Ivan Diesel

Senior Software Engineer

Thoughtworks•  April 2015 - January 2019

Solve problems using code to transcribe logical reasoning. Interest in solving problems in Java, Python, React native. I like to read, research, investigate, unveil, doubt, help team, be disciplined. Be willing to study and learn always, even if it is not in the areas of interest.

Software Engineer

Locker Armarios Exclusive•  February 2014 - April 2015

Develop mobile apps in Objective-C. Develop the website in Java and Oracle.

Software Engineer

IBM•  January 2013 - August 2014

Develop ATM in DELPHI and PL-SQL. Develop a Administration System in Java

Software Engineer

Terra Networks S/A•  May 2012 - February 2014

The programming languages ( PHP, SQL, JS) to study e works, analyze and create programs and sites, software, games and 3D graphics in the last generations, Network Administration and Software, the search for solutions to the new innovations in computer science.

Software Engineer

FENEIS•  March 2010 - May 2012

Creation, modification and perfection of FENEIS sites in ASP.NET and ORACLE. Creation of Activity Point in DELPHI and VS. Creation of various banners, announcements, posters, seminars, announcements in Corel DRAW. Creation of a Profile of Teachers from Brazil on FENEIS website. Employee council assistant

Professor

Concordia Deaf School Special•  March 2003 - March 2010

Professor of computer science, mathematics and physics of Elementary and Middle School special education.

UNISINOS

Computer Science, MS•  March 2012 - February 2014

Contemporaneously, cities are becoming more vertical, it is difficult to design urban spaces in which light and heat from the sun would attain the ground and lower floors of urban buildings in a way that does not harm the health of the population. Given the physical limitations to the analysis of the degree of natural lighting of a large number of buildings, it is necessary to simulate it by computer modeling. Parameters such as geographical location, height, number and distance between buildings are used to identify levels of solar radiation and the resulting environmental and technological challenges to be overcome for the sustainability. The objective of this work is to analyze the degree of outside natural lighting in urban areas to seek a technical solution in order to provide the suitable human conditions of lighting and temperature. For this, a model lighting of buildings that includes simulations that allow both the analysis of the degree of illumination building as the analysis of the degree of global illumination on a large set of buildings is presented. The result is presented using the technique of PCA.