Systems Engineering of the glorious University of Cuenca. Fullstack developer with work and academic
experience in various programming languages: Python, Javascript, Java, Matlab-Octave-Julia. In
addition to database management: SQL (Oracle, PostgreSQL, MySQL), NoSQL (MongoDB, Firebase). I
develop Front-End and Back-End usually with Javascript based frameworks.
We work in orderly and structured environments to obtain quality products. When developing a
project I seek to abide by a Software Development Cycle with agile methodologies, allowing to
build better software in less time.
Additionally, I write for the Internet, you can read my posts on Medium or LinkedIn.
Software Engineer, with experience in Full Stack web / desktop development, currently migrating to mobile development (Flutter Lover).
Web Development, Artificial Intelligence, Text Mining, Computational Linguistics and Digital Marketing.
The most representative jobs as Software Developer.
2020 - 2020
First Investigations: "STUDY FOR THE
MODEL OF TRANSPORT DEMAND FOR THE CITY OF CUENCA" with the GAD
Cuenca where I implemented the databases of the surveys, in addition to
estimates of cuts
and quality control tasks of the data of the polls.
The second investigations "STUDY FOR STRENGTHENING THROUGH TECHNOLOGICAL MEANS FOR
MONITORING,
SUPERVISION AND CONTROL ON THE TRAMWAY AXIS. BLACK POINTS AND CRITICAL POINTS" refers to
the identification of the conflictive intersections of TRANVIA Cuenca, with EMOV,
where A native mobile application for Android was developed to
facilitate
data collection in vehicle gauging and a simulation of urban traffic was created with
SUMO Traffic Simulator.
Technologies used: PostgreSQL, Java (Mobile development for Android),
Python, M. Excel
2019 - 2019
Design and Implementation of a Geo-Portal to visualize the results of the Investigations
carried out in this Department. Check the Geoportal here
Technologies used: QGis, JQuery, Ajax, PostgreSQL
2018 - 2019
Basic Computer classes for students in 2nd year of school.
This project
aims to reduce the existing digital divide in students of the Santa Ana parish and
provide them with new knowledge opportunities through workshops and trainings that allow
them to complement their academic training.
2018 - 2019
2018 - 2018
Advice for obtaining results of a Master's thesis of Language and Literature.
Implementation of concepts of Computational Linguistics in archives that demonstrate the
functioning of Spanish grammar.
Technologies used: PROLOG, Python
2018
Design and development of a Web Application: www.arme.com.ec
Technologies used: Nodejs, ExpressJs, PostgreSQL, Sequelize
2018 - 2018
Development of scripts for the renewal of resources for the area of data analysis of
the company.
Technologies used: Python (Pandas, Matplotlib,
Tkinter), Excel VBA.
These projects I have carried out in a work and educational environment, most of these works contain a link to their repository on Github.
Design and development of a Web Application: www.arme.com.ec Technologies used: Nodejs, ExpressJs, PostgreSQL, Sequelize.
Front-End Website Design and Development: BIGLIETO.
Digital Marketing: Maintenance of Social Networks Front & Back-End Design and
Development of the Administrative Panel.
Technologies used: Nodejs, ExpressJs, PUG, PostgreSQL, JQuery,
Ajax, Adobe Photoshop
Custom software, automates the process of public purchases in the Dental Office of the
Central Campus of the University of Cuenca.
Technologies used: HTML5, CSS3, Bootstrap, NodeJs, ExpressJs,
JQuery, Ajax, PostgreSQL.
Repo Github
Design and Implementation of a Geo-Portal to visualize the results of the Investigations carried out in this Department. Technologies used: GeoServer, Postgis, JQuery, Ajax
One of the topics that most attracts my attention is Artificial Intelligence, Data
Science, Big Data.
I have implemented educational projects, but without a doubt, I would apply the
knowledge in professional projects.
