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$6 USD / hour
Flag of VENEZUELA
valencia, venezuela
$6 USD / hour
It's currently 12:18 AM here
Joined December 22, 2017
0 Recommendations

Jorge D.

@jorgedsc

 5.0 (1 review)
1.3
1.3
100%
100%
$6 USD / hour
Flag of VENEZUELA
valencia, venezuela
$6 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
N/A
Repeat Hire Rate

Telecommunications Engineer

I am a Telecommunications Engineer. Passionate about science, with strong technical, business, and interpersonal skills for working and successfully completing a project. Languages: - Spanish (Native) - English (Advanced) - Portuguese (Advanced) Skills: - Electrical Circuits - Analysis and design of antennas - Windows and Linux systems - Design of graphical user interfaces - Design of Local Area Networks (LAN) - TCP/IP protocol - Optical fiber - Radio propagation - Self taught guitarist Programming Languages: - Python - Visual Basic - C, C++ - Assembly - VHDL Software Skills: - LaTeX - QT - LTSpice - Advanced Design System (ADS) - CST Studio Suite - Proteus - Code Composer Studio (CCS) - MPLAB - Optisystem - Microsoft Office
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Portfolio

4280552
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
4280552
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0
My undergraduate thesis for Telecommunications Engineering at University of Carabobo. It's a software for analysis and design of antennas. It's written in Python and is intended to perform designs of antenna arrays with uniform spacing and relative paralelism, providing different synthesis methods (Uniform, Binomial, Schelkunoff, Fourier, Taylor, etc.). It also permits the design of arrays with arbitrary geometry, this being possible through the implementation of NEC-2 (Numerical Electromagnetics Code). It's a very didactical program and shows useful information such as: impedance matrix, current distribution, 2-D and 3-D radiation pattern, feeding network.
DISANT 4.0

Reviews

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5.0
€44.00 EUR
Modificar pequeño codigo Python 3
Estamos muy satisfechos con el trabajo que ha hecho Jorge para poder finalizar nuestro proyecto de Python! Muy recomendado!
Python
Engineering
Software Architecture
Physics
G
Flag of Borja A.
@gvila
•
6 years ago

Experience

Teaching assistant of Electric Circuits

Universidad de Carabobo
Dec 2014 - Apr 2018 (3 years, 4 months)
* Preparation of teaching material. * Development of problem solving classes in Electrical Circuits I to help students reinforce their learning and complement the classes taught by the main teacher. * Solution of typical problems of electrical circuits that involve the basic concepts, Kirchhoff laws, methods of analysis, theorems, permanent sinusoidal regime and analysis of the transitory regime.

Education

Telecommunications Engineer

Universidad de Carabobo, Venezuela 2012 - 2018
(6 years)

Qualifications

Basic English

FUNDAUC
2009

Advanced English

FUNDAUC
2010

CCNA Routing and Switching: Introduction to Networks

IMYCA
2014
* Build simple LANs, perform basic configurations for routers and switches, and implement IP addressing schemes. * Configure and troubleshoot routers and switches and resolve common VLAN routing issues in both IPv4 and IPv6 networks. * Develop critical thinking and problem-solving skills using real equipment and Cisco Packet Tracer. * Configure WAN technologies and network services required by converged applications in a complex network.

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