Infrastructure Designer BIM.

On completing the programme, the student shall have knowledge of 1. Civil engineering technology including water and sewage, railway and road engineering, dimensioning, safety, environment and water, geotechnics, geometry, calculation 2. The construction process and the legislation that governs a road and railway project, and the interaction between the different actors 3. Industry-standard design methods and the legislation that governs design, the environment and the work environment 4. Professional communication styles in Swedish and English, and the legal relationships between consultants, clients and other actors in the industry 5. Presentation technique, including Swedish and English communication in organisational and technical contexts 6. Building materials and technology, and design and production methods in new construction 7. Industry-standard drawing production with various computer programs and tools 8. The drawing as a communication tool 9. Working methods and routines of a consultancy, financial understanding, budgeting for a project 10. Project methodology and group development 11. Mathematics for civil engineering design 12. The phases, forms of procurement and actors of civil engineering projects 13. Civil engineering design and modelling in digital tools, including object models, database management and the structure of the tools 14. Data, model and BIM coordination 15. Established methods for setting requirements, information delivery, review and change processes 16. The sector's recommendations, rules and laws 17. The Environmental Code, the industry's quality, environmental management and control systems, and environmental and quality assurance methods 18. Project organisation, division of roles and responsibilities, internal and external reporting 19. Budgeting, follow-up and tender costing 20. The Public Procurement Act, contractors' terms and finances On completing the programme, the student shall have the skills to 1. Handle professional communication styles in Swedish and English, and the legal relationships between consultants, clients and other actors in the industry 2. Find their way in the construction process and the rules that govern a civil engineering project, and the interaction between different actors 3. Evaluate information from different areas of the civil engineering industry, e.g. roads, railways, water and sewage 4. Identify the conditions required for groundworks and civil engineering projects 5. Handle drawing production with various computer programs and tools 6. Follow up the choice of building materials and technology, and design and production methods, in new construction as well as energy efficiency work 7. Use calculation software for civil engineering structures, interpret output and look up facts in the industry's formula collections 8. Carry out calculations, analyses and simulations of groundworks and civil engineering, identify any problems and solve them 9. Handle information management systems 10. Carry out clash detection, quantity take-off, costing and analysis in digital tools 11. Coordinate models and data in digital tools 12. Model technical installations and connect program components to systems 13. Carry out joint reviews of different disciplines and quality assurance using digital tools 14. Have insight into and understanding of project organisations' division of roles and responsibilities, and reporting 15. Apply the working methods and routines of a consultancy, financial concepts, budgeting for a project 16. Use document management software for deliveries On completing the programme, the student shall have the competence to 1. Work independently on drawing production with various computer programs and tools 2. Model technical structures and details for civil engineering works in digital tools 3. Independently evaluate and interpret output from the industry's calculation software 4. Work independently in line with the design method and the legislation, as set by the office's routines, regulations and practice for civil engineering design, the environment and the work environment 5. Create and interpret technical reports 6. Communicate with a suitable communication style in Swedish and English, and handle the legal relationships between consultants, clients and other actors in the industry 7. Choose building materials and technology, and design and production methods, in new construction as well as in sustainable construction and maintenance work 8. Read and draw up drawings and other documents as communication tools for the client 9. Work independently in line with the working methods and routines of a consultancy, financial concepts, budgeting for a project 10. Analyse and evaluate the environmental impact of civil engineering projects 11. Take responsibility for developing long-term, profitable relationships with the company's customers, suppliers and partners 12. Lead a working group or working meetings for coordination processes in model-based design 13. Use digital tools to review the project's different disciplines together, evaluate the outcome and propose solutions to problems 14. Work according to the established requirement specifications in the industry, and meet requirements in design through the industry's change processes 15. Quality-assure with digital tools to meet commonly required information deliveries