Computer Systems Engineering
Operating systems, networks, distributed computing, and emerging architectures.
University of Future MindsUNIVERSITY OF FUTURE MINDSCS / Department overview
Computer Science
From low-level architecture to verifiable algorithms, students learn how computation works, scales, and changes the real world.
Department codeCS
Study levelsBSc · MSc · PhD
Learning modelCourses · labs · real projects
CS / 01
Computer systems, algorithms, programming languages, databases, networks, and theory.
Specialist pathways
Choose your disciplinary depth
Each pathway shares the department foundation, then develops clear professional capability through studios, laboratories, and research.
Algorithms & Intelligent Computing
Algorithm design, theory of computation, optimization, and foundations of machine learning.
Interactive Computing & Graphics
Computer graphics, immersive systems, human-computer interaction, and visual computing.
Core curriculum
A sequence from foundations to integrated practice
Computer systems, algorithms, programming languages, databases, networks, and theory.
- 01CourseIntroduction to Computer Science
- 02CourseProgramming
- 03CourseData Structures and Algorithms
- 04CourseComputer Architecture
- 05CourseOperating Systems
- 06CourseComputer Networks
- 07CourseDatabase Systems
- 08CourseProgramming Languages
- 09CourseCompiler Construction
- 10CourseTheory of Computation
- 11CourseComputer Graphics
- 12CourseCapstone Project
Teaching & research platform
Computing Systems & Algorithms Laboratory
From low-level architecture to verifiable algorithms, students learn how computation works, scales, and changes the real world.
Academic leadership
Alexander Sulfov
亚历山大·苏福夫Head of Computer Science · Professor
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