Charles University

Overview

The Computer Science – Visual Computing and Game Development (MSc) program at Charles University integrates visual computing, computer graphics, and intelligent software engineering tailored for modern gaming and interactive systems. Students will gain a strong foundation in artificial intelligence, deep learning, and data-driven methodologies, complemented by practical programming skills necessary for success in the field.

What you'll study

Study focus: The curriculum emphasizes visual computing and game development while providing a robust grounding in AI, probabilistic reasoning, and software engineering.

Core and specialist courses

• Statistical Methods in Natural Language Processing
• Probabilistic Methods
• Logic in Computer Science
• Deep Learning
• Digital Image Processing
• Microcontroller Programming

Learning outcomes across the programme

• Implement and evaluate algorithms for visual data processing and computer vision tasks.
• Apply deep learning models to perception and analysis problems.
• Utilize probabilistic and logical methods to reason about systems and uncertainty.
• Develop software with an engineering mindset suitable for interactive and graphics-intensive applications.

Capstone / final project

Students will undertake a significant independent project that leverages the skills and methodologies acquired throughout the program, focusing on a technical issue in visual computing, AI, or game-related systems.

Entry requirements

The program does not specify particular GRE, GMAT, or GPA requirements for admission. Candidates are encouraged to check the university's admissions guidelines for detailed information.

Career prospects

Graduates of the MSc in Computer Science – Visual Computing and Game Development will be well-prepared for various roles in the technology sector, including positions in game development, software engineering, AI research, and visual computing. The skills acquired during the program will provide a competitive edge in the job market, enabling graduates to contribute effectively to innovative projects and advancements in technology.