STI Engineer Automation.

On completion of the programme, the student shall have knowledge of/in 1. Automation-specific mathematics, including Boolean algebra 2. Building systems and their areas of use 3. The Planning and Building Act (PBL), Boverket's building regulations (BBR) 4. Flow charts for industrial and building automation 5. Digital technology and logic circuits 6. Automation-specific nomenclature 7. Contract law, procurement, work environment law and property owner liability with a focus on automation 8. Economics, LCC, business acumen and entrepreneurship 9. Electrical engineering and electrical safety factors in automation 10. Energy optimisation, environmental issues, sustainable development and resource management 11. Spoken and written communication in Swedish and English for the professional role 12. Project methodology, project management and leadership 13. Components for electrical, hydraulic and pneumatic control systems and robotics 14. Industry 4.0 and future digitalisation in automation 15. Programming, PLC systems, communication protocols and SCADA On completion of the programme, the student shall have the skills to 1. Draw up a flow chart for an automation process 2. Install, program and commission automation systems 3. Select the components included in a typical automation project 4. Solve complex problems by troubleshooting, proposing corrective actions and preventive maintenance of automation units and systems 5. Plan and carry out purchasing and procurement of automation services/systems 6. Carry out supplier evaluation and quality follow-up 7. Read and understand flow charts and drawings in automation processes 8. Plan, interpret documentation and identify resources to work in and carry out automation projects 9. Investigate, plan and justify the choice of automation solutions 10. Carry out flow and energy calculations 11. Communicate solutions and commitments in the industry in Swedish and English On completion of the programme, the student shall have the competence to 1. Understand their own and others' roles in a multi-stage project, and adapt ways of working and work processes to optimise the project flow 2. Be responsible for, monitor and complete projects for an automation solution, from procurement and requirements specification to installation, commissioning, maintenance and quality follow-up 3. Plan maintenance and operational work in a varied and flexible way to optimise customer value and productivity 4. Program and design functions and solutions in an automation interface adapted to contextual needs and requirements, with regard to energy efficiency and flow optimisation 5. Independently plan and carry out different types of time-efficient and coordinated maintenance, repair and adjustment work on automation solutions 6. Prepare and present procurement documents and automation solutions in writing and orally in a technically correct way for the industry.