ESHub
Het officiële certificeringsprogramma voor bouwvaardigheden (CSCS) schetst
Cursus-ID: 2501050108809ESH
Cursusdata: 05/01/25 Cursusduur: 1 studiedag/dagen Cursuslocatie: Londen, VK
Cursuscategorie: Unieke programma's
Cursus subcategorieën:
Onderwijs en professionele ontwikkeling Gezondheid, veiligheid en welzijn Leiderschap en management Duurzaamheid en milieupraktijken Veiligheid in de bouw Milieuduurzaamheid Gezondheid en welzijn Leiderschap en communicatie Kwaliteitsborging Risicomanagement Ontwikkeling van technische vaardigheden
Cursusinformatie
Invoering
Onze cursus is opgezet als een intensieve eendaagse cursus. U leert de benodigde materialen over gezondheid en veiligheid in de bouw om te slagen voor de cursus. Na afloop van de cursus doet u een online test, gebaseerd op wat u gedurende de dag hebt geleerd.
Doelstellingen
Na het behalen van uw testresultaten ontvangt u een bevestiging van uw CSCS-kaart. Vervolgens ontvangt u een bevestiging van uw testresultaten en uw CSCS-kaart. Uw originele CSCS-kaart en uw certificaat ontvangt u binnen 10 werkdagen.
Voor wie is deze bijeenkomst bedoeld?
Iedereen die op bouwplaatsen wil werken Iedereen die wil solliciteren naar een baan in de bouw Iedereen die op een bouwplaats in het Verenigd Koninkrijk wil werken (verplicht)
Trainingsmethode
• Voorafgaande beoordeling • Live groepsinstructie • Gebruik van praktijkvoorbeelden, casestudies en oefeningen • Interactieve deelname en discussie • Powerpointpresentatie, LCD en flip-over • Groepsactiviteiten en tests • Nabeoordeling
Programmaondersteuning
Dit programma wordt ondersteund door: * Interactieve discussies * Rollenspellen * Casestudies en het benadrukken van de technieken die de deelnemers tot hun beschikking hebben.
Dagelijkse agenda
Ochtend Aganda: * 9:00-9:30 (pre-assessment, invullen van het register en aanwezigheid) * 9:30-11:30 (technische sessie) * 11:30-11:45 (koffiepauze) * 11:45-12:45 (technische sessie) * 12:45-13:00 (herhalingspauze) * 13:00-14:00 (CSCS-test) Middag Aganda: * 14:30-15:00 (pre-assessment, invullen van het register en aanwezigheid) * 15:00-18:30 (technische sessie) * 18:30-18:45 (koffiepauze) * 18:45-19:45 (technische sessie) * 19:45-20:00 (herhalingspauze) * 20:00-21:00 (CSCS-test) Testen)
Cursusoverzichten
Week 1
Day 1:
Foundations of Maintenance Planning and Reliability
Introduction to maintenance planning principles and their role in operational excellence.
Overview of Reliability-Centered Maintenance (RCM) and its core components.
Key metrics and KPIs for measuring maintenance effectiveness.
Case study: Lessons learned from a successful RCM implementation in the aviation industry.
Day 2:
Total Productive Maintenance (TPM) and Collaborative Practices
Principles and benefits of TPM in enhancing equipment efficiency.
Strategies for fostering cross-functional collaboration between maintenance and operations teams.
Tools for conducting root cause analysis and addressing recurring issues.
Group exercise: Developing a TPM roadmap for a hypothetical manufacturing facility.
Day 3:
Risk Management and Failure Analysis
Fundamentals of Failure Mode and Effects Analysis (FMEA).
Identifying and prioritizing critical failure modes in complex systems.
Techniques for mitigating risks through preventive and predictive measures.
Real-world example: How FMEA reduced downtime in a chemical processing plant.
Day 4:
Predictive Maintenance and Emerging Technologies
Introduction to predictive maintenance and its alignment with Industry 4.0.
Leveraging IoT sensors and data analytics for condition monitoring.
Best practices for integrating predictive tools into existing maintenance workflows.
Interactive session: Building a predictive maintenance pilot project.
Day 5:
Sustainability, Change Management, and Implementation
The role of maintenance strategies in achieving sustainability objectives.
Developing a change management plan to overcome resistance to new methodologies.
Steps for rolling out a comprehensive maintenance and reliability program.
Final workshop: Presenting group projects and receiving expert feedback.
Foundations of Maintenance Planning and Reliability
Introduction to maintenance planning principles and their role in operational excellence.
Overview of Reliability-Centered Maintenance (RCM) and its core components.
Key metrics and KPIs for measuring maintenance effectiveness.
Case study: Lessons learned from a successful RCM implementation in the aviation industry.
Day 2:
Total Productive Maintenance (TPM) and Collaborative Practices
Principles and benefits of TPM in enhancing equipment efficiency.
Strategies for fostering cross-functional collaboration between maintenance and operations teams.
Tools for conducting root cause analysis and addressing recurring issues.
Group exercise: Developing a TPM roadmap for a hypothetical manufacturing facility.
Day 3:
Risk Management and Failure Analysis
Fundamentals of Failure Mode and Effects Analysis (FMEA).
Identifying and prioritizing critical failure modes in complex systems.
Techniques for mitigating risks through preventive and predictive measures.
Real-world example: How FMEA reduced downtime in a chemical processing plant.
Day 4:
Predictive Maintenance and Emerging Technologies
Introduction to predictive maintenance and its alignment with Industry 4.0.
Leveraging IoT sensors and data analytics for condition monitoring.
Best practices for integrating predictive tools into existing maintenance workflows.
Interactive session: Building a predictive maintenance pilot project.
Day 5:
Sustainability, Change Management, and Implementation
The role of maintenance strategies in achieving sustainability objectives.
Developing a change management plan to overcome resistance to new methodologies.
Steps for rolling out a comprehensive maintenance and reliability program.
Final workshop: Presenting group projects and receiving expert feedback.
Week 02
Week 02
Week 03
Week 03
Week 04
Week 04
Week 05
Week 05
Week 06
Week 06
Week 07
Week 07
Week 08
Week 08
Week 09
Week 09
