TÜV SÜD Certificate in Industrial Automation and Control Systems
Online Offline & Hybrid
Type
Beginner friendly
Skill Level
English
Language
Overview
This TÜV SÜD–aligned Industrial Automation & Control System Certification program provides a complete foundation in modern automation technologies used across manufacturing, process industries, and smart factories. The training covers PLCs, SCADA, HMIs, VFDs, DCS systems, industrial networking, and safety compliance based on global standards. Learners gain both practical and theoretical mastery to operate, configure, program, troubleshoot, and maintain advanced industrial automation systems deployed in real-time environments.
Key facts of this course:
- Certification: TÜV SÜD Recognized Training Certificate
- Skill Level: Beginner to Advanced (Progressive Module Path)
- Learning Mode: Hands-on labs, real industry simulations, and project-driven training
Who is the course for?
This course is ideal for engineering students, diploma holders, working technicians, and industry professionals who want to build a strong command of industrial automation and control systems. It is especially suited for individuals aiming to enter core automation roles such as PLC/SCADA engineers, maintenance technicians, control panel designers, and Industry 4.0 professionals. Fresh graduates seeking job-ready practical skills, as well as working engineers who want TÜV SÜD–recognized upskilling for career advancement, will benefit significantly from this structured and comprehensive program.
Learning Path
Basics and applications
- Relay operation types (solid-state, electromechanical)
- Selection criteria for relays
- Installation & testing of field devices
- Sensor types & applications (proximity, temperature, level)
- Switch types & characteristics
- Wireless sensor technology applications in industrial settings
PLC fundamentals
- PLC hardware components & architecture
- Basic & advanced PLC programming
- I/O modules — configuration & troubleshooting
- PLC networking & communication protocols
- Safety protocols in PLC programming
- Edge computing integration
- Advanced robotics — integration, programming & maintenance
SCADA fundamentals
- SCADA architecture — components & setup
- Data acquisition methods
- SCADA system configuration tasks
- Alarm management systems
- Real-time control & monitoring techniques
- Cloud-based SCADA systems
- Cybersecurity — SCADA protection strategies
- AI/ML for predictive maintenance
HMI design & implementation
- Principles of HMI design
- Creating user-friendly interfaces
- Scripting for HMI functionality
- HMI ↔ PLC integration workflows
- Diagnostic & monitoring tools in HMI
- Adaptive HMIs using machine learning
- AR/VR for training & maintenance simulations
VFD fundamentals
- Principles of VFD operation
- VFD setup & programming
- VFD applications in motor control
- Harmonics & electrical interference mitigation
- Energy-saving techniques using VFDs
- AI for predictive maintenance of VFDs
- Sustainability & energy optimization techniques
Panel basics
- Electrical standards & safety compliance
- Panel layout planning & assembly
- Wiring diagrams & schematic development
- Testing & commissioning of control panels
- Troubleshooting panel issues
- Smart control panels with IoT connectivity
- Green/sustainable practices in panel operations
DCS architecture & use
- DCS architecture & applications
- Configuration & maintenance of DCS
- DCS vs PLC — benefits & trade-offs
- Integration strategies for complex systems
- Safety & redundancy practices in DCS
- Advanced DCS analytics for big-data handling
- Cybersecurity best practices for DCS
Network topologies & protocols
- Overview of industrial network types
- Configuration & management of network devices
- Security measures for industrial networks
- Common communication protocols & their applications
- Network troubleshooting & maintenance
- 5G technology impact
- Network protection strategies (cybersecurity)
Smart factories & trends
- Key components of smart factories
- IoT impact on manufacturing
- Data-driven manufacturing processes
- Implementation challenges & solutions
- Future trends in manufacturing technology
- Digital twins in manufacturing
- Blockchain for supply-chain transparency
Electrical & automation safety
- Risk assessment methodologies
- Compliance with global safety standards
- Emergency response procedures
- Regular safety audits & checks
- Employee safety training programs
- Dynamic Risk Assessment (DRA) tools
- AR for safety training & emergency planning