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BSc Computer Science

A rigorous grounding in algorithms, systems, software and applied artificial intelligence.

Qualification
allgemeine Hochschulreife oder ein als gleichwertig anerkannter ausländischer Abschluss
Academic credits
120
Study mode
Online / Hybrid / Campus
Language of instruction
Deutsch / English
Duration
4 Semester
Start
1. Oktober 2027
Tuition
2.450 EUR pro Semester, insgesamt 9.800 EUR
Application deadline
15. Juli 2027

Overview

A rigorous grounding in algorithms, systems, software and applied artificial intelligence. The programme combines scientific foundations with project-based engineering practice, delivered in structured semesters with supervised teaching.

Curriculum

Illustrative curriculum. The officially approved module structure will be published once programme documentation is available.

  1. Semester 1

    • Programming
    • Data Structures
    • Discrete Mathematics
    • Computer Systems
  2. Semester 2

    • Algorithms
    • Operating Systems
    • Databases
    • Computer Networks
  3. Semester 3

    • Software Engineering
    • Web Technologies
    • Distributed Systems
    • Cloud Computing
  4. Semester 4

    • Artificial Intelligence
    • Machine Learning
    • Cybersecurity
    • Data Science
    • Final Project

Learning outcomes

  • Apply scientific method to technical problems
  • Design, model and evaluate complex systems
  • Communicate results to specialist and international audiences
  • Assess technological developments in ethical and legal terms

Admission requirements

  • Recognised secondary qualification or equivalent — higher education entrance qualification including mathematics and one natural science (overall grade 2.5 or better)
  • Evidence of proficiency in the language of instruction — English C1 (IELTS 7.0 / TOEFL iBT 95) or German C1 (TestDaF 4x4 / DSH-2), depending on the language of instruction
  • Complete application documentation — transcripts, language certificate, CV and identity document

Career opportunities

  • Development and design roles in technology-driven organisations
  • Research and development in institutes and industry
  • Project and systems responsibility in interdisciplinary teams
  • Progression to master's or doctoral study

Virtual laboratories

Practical engineering education requires laboratory work. TU Eisenfeld develops virtual laboratory environments in which students work with realistic models, measurement data and control tasks.

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