Game Development Developer in Belgrade, Serbia

Tom Clancy's Ghost Recon: Breakpoint is an AAA military shooter game developed by Ubisoft.

It is set in a diverse, hostile, and mysterious open world that you can play entirely solo or in four-player co-op. Face your toughest enemies ever, the Wolves, a lethal ex-US military unit gone rogue, ready to use the most effective killing machines to take you down. Test your survival skills and adapt to the varied terrains of Aurora, a new world where a high-tech utopia is surrounded by natural beauty and rough terrain.

The website is meant to serve to stores/customers, and make possible for them to offer/book services online. The project was a full-time full-stack engagement from scratch. I worked as a single architect and full-stack programmer.

Tom Clancy's Ghost Recon: Wildlands is a famous Ubisoft brand, played by more than 10 million people.

This AAA shooter is well known for its vast world that drives players to discover Bolivia, South America. You can explore the mountains, deserts, rainforest or hundreds of villages and landmarks.

Your mission, as a member of the Ghosts, is to create chaos that will destabilize and eventually break the alliance between the Santa Blanca cartel and the corrupted government. Engage all your missions in whatever order or manner suits you. The world will react differently to each of your choices. Manipulate the unexpected. You can play entirely solo, in co-op sessions, or you can try special modes like PvP Ghost War.

This illuminating text reviews the fundamentals of programming for productive dataflow computing. The dataflow paradigm enables considerable increases in speed and reductions in power consumption for supercomputing processes, yet the programming model requires a distinctly different approach. The algorithms and examples showcased in this book will help the reader to develop their understanding of the advantages and unique features of this methodology.

This application is developed for the purpose of my bachelor's thesis using Maxeler dataflow supercomputing techniques.

The project's purpose is solving the three-dimensional Poisson's equation. The equation arises in an astonishing variety of mathematical and physical contexts, ranging through elasticity and solid mechanics, fluid mechanics, electromagnetism, geometry, probability, number theory, and many other fields.

Starting from pure scientific applications, and covering use cases in analysis of team behavior and lifesaving patterns like tsunami wave modeling, Poisson's equation has a potential for a whole spectrum of applications. On the other hand, solving it can be very challenging or time-consuming, and that is where dataflow computing works at its best. It powers up applications and makes them very fast and efficient for big sets of data.

The project was a short-term engagement within which the import/export library for custom graphical objects was implemented using C++. The project required profound object-oriented programming knowledge and generalization abilities.

I handled the design and JavaFX implementation of a 2D single-player computer game. The user chooses the terrain and a car and drives it.

The goal is to reach the end as quickly as possible, with as many as possible collected gems and with as high as possible level of gasoline in the tank. Those demands are usually contradictory, so a user must balance between them to get as much as possible cumulative points.

It was implemented for the purpose of testing while at school.

Built with CodeIgniter, PHP, and SQL database, this project represents a web system that allows short, precise, valuable, reliable and nonredundant information to be freely shared with the world. There are writers who write snippets, reviewers who control the quality, pattern, and redundancy, and administrators who take care of the system. Powered by the free will, good hearts, and a desire for contribution, this idea should be an example of clean motive and progressive ideas.

It was implemented for the purpose of testing while at school.

This project is a web application for conference management. It was implemented using JSF, JPA, JSP, Servlets, HTML, CSS, JavaScript, and Java.

How it works is first authors upload their work for conferences. A coordinator then checks them and sends them to reviewers to review. The paper goes back and forth from authors to reviewers until the paper is deemed acceptable. Using the app, conferences can be organized and scheduled.

It was implemented for the purpose of testing while at school.

This project is a compiler for the MicroJava programming language implemented using Java, Cup, and JFlex. MicroJava is an object-oriented language similar to Java but with reduced possibilities.

It was implemented for the purpose of testing while at school.

This project is a general-purpose processor with a five-stage pipeline. It was implemented with VHDL (using Quartus and ModelSim, and Altera tools).

It was implemented for the purpose of testing while at school.

This project was implemented for the purpose of testing while at school using C++ on an Ubuntu operating system.

This project was implemented for the purpose of testing while at school using C++ on a Windows XP operating system.