Munich University of Digital Technologies & Applied Sciences
Based in Munich, this German applied-sciences institution concentrates on digital and technical fields. Its bachelor's and master's programmes cover computer science, data science, cyber security, software design, robotics and industrial engineering.
Our Campuses
MUDT Siemens Campus Neuperlach
Munichham, Germany
Programs at Munich University of Digital Technologies & Applied Sciences
Explore academic programs available at Munich University of Digital Technologies & Applied Sciences
MEng in Data Science & Artificial Intelligence
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Software Engineering - Test Automation Engineering
Software design focuses on how programs are structured before and while they are written: breaking problems into components, choosing patterns and interfaces, and building systems that stay understandable as they grow. Practical coding sits alongside architecture, testing and version control. Graduates often work as software engineers, architects and technical leads.
BEng Software Engineering - Software Architecture
Software design focuses on how programs are structured before and while they are written: breaking problems into components, choosing patterns and interfaces, and building systems that stay understandable as they grow. Practical coding sits alongside architecture, testing and version control. Graduates often work as software engineers, architects and technical leads.
BEng Software Engineering - Site Reliability/ DevOps Engineering
Software design focuses on how programs are structured before and while they are written: breaking problems into components, choosing patterns and interfaces, and building systems that stay understandable as they grow. Practical coding sits alongside architecture, testing and version control. Graduates often work as software engineers, architects and technical leads.
BEng Software Engineering - Mobile App Development
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
BEng Software Engineering - GenAI Algorithm Development
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
BEng Software Engineering - Data Science and Analytics
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
BEng Software Engineering - Backend and Frontend Engineering
Software design focuses on how programs are structured before and while they are written: breaking problems into components, choosing patterns and interfaces, and building systems that stay understandable as they grow. Practical coding sits alongside architecture, testing and version control. Graduates often work as software engineers, architects and technical leads.
BEng Software Engineering
Software design focuses on how programs are structured before and while they are written: breaking problems into components, choosing patterns and interfaces, and building systems that stay understandable as they grow. Practical coding sits alongside architecture, testing and version control. Graduates often work as software engineers, architects and technical leads.
BEng Digital Industrial Engineering - Robotics and Automation
Robotics brings together mechanical design, electronics, control and software to build machines that sense and act in the physical world. Students work on motion, perception, autonomy and the algorithms that link them. Graduates often go into automation, manufacturing, autonomous vehicles, medical devices and research.
BEng Digital Industrial Engineering - Natural Language Processing
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Digital Industrial Engineering - Machine Learning and AI
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Digital Industrial Engineering - Computer Vision
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
BEng Digital Industrial Engineering - Big Data Analytics
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
BEng Digital Industrial Engineering
Making systems work better is the whole point here — production lines, hospitals, warehouses, supply networks. The work combines mathematics, statistics and modelling with a close look at how people, machines and materials interact. Graduates often go into operations, logistics, quality management, process improvement and manufacturing consultancy.
BEng Data Science and Artificial Intelligence - Robotics and Automation
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Data Science and Artificial Intelligence - Natural Language Processing
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Data Science and Artificial Intelligence - Machine Learning and AI
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Data Science and Artificial Intelligence - Computer Vision
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
BEng Data Science and Artificial Intelligence - Big Data Analytics
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Data Science and Artificial Intelligence
Data science turns large and messy datasets into something useful, combining statistics, programming and machine learning with the judgement to ask sensible questions. Storage, processing at scale and clear communication of results all matter. Graduates often work as data scientists, analysts or data engineers across technology, finance, health and public services.
BEng Cyber Security - Threat Intelligence Analysis
Cyber security is about protecting systems, networks and data from attack, and understanding the people and incentives behind threats. Study covers cryptography, secure design, network defence, incident response and digital forensics, together with the habits of testing and defending real systems. Graduates often work in security operations, penetration testing, risk and governance, and consultancy.
BEng Cyber Security - Security Operations
Cyber security is about protecting systems, networks and data from attack, and understanding the people and incentives behind threats. Study covers cryptography, secure design, network defence, incident response and digital forensics, together with the habits of testing and defending real systems. Graduates often work in security operations, penetration testing, risk and governance, and consultancy.
BEng Cyber Security - Security Management
Cyber security is about protecting systems, networks and data from attack, and understanding the people and incentives behind threats. Study covers cryptography, secure design, network defence, incident response and digital forensics, together with the habits of testing and defending real systems. Graduates often work in security operations, penetration testing, risk and governance, and consultancy.
BEng Cyber Security - Security Consulting
Cyber security is about protecting systems, networks and data from attack, and understanding the people and incentives behind threats. Study covers cryptography, secure design, network defence, incident response and digital forensics, together with the habits of testing and defending real systems. Graduates often work in security operations, penetration testing, risk and governance, and consultancy.
BEng Cyber Security - Information Systems Security
Cyber security is about protecting systems, networks and data from attack, and understanding the people and incentives behind threats. Study covers cryptography, secure design, network defence, incident response and digital forensics, together with the habits of testing and defending real systems. Graduates often work in security operations, penetration testing, risk and governance, and consultancy.
BEng Cyber Security
Cyber security is about protecting systems, networks and data from attack, and understanding the people and incentives behind threats. Study covers cryptography, secure design, network defence, incident response and digital forensics, together with the habits of testing and defending real systems. Graduates often work in security operations, penetration testing, risk and governance, and consultancy.
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