part of my responsibility was
also to plan agricultural and environmental development of the region in
accordance with the local community. As a licensed professional, my duty was
to ensure that all projects planned for the area were in accordance with the legal
guidelines that regulate the practice of engineering, as well as the applicable
environmental standards.
3.11) Another important activity also developed by me in the area was the
rapprochement between ITERJ and Universidade Federal Fluminense (UFF). In
this approach it was possible to take students from the university to the
settlement and carry out practical classes. One of the largest impact classes made
possible by this partnership was the irrigation class developed in June 2015. In
this class the UFF teachers and ITERJ irrigation specialists were able to
introduce students to a sprinkling irrigation system. Students could then install
themselves, under the supervision of teachers, the irrigation system in one of the
beneficiaries lots.
7. Carrer Episode #3 Eng. Bruno Serafini Sobral
Figure 1: Irrigation class assembling agricultural sprinkler system.
3.12) Whenever necessary and triggered by the population I attended the rural lots to
advise, plan and inform the settled population. This constant exchange of
information between the population and ITERJ, so desired by Rio de Janeiro´s
State Government, allowed the main needs of the settlements to be identified. At
Fazenda Engenho Novo I identified as major needs the transparency in the use
of agricultural machinery, the access to sanitation and a fairer distribution in
agricultural inputs. For each identified deficiency I could propose actions that
longed for the reduction of the local popular dissatisfaction.
3.13) As for the transparency in the use of machinery, in addition to reducing the price
offered to the settlers, it was initiated by my team´s new daily machinery
control, with individual record for each operated equipment. Although a simple
solution, this allowed the presentation of vouchers with usage information,
making management more transparent for the local public. I also began to
control the periodic review of each equipment as established in its instruction
manual, which increased equipment life and reduced machinery breakdown due
to lack of maintenance.
8. Carrer Episode #3 Eng. Bruno Serafini Sobral
Figure 2: Hangar where machinery is kept safe
3.14) Access to sanitation was very poor at the community and measures needed to be
taken by the public power. After the local sanitation company declared that there
was no provision for the installation of the sewer system, I decided to elaborate a
project that could serve the population in an alternative way. Together with the
most needed settlers, my team and I decided for the implementation of 17
cesspool filter tank systems. The number of households in need of this system
was greater than 70, but being a pioneer project, I decided by the experimental
implementation of the project. All the work was supervised by me, and as a
Labor Safety Engineer it was my duty to daily enforce safety matters to the
workers involved with the construction of the cesspools.
3.15) The impact of the project was excellent and it was included in the portfolio of
ITERJ´s solutions to improve access to basic sanitation in poor rural
communities.
Figure 3: One of the seventeen cesspool filter systems installed.
9. Carrer Episode #3 Eng. Bruno Serafini Sobral
3.16) As for the better distribution of new agricultural inputs, to encourage local
production and increase the income of each settler, I decide for a more
individualized approach. During the re-registration of settled families, I sought
to identify the main potential already carried out by each family, which helped to
set the right purchase and delivery of agricultural inputs needed. After the
purchase and delivery was made, I carried out close monitoring of sowing and
harvesting for all beneficiaries, with the help of a quantitative and time control
sheet.
3.17) The above information was recorded and posted online by me, in order to
guarantee the population’s access to information as well as the close follow-up
by my superiors, and can be found at
http://www.fazendaengenhonovo.wordpress.com . Over 18 months of field
work was recorded and posted online on a daily basis, while the work was in
progress.
3.18) After three years as a field engineer responsible for rural settlement Fazenda
Engenho Novo, it was necessary to make a few changes on the Settlements and
Projects Direction team, and so I was transferred to the Project Management
team. As part of the Project Management Team, I started to work directly on
projects planned by ITERJ for the assisted communities, contributing with my
field experience to the formulation of better projects.
3.19) My first activity as part of the Project Management Team was to conduct studies
to better understand the dynamics of flooding in another rural settlement, called
Terra Prometida. This settlement is located in Duque de Caxias (district of Rio
de Janeiro), and has been suffering for years with flood events caused by the
river Iguaçu overflow, which borders the area. In this study, I applied the
methodology presented in the Career Episode # 1, aiming to propose solutions
that could minimize flooding in the settlement area. The study resulted in a
detailed report that presented possible solutions, budget estimates and technical
information for each solution.
3.20) While working directly with the population, at Fazenda Engenho Novo, I often
felt the necessity to dispose of indicators that would help me measure the
quantity and the quality of the work performed. Once I was transferred to the
project management area I could finally expose that concern to my new
manager, and was assigned to create a tool that would help to manage field
information.
3.21) The tool I developed was based on a field questionnaire to be applied yearly,
containing several relevant information and was able to present 41 indicators of
social, environmental and economic development. The questionnaire was
developed in VBA language from Microsoft Excel spreadsheet, and allowed my
colleagues at ITERJ to compile an organize information for each lot (and
settlement) assisted by the institution. The VBA language has facilitated the
organization of ITERJ´s technicians responsible for collecting and recording
10. Carrer Episode #3 Eng. Bruno Serafini Sobral
field information, allowing better comprehension by the superiors of the
information regarding agricultural production, access to public services and
environmental condition in each lot of each settlement.
MAIN ACTIVITIES DEVELOPED
3.22) I strengthened the institutional relationships between ITERJ, local city hall and
other institutions involved in the development of rural settlement Fazenda
Engenho Novo.
3.23) I Implemented new methodology for daily control use of equipment provided by
ITERJ, and other necessary controls for the better progress of work.
3.24) I improved access to information and public policies available for the area,
especially with the registration of families in a social program that buys local
crops to provide better school meals.
3.25) I promoted educational actions that sought to straighten the partnership between
ITERJ and Universidade Federal Fluminense (UFF), which resulted in field
visits, practical classes and new projects for the settlers.
3.26) I advised settlers and other institutions on agricultural and environmental
subjects, treating each presented project individually.
3.27) I kept public and updated record of the principal daily actions taken in the field.
3.28) I developed studies and projects maintaining excellent interpersonal relationship
with other co-workers.
d) SUMMARY
3.29) My work at ITERJ has caused great repercussions in assisted communities and
positive feedback from my superiors, especially by the organized and
responsible way that I conduct work and safely keep records. Although I occupy
the position of agricultural engineer at the institution, the variety of tasks
demanded does not count exclusively on agricultural subjects, requiring frequent
application of knowledge in environmental engineering and other disciplines.
I hereby certify that the above statements are true and correct to the
best of my knowledge.