Planning & Execution plan in Heavy Lifting

This course module focuses on comprehensive aspects of feasibility studies, crane operations, and equipment selection crucial in engineering projects. It begins with detailed feasibility case studies, emphasizing practical application and drawing compilation for informed decision-making. The module then covers crane chart interpretation across multiple parts, enabling learners to understand and utilize crane capabilities effectively. It further explores the selection criteria for machines and lifting gear, ensuring optimal performance and safety in lifting operations. By the end of the module, participants will acquire essential skills in conducting feasibility assessments, interpreting crane charts, and selecting appropriate machinery and gear necessary for successful execution of engineering tasks.

This course module focuses on essential aspects of rigging and lifting planning in engineering projects. It begins with the preparation of rigging charts, emphasizing the systematic organization and documentation of rigging equipment and procedures. The module then covers the development of lifting schemes across multiple units, detailing the step-by-step planning and coordination required for safe and efficient lifting operations. Additionally, it includes tandem lift case studies in two parts, providing practical insights into managing complex lifting scenarios. By the end of the module, participants will have acquired skills in preparing rigging charts, designing effective lifting schemes, and executing tandem lifts, essential for successful project execution in diverse engineering environments.

This course module explores advanced construction methods and technologies crucial in modern engineering projects. It begins with an introduction to various innovative techniques, including modularization, pre-fabrication, and top-down construction methods. The module includes case studies illustrating the application and benefits of pre-cast construction and push launching techniques. It also covers float-over installations and the use of hydraulic lifting gantries, providing insights into their operational principles and real-world applications. By the end of the module, participants will have gained a comprehensive understanding of these cutting-edge construction methodologies, equipping them with knowledge essential for efficient and effective project delivery in the construction industry.

This course module provides a comprehensive exploration of safety protocols and operational considerations essential for crane operations in engineering. It begins with detailed safety requirements in two parts, emphasizing standards and practices to mitigate risks during crane operations. The module covers load testing, inspection procedures, and checklists crucial for ensuring crane safety and reliability. It also addresses the importance of Personal Protective Equipment (PPE) and crane signals in maintaining a safe working environment. Additionally, the module examines common accidents, hazards, and mitigation strategies through case studies, promoting a thorough understanding of safety measures necessary for preventing incidents in crane operations across various industrial settings.