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On completion of the programme, the student shall have knowledge of/in 1. The railway engineering disciplines signalling, power and telecom for new investment, reinvestment, and operation and maintenance. 2. Railway engineering, regulations and the role of different authorities in rail traffic 3. Electrical engineering and electrical safety for the design of rail traffic 4. Signalling technology for rail traffic with associated document management of signalling systems 5. Overhead contact line installations and the power supply systems of railways, tramways and metro systems, and their safety aspects 6. Telecom and data technology in rail traffic 7. Earthing, traditional overhead contact line and conductor rail 8. Mathematics and calculation models needed in the profession 9. Design tools used for designing rail traffic with a focus on signalling, overhead contact lines and telecom 10. Environment, quality and safety in rail traffic 11. Business knowledge, economics and procurement 12. Report writing and oral presentation of projects 13. Project-based work organisation and working in projects On completion of the programme, the student shall have the skills to 1. Carry out computer-aided design and handle document management systems and file management 2. Design new investments, reinvestments and designs for operation and maintenance in signalling, overhead contact lines and telecom for rail traffic 3. Plan for safe operation of rail traffic 4. Be able to set specifications and maintenance requirements in relation to each other during design 5. Work in a project-based organisation 6. Communicate proposed solutions and commitments in both Swedish and English 7. Act in a businesslike way towards customers and suppliers On completion of the programme, the student shall have the competence to 1. Draw up a coordinated system document consisting of a technical description and associated drawings and diagrams within the area of competence 2. Interpret a track plan and relate it to their own design work 3. Understand how different measures in the railway installation affect the available capacity on the line 4. Be able to design power supply systems for rail traffic 5. Be able to design signalling systems for rail traffic
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