JOSÉ DINIZ NETO

Rua Francisco Paulo Simone, 28 +55 (83) 9 96719346

Sorocaba – São Paulo josediniz.ee@outlook.com
Skype: josedinizneto

SUMMARY

 Career objectives:

 Obtain professional experience by applying the acquired knowledge from University, and gather new
professional skills at work experience.
 Ambition to gather sufficient professional years of experience to become a principal engineer for electrical
engineering commissioning projects.
 Won National and International Awards. Developed work experiences as an intern of electrical engineering
in Brazil and Australia.
 Apply Managerial Skills acquired from MBA in Business Administration, Project Management

EDUCATION

Master of Business Administration – Project

Management USP - Brazil 2018 – 2019

Bachelor’s Degree in Electrical Engineering

IFPB-Brazil 2010 – 2016

 Electrical Power Engineering – Study Abroad Curtin University 03/2015 – 12/2015

English Bridging Course (Academic English) Curtin University 07/2014 – 02/2015

WORK EXPERIENCE

Electrical Engineer at São Paulo Engenharia April/2017- Present

 Responsible for accompanying the construction of an Air Traffic Control Tower, as well as its
750kVA Step Down Substation at the Airport of Sorocaba - SP, Brazil. This work has been executed
together with professionals of the Brazilian Air force, and it also follows strict international
standards (FAA).
 Supervising and Coordinating the complete execution of 750kVA Step Down Substation
(23.1kV/380V):
 23.1kV Primary Cabin (Metering and Transforming Unit)
o 23.1 Modular Switchboard (metering and protection)
o Two Three-Phase 300 kVA 23.1kV/380V Dry Transformers
o Backup Unit
o Two Three-Phase 550kVA 380V Generators
o Uninterruptable Power Supply:
 Two 60kVA 380V No breaks to feed the most essential loads in the airport
o Accompanying the installation of Constant Current Regulators (CCR’s)
o Installing Electric Panels and Switchboards at both Substation and Air Traffic Control Tower
o Accompanying the execution of low voltage electrical installation of buildings (Substation and
Air Traffic Control Tower
 Supervising the complete installation of the Airport communication system (Fiber-Optics, DIOs,
Patch Panels, and other communication devices)
 In Parallel, being responsible for the execution of electrical installation of buildings in a 144-
Apartment construction, as well as designing the project photovoltaic power plants in the City of
Batatais, State of São Paulo, Brazil.
Internship at Electric Drives, Automation and Control Laboratory, IFPB June/October - 2016
 Such work was part of a bilateral cooperation between the Federal Institute of Technology of
Paraíba and WEG Industries.
 Carrying out the final project required to conclude the degree of Electrical Engineering at IFPB.
Such project objectives to provide a review about the wind power sector in Brazil in present days.
In addition, it also includes presenting and simulating in Matlab® script the dynamic model (dq0)
of permanent magnet synchronous machine. Simulation and experimental results were collected.

Student Work Experience na WEG Austrália February/2016

 Analysis and specification of induction motors fed by Variable Frequency Drives.
 Researching out root cause failure analysis of electric motors.
 Studying out equipment catalogues.
 Performed two site visits at a company`s client aiming to analyse the installation of two 1MW
motors fed by a WEG variable frequency drive.
 Received a recommendation letter at the end of the work experience because of work performance
provided to the company.

Internship at SpringCity Engineering, Power and Strategy November/2015 – January/2016


 Australian company located in Perth – WA.
 Supported the Engineering team for performing out an Arch Flash Mitigation Strategies through the
technical requirements from IEEE 1584 standard.
 Assisted the engineering team to solve problems in relation to cost-effective analysis to select both
power equipment and personal protection equipment (PPE)
 Developed power system models and protection devices grading in Power Tools for Windows
(PTW) by consulting technical guides, and the experienced co-workers to achieve power flow
analysis and short-circuit analysis, as well as selecting suitable equipment.
 Received a recommendation letter at the end of the internship.

Undergraduate Student Researcher at Brazilian National Council of Scientific and Technological

Development March/2012 – July/2014
 Assisted to develop a low cost single-phase power generations system connected to the grid that
contributed to reduce the price of U$/kW of the system. Such research had a publication in the IEEE IAS
annual meeting in 2013. The tittle of the article was “Low cost single-phase grid-tie generator”

AWARDS

Employability Award – Curtin University 2016

Such award was provided after two modules:
 Performing out online modules about behaviour at work, professional career prospection analysis,
and how to synthetise and write a proper resume.
 Carrying out a professional experience at course-related area during a significant time. After that
experience analyse the company`s feedback about the performed work
 Further information may be find out in: http://life.curtin.edu.au/careers/employability-award.htm
Science Without Borders – Merit-Based
Scholarship 2014
Such scholarship aimed to benefit students of key technological sectors with the opportunity of carrying out a study
abroad programme in the selected country and institution chosen by the student. The selection was merit based, and
was necessary to have a strong academic background, as well as language proficiency. It was included an English
academic course, one year of study in a related-degree at the chosen university, and an internship in a related course
company.
WEG Technological Innovation Award, Undergraduate Category 2012
Award provided to a work regarding wind power generation system, where all Brazilian Universities were allowed to
participate. The work contribution was proposing a new topology to single-phase power generation systems connected to
the grid. Such topology used a three-phase induction generator as a single-phase generator by using the Steinmetz
connection to minimise the voltages unbalance. In addition, the three-leg inverter topology used permitted the connection
of the generator to the power grid. As a final result, the cost of the system had fallen by half price per generated kW.