This MSc programme provides a comprehensive, application-oriented grounding in non-destructive testing (NDT) with an emphasis on how different inspection methods interact with material structures. You will study the micro- and meso-scale structure of metals, polymers and composites and learn how these structures influence the behaviour of elastic and electromagnetic waves used in NDT. The curriculum also covers measurement technology fundamentals, instrumentation, and the statistical treatment of measurement results, including error analysis and reliability assessment.
Core engineering topics include wave physics, sound and vibration, guided and bulk acoustic waves, and the mechanics of materials such as stress, strain, fatigue and fracture mechanics. Numerical methods and signal processing are taught to strengthen computational skills and enable interpretation of measurement data. A dedicated module gives an overview of NDT methods alongside the principles of standardisation, certification and quality management relevant to testing practice.
Specialised modules explore the major NDT techniques in depth: acoustic/ultrasonic approaches (including beam focusing, phased array techniques and transducer principles), electromagnetic methods (eddy current and microwave-based testing), radiological methods for material characterisation, optical techniques including optoelectronics and thermography (with applications in electronics), and thermal and microscopy methods for quality assurance. Hardware aspects and practical application examples are integrated throughout to prepare graduates for industrial inspection and research roles.
Requirements / practical information
The programme is delivered entirely in English and is organised in a modular, block-style sequence, with modules offered and completed consecutively. Early in the course students can take optional German language classes to help with everyday life in Germany; these classes can be certified by the TUDIAS language school. Teaching takes place primarily in Dresden, and the block structure concentrates related topics into focused periods of classroom and laboratory work.
Curriculum progression is semester-based. In the first semester you cover core fundamentals: materials (including polymers), measurement techniques, sound and vibration, fracture and fatigue, numerical methods and signal processing, plus quality management. The second semester concentrates on the full spectrum of non‑destructive testing (NDT) methods — acoustics, optical methods, electromagnetic techniques, radiological approaches and microscopy — combining theory with hands‑on practice. The third semester includes participation in the German Society for NDT (DGZfP) Basic Course and a research placement at established NDT centres and partners such as BAM (Berlin), institutes within the Fraunhofer network, companies and university groups. The fourth semester is reserved for an individual Master’s thesis, commonly carried out with the same research institution or industry partner from the placement.
Typical learning outcomes you can expect:
Program facts and practical information (concise)
Applicants should hold either a Master’s degree or a Bachelor’s degree that represents a four‑year program (or is equivalent to 180 credit points). The programme is aimed primarily at graduates from mechanical engineering, electrical engineering, civil engineering, materials science, geological science, applied physics or closely related disciplines.
You must demonstrate proficiency in English (see the programme for the specific tests and minimum scores required). Practical, hands‑on experience in non‑destructive testing (NDT), or even in destructive testing, is advantageous and will strengthen your application.
Winter Semester (International)
25 August 2026
Winter Semester (EU/EEA)
25 August 2026
Graduates are prepared for technical and managerial roles in industries that rely on material and structural integrity: aerospace, automotive, power generation, oil & gas, rail and heavy industry. Typical job titles include NDT engineer/inspector, inspection engineer, quality assurance manager, and R&D specialist in testing technologies.
The programme’s research placements and connections with German research centres also suit students aiming for careers in applied research or continuing to a doctoral programme. Certification pathways and experience with standardisation make alumni attractive to inspection and certification bodies as well as engineering consultancies.
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