Among the projects that I have developed are:
Design and Implementation of Database and Web applied to an agriculture business. This Implementation was projected into the future, in order to perform Big Data with the registered data.
MASHUP - Design and Implementation of a Web Page that integrates 4 external APIs in a
Mashup, REST API, User Authentication.
Repo Github
Academic project that proposed to solve the problem of vehicular traffic in public events
in the city of Cuenca, developing software that simulated the treatment of daily
vehicular traffic in specific areas. In addition to providing different services
(Assistance in the request of taxis and estimation of weather conditions) for the
different users contemplated in the analysis phase of the project, among which the
meteorological state of the city determined in the development phase.
Technologies used: Apis (Google Maps, Open Weather Street), Java
Swing, JFreeChart, JSoup, Open CV, JCPicker, Visual Paradigm, Netbeans 8.2
Design and Implementation of a static informative Web Page to reinforce the knowledge of
the students of the Physics, Electricity and Magnetism subject at the University of
Cuenca.
Technologies used: HTML5, CSS3, Bootstrap4, Javascript, Látex.
Repo Github
We advised an undergraduate thesis in Industrial Engineering, where the aim was to
predict sales (Vehicle Concessionaire) using Artificial Intelligence. In order to
compare with other methodologies used for the same objective. 💻📊📈 The case study
applied Multilayer Neural Networks (MLP) 👨💻 in Univariate and Multivariable analysis
over Time (Time Series).
Technologies used: Python, Tensorflow, Scikit y Pandas.
Repo Github
We performed an urban simulation 🚈🚐 in order to identify conflicts at busy
intersections of the tram route (Cuenca, Ecuador). These simulations 💻 allow us to
foresee current and future problems, as well as making work plans to reduce the danger
of these intersections. The open source software SUMO Traffic Simulator was used to
create these, with OSM maps 🗺️ and data obtained by the Aforo Vehicular mobile
application. The available data allowed simulating the course of nearly 500,000 cars /
trucks or bicycles🚐🚌🚲, in 4 crowded areas of the city of Cuenca:
-Av. España y Av. Américas (Sector Parque Industrial)
-Av. Américas y M. Lamar (Sector Bomba de Eloy Alfaro)
-G. Sangurima y M. Cueva (Sector Mercado 9 octubre)
-Av. España y Sebastián de Benalcázar (Sector Terminal Terrestre)
The application of these studies makes it possible to improve vehicle traffic management
in developing cities.
More Info
Technologies used: Sumo Traffic Simulator.
I collaborated with the Active and Sustainable Mobility Group of the University of Cuenca
and the GAD Cuenca in the design and implementation of a database for the storage of the
forms of the "2020 Mobility Survey" 🚶♂️🚶♀️ to identify the mobility dynamics of the
Cuenca population. Undoubtedly an important collaboration managing the use of ICTs
🖥️📲💻 in decision-making to implement new policies that adjust to the changing world.
Technologies used: Python, PostgreSQL, Linux (Centos7).
Automation of data collection 📲 is essential to generate faster projects, optimizing
time in the field.⌚
In a development carried out with the research group Active and Sustainable Mobility of
the University of Cuenca, a mobile application was generated 📱for the collection of
vehicle capacity data. The application was implemented using good software development
practices. Thus the application remains stable and fully functional📈. Among the
developed features are:
- Native Development for S.O. Android.
- Geolocation.
- Responsive for various screen sizes.
- Stable Synchronization.
- Statistical Graphics.
- Control by Timer.⏱️
- Accommodation in the Cloud.
- Offline and Online operation. 📳
Undoubtedly, implementing software in the processes of a project allows you to correctly
manage resources and, above all, facilitates the life of the work team.
Technologies used: Java, PostgreSQL, Linux (Centos7).
I have collaborated on several projects from various fields, I seek to implement elegant technological solutions to real life problems. I have carried out these projects in a work and educational environment, the following opinions are a reflection of the results obtained.
I can help you realize your ideas!
