Delve into the realm of industrial automation with our PLC SCADA course in Jalandhar. Master control systems and elevate your engineering career. Join now!
Master industrial automation with our PLC SCADA course in Jalandhar, paving the way for a successful engineering career.
1. Overview of industrial automation and its importance
2. Introduction to PLCs and SCADA systems
3. Role of PLCs and SCADA in industrial control
4. Applications of PLCs and SCADA in different industries
1. Introduction to Programmable Logic Controllers (PLCs)
2. PLC hardware components and architecture
3. Understanding PLC programming languages (Ladder Logic, Function Block Diagram, etc.)
4. PLC programming software and simulation tools
1. Basic PLC instructions (AND, OR, NOT, Timer, Counter, etc.)
2. Structured programming concepts in PLC
3. Programming techniques for sequential and discrete control
4. Hands-on exercises on PLC programming software
1. Introduction to PLC communication protocols (Modbus, Profibus, Ethernet/IP, etc.)
2. Settig up communication between PLCs and other devices
3. PLC networking and distributed control systems (DCS)
4. Hands-on exercises on PLC communication
1. Overview of Supervisory Control and Data Acquisition (SCADA)
2. SCADA architecture and components
3. Role of SCADA in industrial monitoring and control
4. SCADA software platforms and features
1. SCADA project development process
2. Understanding process visualization and data acquisition
3. SCADA system architecture and database management
4. Designing human-machine interfaces (HMIs) in SCADA
1. Introduction to SCADA programming languages (IEC 61131-3, etc.)
2. Configuring SCADA tags and data points
3. Creating SCADA displays and graphical representations
4. Alarm management and event handling in SCADA systems
1. Communication protocols for SCADA systems (OPC, DDE, etc.)
2. Integrating SCADA with PLCs and other control devices
3. Remote monitoring and control using SCADA
4. SCADA security and data encryption techniques
1. Deploying SCADA systems in industrial environments
2. SCADA system commissioning and testing
3. SCADA system troubleshooting and diagnostics
4. Routine maintenance and software updates for SCADA
1. Redundancy and fault-tolerance in PLC and SCADA systems
2. Advanced PLC programming techniques (PID control, motion control, etc.)
3. SCADA data analysis and reporting
4. Integration of PLC and SCADA with MES (Manufacturing Execution Systems)
1. Industrial network architecture and protocols (Ethernet/IP, Profinet, etc.)
2. Security threats in industrial networks and SCADA systems
3. Best practices for securing PLCs and SCADA systems
4. Implementing cybersecurity measures in industrial environments
1. PLC and SCADA applications in different industries (manufacturing, utilities, etc.)
2. Case studies of real-world PLC and SCADA projects
3. Project demonstrations and showcases
4. Future trends and opportunities in industrial automation
1. Planning and designing a PLC and SCADA project
2. Hardware and software implementation
3. Testing and commissioning
4. Project presentation and demonstration
1. Review of key concepts covered in the course
2. Final assessment and certification of completion
This structured course content will provide learners with a comprehensive understanding of PLC and SCADA systems, from basic principles to advanced topics, and prepare them for careers in industrial automation and control engineering.
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