by the Faculty of Mechanical Engineering and Informatics
The Dangerous Goods Logistics Engineering postgraduate specialization programme provides advanced knowledge in the safe, regulation-compliant and efficient management of dangerous goods within logistics systems. The programme integrates logistics system design, transport regulations, optimisation, simulation, risk management, intelligent solutions and hazardous waste logistics. Special emphasis is placed on international regulatory frameworks (ADR, RID, ADN, IMDG, IATA), sustainability and digital technologies. The training concludes with a thesis and a comprehensive final examination.
Admission is based on the evaluation of academic background and, if required, a short professional interview (approximately 20–30 minutes) assessing motivation, basic logistics knowledge and professional experience.
The entrance assessment may cover the following areas:
The admission process consists of:
The interview may be held online or in person.
Admission decisions are based on:
The final decision is made by the admission committee based on the overall evaluation.
The qualification provides a solid professional foundation in the field of hazardous materials logistics and may represent a valuable competitive advantage in the labour market. While certain positions may require additional specialised qualifications or official authorisations depending on the specific role and industry, the programme offers comprehensive knowledge in regulatory compliance, safety-oriented logistics planning, and hazardous goods management. The competences acquired support long-term professional development and facilitate expanded career opportunities in both domestic and international environments.
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Founded in 1949, the Faculty of Mechanical Engineering and Informatics has evolved into a modern, multidisciplinary institution, integrating mechanical engineering, information technology, logistics, and electrical engineering. Over seven decades, it has adapted to meet contemporary industrial challenges, combining strong research with education. Partnerships with companies, laboratories, and international organizations, aligned with the UN Sustainable Development Goals, further enhance the Facultys commitment to innovative and impactful engineering education and research.
