Electrical Designer.

After completing the program, the student shall have knowledge of/in • applied mathematics for electrical design • applicable rules and standards for electrical installations • PLC systems in automation • tools for lighting design • CAD software and its basic principles • design of different types of telecom installations • how high-voltage electrical installations and electrical equipment are built • electromagnetic compatibility and its importance for the functionality of installations and equipment • industrial design drawings in the EPLAN tool • the Machinery Directive (MD) and the standard ISO 13849-1 • design of installations for power and lighting, and an understanding of the importance of inspecting an installation before it is put into service • how different materials or choices of material can affect high-voltage installations from a safety point of view • design calculations, preparation of drawings, circuit diagrams and electromagnetic compatibility • mechanical strength and materials science needed for calculations • project management, ways of working, phases and processes • project finance, ÄTA, risk management, sustainability and environmental certification • consultant liability (ABK 09), forms of contract and the construction industry's standard terms, Plan- och bygglagen (PBL) and public procurement (LOU/LUF) • the structure and function of single-phase and three-phase transformers and the most common rotating electrical machines, with emphasis on three-phase asynchronous machines, and their use • power electronics and its application in different types of drive systems • applicable standards in the field of electrical machines After completing the program, the student shall have the skills to • communicate smaller commitments and solutions as well as instructions in at least one foreign language by interpreting and explaining manuals and following instructions on drawings and tools • design lighting installations in DiaLux • produce and adjust installation drawings for electrical installations with the support of CAD software • design telecom installations • carry out and plan electrical installations in high-voltage installations and identify resources for carrying out specialized tasks • solve complex problems that can arise in different types of electrical installations • carry out calculations and dimensioning applied in electrical installations in high-voltage electrical installations and prepare documentation of these • carry out inspection before commissioning • prepare drawings and circuit diagrams with associated documentation • plan, carry out and follow up a project • carry out measurements to verify electrical properties • adapt, define and analyze problem areas and propose solutions After completing the program, the student shall have the competence to • independently develop and handle the knowledge and skills required for electrical installation work in high-voltage installations and fixed connection and disconnection of electrical equipment, and monitor rules and standards that change over time • complete projects by judging whether their own competence is sufficient to carry out a certain electrical installation job or whether further learning is needed before the work begins • independently design electrical installations with CAD software • independently be responsible for the design and construction of an electrical installation based on the laws, rules, standards and safety requirements in the field within a given time frame • turn customer requirements and wishes into technical system solutions • analyze all or parts of an electrical installation from a technical, financial and sustainability perspective and propose improvements To see which parts have been completed, see the training certificate.