Computer Engineering Vistula University

Overview

Completion of our programme will allow you to expand the knowledge acquired during your Bachelor’s or engineering studies. You will learn to design wireless networks or mobile applications and gain competences that will allow you to manage projects or lead your own IT team. During your studies, you will learn how to use advanced wireless technologies in an organization and design mobile applications for the needs of companies and their products.

Key facts

• During the Master’s degree studies in Computer Engineering at Vistula University, you will gain knowledge in the area of optimization along with the ability to use the R language. We will teach you how to apply the knowledge of algorithms to solve problems related to wireless networks designing and programming of mobile devices. You will gain new competences in project profitability and project management.
• Microsoft’s DreamSpark, Oracle OAI, and CISCO Local Academy education programmes will teach you how to translate theoretical knowledge into practical skills. You will learn how to use design and development tools.

Careers 

After completing the Master’s degree study programme in the field of Computer Engineering, you can gain employment opportunities in many interesting industries:

• medicine (e.g. remote monitoring of patients’ condition: Health Insurance Portability);
• military technology;
• environmental protection and safety (with the use of wireless alarm sensors: pollution, pressure, smoke, noise, etc.);
• industrial plants of various industries (fast control and measurement data transmission from places of limited access);
• research, protection and monitoring of the natural environment (e.g., monitoring the movements of different animal species);
• development and implementation of modern solutions in the area of wireless networks and automation systems of intelligent buildings (sample wireless control systems in a building: lighting, blinds, heating, motion detection, failure detection, etc.);
• property protection and road and air traffic control (e.g., unmanned flying systems);
• supporting social networks and entertainment;
• multi-robotics;
• network-centric systems;
• car communication (communication technologies: V2V – Vehicle-to-Vehicle, V2I – Vehicle-to-Infrastructure).