Case study on parallel generation of Mandelbrot set by using MPI and OpenMP.
This was a research project. The aim was to compare the efficiency of MPI and OpenMP as parallels programming tools. The generation of the Mandelbrot set was taken as a case study. The code is available at https://github.com/EStog/mandelbrotc-.
In this project I:
• Implemented, optimized and adapted the algorithm for the parallel generation of the Mandelbrot set
• Designed and implemented experiments.
• Collected data experiment and wrote a script for visualizing results.
• Wrote a research report that was published in peer-review journal (https://revistas.ulasalle.edu.pe/innosoft/article/view/29)

QuantityEr: extensible solution to obtain the amount of results of complex queries to GitHub:
This is an application to obtain the amount of compound queries to Github. The goal was to design a simple and practical application. The code is available at https://github.com/EStog/QuantityEr
In this project I:
• Conceived the internal design of the application. It is meant to be simple, extensible and decoupled.
• Implemented the entire application along with a command-line user interface. The application make use of the REST API provided by Github.
• Designed an algorithm to obtain the amount of results of complex queries to Github by using inclusion-exclusion principle, set theory and first order logic.
• Designed and implemented a modular dialect of the standard language for making complex queries to GitHub. The parsing process makes use of Sympy (a Python’s module for symbolic computation) features.
• Wrote a research report that was published in peer-review journal (https://revistas.ulasalle.edu.pe/innosoft/article/view/14).

This is a project in course part of my M.Sc. Thesis. The objective is to provide task (threads, process and co-routines) synchronization by using declarative expressions inspired by path expressions.

So far, I:
• This is a project in course part of my M.Sc. Thesis. The objective is to provide task (threads, process and co-routines) synchronization by using declarative expressions inspired by path expressions. So far, I:
• Conceived a general design for declarative synchronization management in Python adaptable for threading and multiprocessing without affecting the code.
• Conceived and implemented an extensible and adaptable framework-like design for string language generation.
• Conceived and implemented an algorithm for string language lazy generation.

I was "Web Programming with Django" course instructor at Identification and Digital Security Center at University of Informatics Sciences.

The University of Informatics Sciences is a teaching-producer center that trains highly qualified professionals in the field of Computer Science, through study-work linkage. The software development activity is evaluated with the CMMI Level 2 category.
In this role I have used diverse tools and technologies to assist the teaching process but also as the targets of the courses that I have given. I have taken under my care more than 30 students per semester in the Computer Science Engineering career, and I have been acknowledged because of my work. I have mainly taught:
• Web programming with Django.
• Artificial Intelligence: Prolog programming, classic search methods, heuristics, metaheuristics, genetic algorithms, knowledge representation, fuzzy logic, case-based reasoning and machine learning.
• Discrete Mathematics: set theory, propositional and first-order logic, elements of number theory and mathematical proof, graph theory, state machines, combinatorics, and recurrence relation.

System architect, Database Designer, Application Designer and Web developper at Wormhole (System for Automatic Qualification in Programming Contests)
- Five-tier distributed architecture design: Web Client (Firefox), Web Server (Django), Database Server (PostgreSQL), Event Management Engines (Python, C ++ and GNU/Linux) and Message Broker (RabbitMQ).
- Design and development of an event-driven language for programming contests configuration.
- Development of application for event management engines using object-oriented design patterns.
- System database design.
- Web server development.
- Unit tests development.

This was an apprenticeship position where the student assist professors in the realization of their job by helping to interrelate different topics of different subjects and by giving instruction to students of lower grades. In this position I:
• Gave instruction to students in programming languages, algorithms and data structures and Discrete Mathematics.
• Helped to construct and to assess courses tests.
• Served as staff in programming contests.