Electricity grid designer.

After completing the programme, the student shall have knowledge of/in 1. The organisation of the energy industry, the structure and development of the power grid and electricity production 2. Presentation technique, project methodology and group development 3. Electrotechnical mathematics, power engineering and electrical theory 4. Design of technical drawings and diagrams in CAD with associated file management 5. Design and dimensioning of electricity distribution grids 6. Work environment, safety (ESA) and environmental and quality management systems 7. Grid planning, EBR and specification tools for the construction industry, e.g. relevant AMA 8. Renewable energy and smart grids 9. Control and monitoring systems for electricity grids 10. Digital communication, transmission protocols and standards within and between power installations 11. Finance, procurement and terms in a power contract 12. Electrical installation projects for new construction and refurbishment, planning and design, preparation/construction, and preliminary and final inspection 13. The industry's applicable environmental and quality management systems and control systems After completing the programme, the student shall have the skills to 1. Perform specialised mathematical calculations focused on electric power 2. Carry out changes and new design within electrical installations 3. Based on tender and drawing documents, produce CAD electrical drawings in accordance with current legislation, standards and procurement rules 4. Carry out dimensioning of electrical installations in accordance with current legislation, standards and procurement rules 5. Communicate in writing and verbally within the field of work and study in both Swedish and English 6. Carry out dimensioning and planning of electricity grids according to the industry's methods, EBR, ElByggnadsRationalisering 7. Applicable regulations and provisions within the occupational safety area of electrical safety according to the industry's technical guidelines and electrical safety instructions (ESA/ELSA) 8. Work in projects related to electricity grids based on budget, budget follow-up and bid costing After completing the programme, the student shall have the competence to 1. Independently solve the work tasks that occur within electricity grid design, grid development and design of electricity grids 2. Take responsibility for producing electrical drawings in the power industry in accordance with current legislation, standards and procurement rules 3. Analyse, construct and design electrical installations with regard to economic and technical factors within given time frames 4. Evaluate current requirements in the industry with regard to electrical safety, technological development, and the needs of business, the environment and customers 5. Apply the power industry's guidelines, regulations and provisions on electrical safety