Čeština
English
Home
In the academic year 2009/2010 Faculty of Electrical Engineering CTU opened a degree program called Open Informatics. The program includes 3 Bachelor’s and 2 Master’s specializations.
Open Informatics is a research-oriented educational concept, whose primary objective is to provide students with quality education comparable with the rest of the world, in the field of computer science, to help them pave the way for connecting (master’s and doctoral) studies at universities in the Czech Republic as well as abroad. The highly demanded, highest-quality education is typically offered by research-oriented universities due to their close connection to the latest advancements in technology, top-level experts and reputation of individual research teams.
Education in modern, dynamic specializations (artificial intelligence, computer vision, software and embedded systems, computer science) is led by a team of quality professionals with extensive international experience. The added value of the program is given by its openness, the following factors playing the key role:
- High degree of flexibility allowing students to configure their own study profile
- Availability of minor specializations
- A wide range of courses taught by top-level experts from across the Faculty of Electrical Engineering
- Focus on the standards of internationally recognized tests in computer science, GRE Computer Science
- Cooperation with foreign universities
- Graduates of the bachelor’s program are qualified to study their master’s program in computer science anywhere around the world
- The master's program can be studied by bachelors coming from a wide range of fields, including those not purely informatical
- Modern, freely available educational materials (inspired by MIT OpenCourseWare)
Our projects | More projects
Tactical AgentFly
Tactical AgentFly is an ongoing U.S. Army-sponsored research project developing agent-based coordination and planning techniques for multi-UAV information collection missions, with special emphasis on complex urban environments.
OCERA - Open Components for Embedded Real-time Applications
The objective of this project was the improvement of embedded distributed computing systems for applications with real-time constraints. The project outputs developed in our department are open source components such as:
LinCAN (Linux CAN driver by P.Pisa) - is implementation of the Linux device...
I-Globe
The project I-Globe: Distributed Planning and Coordination of Team-oriented Activities in a Dynamic Environment investigates (by means of formal modeling and experimental validation) integration of automated planning methods and multi-agent technologies in a distributed planning architecture. It...
FRESCOR - Framework for Real-time Embedded Systems based on Contracts
The FRESCOR project is aimed at developing a framework that integrates advanced flexible scheduling techniques directly into an embedded systems design methodology, covering all the levels involved in the implementation, from the OS primitives (focusing on Linux and its real-time extensions),...
DeepA
DeepA je projekt zabývající se plánováním v složitých heterogenních prostředích za přítomnosti většího počtu agentů. Agenti operují ve sdíleném prostředí a proto musí uvažovat o...
ARTIST2 - Embedded Systems Design
The long-term objective of this Network of Excellence was to work in the area of Embedded Systems Design while unifying 35 centers of excellence in the EU. Its mission is spreading excellence through joint research and summer schools for PhD students. Our department was the only core partner...
AgentFly
AgentFly is a multi-agent system enabling large-scale simulation of civilian and unmanned air traffic. The system integrates advanced flight path planning, decentralized collision avoidance with highly detailed models of the airplanes and the environment. AgentFly can be executed in a fully...
AgentC
The aims of this project are to provide an integrated framework with a rich set of tools and techniques for the analysis and classification of maritime domain data, for the creation of behavioral models of typical classes of vessels and the prediction of their routes and actions, for planning...