Welcome, Campus Tour, National Library of Technology, Czech History and Culture Course

Guided tour of historical wastewatertreatment plant in Bubenec

The CTU Summer School will begin with four exciting days of studying robotics with Dr. Martin Novák, associate professor in the Faculty of Mechanical Engineering. You will start with the basics of Arduino programming, the use of sensors, and motor control. Then you will learn about display control and how to make your PC communicate with the robot. The next day you will start individual hands-on projects (with guidance from Prof. Novák) to make your robot come alive, make it move, drive, dance or whatever you choose as your goal! On the final day you will complete your project and demonstrate your very own operating robot to the class.

The CTU Summer School will begin with four exciting days of studying robotics with Dr. Martin Novák, associate professor in the Faculty of Mechanical Engineering. You will start with the basics of Arduino programming, the use of sensors, and motor control. Then you will learn about display control and how to make your PC communicate with the robot. The next day you will start individual hands-on projects (with guidance from Prof. Novák) to make your robot come alive, make it move, drive, dance or whatever you choose as your goal! On the final day you will complete your project and demonstrate your very own operating robot to the class.

The CTU Summer School will begin with four exciting days of studying robotics with Dr. Martin Novák, associate professor in the Faculty of Mechanical Engineering. You will start with the basics of Arduino programming, the use of sensors, and motor control. Then you will learn about display control and how to make your PC communicate with the robot. The next day you will start individual hands-on projects (with guidance from Prof. Novák) to make your robot come alive, make it move, drive, dance or whatever you choose as your goal! On the final day you will complete your project and demonstrate your very own operating robot to the class.

The CTU Summer School will begin with four exciting days of studying robotics with Dr. Martin Novák, associate professor in the Faculty of Mechanical Engineering. You will start with the basics of Arduino programming, the use of sensors, and motor control. Then you will learn about display control and how to make your PC communicate with the robot. The next day you will start individual hands-on projects (with guidance from Prof. Novák) to make your robot come alive, make it move, drive, dance or whatever you choose as your goal! On the final day you will complete your project and demonstrate your very own operating robot to the class.

On day one of this module you will learn the basics of Computer Aided Design (Cad) modelling and 3D modelling, then create your own 3D models.

Go on a guided tour of the Centre of Vehicles for Sustainable Mobility in Roztoky u Prahy. One part of laboratory in Roztoky serves as homologaton emission laboratory. This cylindrical brake and its usage will be the main point of the visit. Further will be shown the internal combustion engine test cells, including the experimental single cylinder engine. Unique equipment is the injection laboratory. The transmission laboratory dedicated for experiments with passenger car gearboxes will be also included in the laboratory tour.

In this session you will learn about new methods for subjective testing which are used to optimize human-computer interaction. Particular attention will be devoted to parallel-task testing which mimics cases of standard use of the tested devices. The balance between parallel-task authenticity and laboratory test repeatability will be discussed. Finally you will learn about some exciting counter-intuitive results, including EEG measurements of the tested subjects.

On day two you will learn to how to make assemblies and parts of drawing, then you will render animations.

During this one-day program at the Faculty of Nuclear Sciences and Physical Engineering you will experience the essential ways that nuclear sciences contribute to cutting edge research and technology. First we will present the CERN accelerator complex along with an introduction to particle detection. We will also describe recent discoveries, open questions and applications. Then we will have a short introduction to fusion physics, the physical principles of tokamacs, nuclear fusion reactor ITER and DEMO fusion power plant. This will be followed by a visit to the university tokamak GOLEM. The session will conclude with hands-on physics experiments or a visit to the nuclear chemistry research laboratories with a discussion of the research performed there.

During this session you will get a summary of air navigation, including takeoff and landing procedures, and the fundamentals of airport operations. You will get to practice your skills on a flight simulator and get a practical evaluation of your flying abilities.

During this visit of the Prague Airport you will get a tour of the Czech Aviation Training Centre and the Air Navigation Services to see first-hand how training and air navigation work at a busy airport.

Cardiovascular diseases are well known as one of the leading causes of death in developed countries, and there is an emerging need for integrated, non-invasive, and easy-to-use clinical tools to accurately assess the cardiovascular system. During this presentation you will learn about the current problems of clinical blood pressure measurement and to discuss limits of home blood pressure measuring devices. Following the presentation, you will be able to measure your own biological signals using various medical technologies (ECG, PPG, breathing monitors, etc.). You will learn to implement algorithm targets for signal filtering, detection of peaks in the signals, and identification of physiological relationships.

While visiting the Faculty of Biomedical Engineering you will learn to use the Integrated Rescue System's 3D Model, then practice handling crisis scenarios using selected computer programs. You will then learn about recent advances in using robots for medical rehabilitation and physiotherapy. This session will end with a discussion of the dangers of terrorism in the Czech Republic and how an integrated rescue system can respond to these challenges.

For the last three days of the CTU summer school you will join participants of the IEEE RAS Summer School on Multi-Robot Systems which has been held previously in Singapore and Prague. Top specialist from around the world will explain the newest achievements in multi-robot system research with the goal of enabling you to put systems of cooperating robots into practise. The main theme will be swarm robotics, including lectures by international experts and hands-on experience with state-of-the-art aerial platforms developed for multi-robot research. One of the most popular parts of this session is the practical exercise conducted by all participants on the last day of the summer school. The unique opportunity of putting hands on real aerial multi-robot systems will enhance your gained knowledge and may be crucial in your consequent research. Students with the best performance of the final experiments will be awarded.

For the last three days of the CTU summer school you will join participants of the IEEE RAS Summer School on Multi-Robot Systems which has been held previously in Singapore and Prague. Top specialist from around the world will explain the newest achievements in multi-robot system research with the goal of enabling you to put systems of cooperating robots into practise. The main theme will be swarm robotics, including lectures by international experts and hands-on experience with state-of-the-art aerial platforms developed for multi-robot research. One of the most popular parts of this session is the practical exercise conducted by all participants on the last day of the summer school. The unique opportunity of putting hands on real aerial multi-robot systems will enhance your gained knowledge and may be crucial in your consequent research. Students with the best performance of the final experiments will be awarded.

For the last three days of the CTU summer school you will join participants of the IEEE RAS Summer School on Multi-Robot Systems which has been held previously in Singapore and Prague. Top specialist from around the world will explain the newest achievements in multi-robot system research with the goal of enabling you to put systems of cooperating robots into practise. The main theme will be swarm robotics, including lectures by international experts and hands-on experience with state-of-the-art aerial platforms developed for multi-robot research. One of the most popular parts of this session is the practical exercise conducted by all participants on the last day of the summer school. The unique opportunity of putting hands on real aerial multi-robot systems will enhance your gained knowledge and may be crucial in your consequent research. Students with the best performance of the final experiments will be awarded.