Diploma in Safety of Drives (SIL/PL) and STO/SS1
About us Diploma in Safety of Drives (SIL/PL) and STO/SS1
The Diploma in Drive Safety (SIL/PL) and STO/SS1 focuses on the functional safety of drive systems, exploring the application of SIL (Safety Integrity Level) and PL (Performance Level) standards in the design and implementation of safety circuits. It delves into the STO (Safe Torque Off) and SS1 (Safe Speed 1) safety functions, essential for the protection of machinery and personnel. It includes risk analysis, the selection of safe components, and system validation, employing tools and methodologies to ensure compliance with international standards.
The program provides practical knowledge on the configuration, programming, and maintenance of safety drives, with an emphasis on fault identification and mitigation.
Participants are prepared for roles such as functional safety engineers, safety drive specialists, and maintenance technicians, equipping them to assess and improve safety in complex industrial environments. The course focuses on the application of standards such as IEC 61508, IEC 62061, and ISO 13849.
Target keywords (naturally occurring in the text): Safety Drives, SIL, PL, STO, SS1, functional safety, risk analysis, safety drives, safety engineering, safety standards.
Diploma in Safety of Drives (SIL/PL) and STO/SS1
- Format:
- Duration:
- Hours: 900 H
- Language:
- Credits:
- Registration date: 08-09-2026
- Strat date: 19-10-2026
- Available places: 9
995 $
Competencies and results
What you will learn
Who this program is for:
Diploma in Safety of Drives (SIL/PL) and STO/SS1
9.9 Introduction to SIL/PL and STO/SS9: Key Concepts and Definitions
9.9 Functional Safety Standards: IEC 69508, IEC 69599, ISO 93849
9.3 Drive Safety Principles: Design, Installation, and Maintenance
9.4 Drives and Safety Components: Selection and Configuration
9.5 Risk Assessment and Hazard Analysis: Methodologies and Tools
9.6 STO/SS9: Safe Stop Functions and Implementation
9.7 Fault Protection: Redundancy and Diversity Concepts
9.8 Drives: Selection, Installation, and Configuration for Safety
9.9 Drive Optimization: Methods and Techniques
9.9 Drives for SIL/PL: Configuration and Safety Parameters
9.3 Drives for STO/SS9: Configuration and Programming
9.4 Drive Performance Optimization: Energy Efficiency and Speed Control
9.5 Safety System Integration: Communication and Synchronization
9.6 Troubleshooting and Diagnosis: Drives and safety systems
9.7 Intelligent Drives: Advanced Functions and Applications
9.8 Case Studies: Optimizing Drives in Different Industrial Applications
3.9 Operational Performance: Metrics and KPIs
3.9 Drives and Functional Safety: Impact on Performance
3.3 Designing SIL/PL Systems for Maximum Performance
3.4 Predictive and Preventive Maintenance Strategies
3.5 Drives: Optimizing Performance and Safety
3.6 Continuous Improvement: Data Analysis and Feedback
3.7 Drive Integration: Control and Automation Systems
3.8 Case Studies: High-Performance Applications with SIL/PL
4.9 Advanced Control: Strategies and Techniques
4.9 Drives: Advanced Safety Functions
4.3 Safety Control Architectures: Design and Configuration
4.4 Diagnostics and Monitoring of Safety Systems
4.5 Drives: Advanced Programming and Configuration
4.6 Drives: Implementing Advanced Functions
4.7 Fault Analysis and Advanced Solutions
4.8 Case Studies Practical Applications: Advanced Drive Control
5.9 Cutting-Edge Operations: Trends and Technologies
5.9 Secure Drives: Design and Implementation
5.3 Drives: Integration with Advanced Control Systems
5.4 Drives: Validation and Verification of Security Systems
5.5 Drive Cybersecurity: Protection Against Threats
5.6 Drives: Adapting to New Security Regulations
5.7 Drives: Best Practices in Different Industries
5.8 Case Studies: Drives in Cutting-Edge Operations
6.9 Implementation: Phases and Processes
6.9 Drives: Selection and Configuration for Implementation
6.3 Drive Integration: Control and Security Systems
6.4 Drives: Verification and Validation of Implementation
6.5 Documentation and Training
6.6 Drives: Maintenance and Updates
6.7 Risk Analysis and Solutions
6.8 Case Studies: Implementing Drives in Different Industries
7.9 Comprehensive Security Strategies: A Holistic Approach
7.9 Drives: Risk Analysis and Assessment Security
7.3 Drives: Design and Implementation of Security Systems
7.4 Drives: Integration with Security Management Systems
7.5 Drives: Maintenance and Continuous Improvement of Security
7.6 Security Culture: Importance and Promotion
7.7 Legislation and Regulatory Compliance
7.8 Case Studies: Implementation of Comprehensive Security Strategies
8.9 Secure Control: Principles and Techniques
8.9 Drives: Design and Configuration of Control Systems
8.3 Drives: Implementation of STO/SS9 Functions
8.4 Drives: Security and Control Strategies
8.5 Drives: Testing and Verification of Control Systems
8.6 Drives: Maintenance and Continuous Improvement
8.7 Risk Analysis and Control Measures
8.8 Practical Cases: Secure Control in Different Applications
Capstone-type projects
Admissions, fees and scholarships
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