Industrial Automation 2019 Dr. Yvonne-Anne Pignolet, Dfinity Foundation Dr. Jean-Charles Tournier, CERN Background Survey: http://tinyurl.com/qau3el4
Course Goals • Raise interest for industrial automation systems • Understand industrial control systems (purpose, structure) • Methods and trade-offs in real time systems • Understand terms in publications and standards • Be able to analyze a plant and propose automation solutions • Compare automation solutions with other domains • Analyze reliability, availability and safety of systems • Become productive in an industrial company or utility rapidly Industrial Automation | 2019 � 2 Course Goals
Automation as a hierarchy of services administration Planning, Statistics, Finances 5 enterprise Production planning, orders, purchase 4 manufacturing execution Workflow, order tracking, resources 3 SCADA = Supervision Supervisory Control 2 And Data Acquisition Control Group control Unit control 1 Field Sensors A V T & actors 0 Primary technology Overview Hierarchy Industrial Automation | 2019 � 3
Automation Hierarchy enterprise 6 execution 8 real-time 5 supervision dependability 4 device access 9 3 communication networks 2.2 2.3 field devices, controllers 2.1 sensors, actors physical plant Industrial Automation | 2019 � 4 Course Hierarchy
What you will learn • instrumentation: hardware: how is the state of a plant read and controlled how controllers operate and how they are programmed • controllers: hardware and software • industrial communication networks: how are (real-time) automation data exchanged • how do devices appear to the programmer and operator application protocols for devices how does the application accesses the process data • software interface to application: • how do operators see the plant they supervise operator interface and SCADA: how is production planned and executed • manufacturing execution systems: plant configuration and engineering: how is an automation system planned, engineered and tested • • how to deal with unreliable elements in a control system failures in a control system: how to evaluate and prevent safety hazards • safety: • standards: how standards help industry Industrial Automation | 2019 � 5 Course Skills and knowhow
Course Organisation Group project Lab at Lecture + exercise lessons Siemens 20h 7h 12 x 3h Dr Jean-Charles Dr Yvonne-Anne Tournier Pignolet CERN Dfinity Foundation Geneva Zurich All components are part of the course. Projects to be completed in groups. Course slides and questions to prepare for exam are on the web (moodle or website) Industrial Automation | 2019 � 6 Course Organisation
Timeline Date Topic Lecturer 02/19 Introduction, automation and plants YAP 02/26 Control and programmable logic controllers (PLCs) YAP 03/05 Human interface and supervision JCT 03/12 Industrial communication networks, field busses YAP 03/19 Industrial communication protocols YAP 03/26 Dependability Analysis 1 JCT 04/02 Dependability Analysis 2 JCT 04/09 Dependable Software and Safety Evaluation JCT 04/16 Programming logic controllers YAP 04/23 EPFL Vacation * All students attend one of the 04/30 !!! Hands-on lab (Siemens Renens) 9:00-16:00 !!! * Siemens sessions, taking place from 9:00 to 16:00, only for 05/07 Dependable architectures JCT registered students, at Siemens 05/14 Real-time Aspects and Sensors JCT in Renens (walk from Renens CFF Station uphill until reaching 05/21 !!! Hands-on lab (Siemens Renens) 9:00-16:00 !!! * Avenue des Baumettes, 15min) 05/28 Presentation of homework, Q&A both Industrial Automation | 2019 � 7 Course Schedule
To probe further Olsson, Gustav & Rosen, Christian – Industrial automation, Dept. Of Industrial Electrical Engineering and Automation, Lund University, Lund, Sweden. Industrial Automation | 2019 � 8 Course
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