| Course Title |
Programme Overview |
Duration (Days) |
Requirements |
Max Attendees |
| Rail Infrastructure |
- Understanding the principle elements and the interaction of Rail Infrastructure, incl. specifics of Asian markets
- Examples and implications of German Railways
- Principles of maintenance: terms, norms & standards
- Different maintenance strategies: usage, differences and similarities
- Handling the common defects of rail infrastructure
|
3 |
For all target groups |
16 pax |
| Safety & Risk Management and Incident Management |
- Process based & risk orientated management and the context to railway company
- Systematic safety management system: concept
- Effectiveness of the management system: how to ensure?
- Transferring the theory in practice for an own system definition
- The concept of risk analysis and evaluation by estimation of frequency of an incident and severity of its consequences
- Hazard Management
- The concept of incident investigation. What does an incident mean for the SMS?
- Emergency Management and on-site investigation
- Root Cause Analysis
- Implications for safety and “just culture” in daily work
|
3 |
For all target groups |
16 pax |
| Railway Project Management |
- Introduction to planning of projects in the rail industry: resource planning cost estimation
- Risk analysis, timeline, critical path, etc.
- Monitoring and systematic control of rail projects, incl. structuring and documentation of work packages
- Change management: impact on plan, costs, time
- Specifics of requirements & documentation, contract, claim and stakeholder management in the rail environment
- BIM (Building Information Modelling) as main technology of infrastructure project management
- Case studies and exercises based on practical examples and best practices.
|
3 |
For all target groups |
16 pax |
| System of Signalling |
- Introduction to Signaling Systems
- Systems of control and safety for railway traffic and its technical realization: blocks
- Signaling in practice – failing of technology
- PC Simulation – geographic based interlocking
- Core elements of safety and control principals of signaling
- Signaling Systems considering the safety requirements of the Malaysian rail traffic
|
3 |
For all target groups |
16 pax |
| Principle of Electrical Engineering |
- Rail energy supply: types and comparison of systems
- Formworks drawings: Supply of the overhead catenary
- Ril 9970301
- Power supply areas
- Understanding the requirements of an overhead catenary systems
- Terms, construction methods & components
- Addressing the awareness for safety in electrical systems: laws & regulations, safe work (DIN VDE), etc.
|
3 |
For all target groups |
16 pax |
- DB training programmes are delivered by highly experienced trainers from DB, Germany
- Programme delivery method: interactive lecture, case studies, team work activities and role plays
