Strategies for Heavy Lifting

This course covers the evolution and application of heavy lifting techniques across various sectors. It starts with an introduction to the significance and engineering concepts of heavy lifts, detailing advanced machinery and sector-specific applications. Fundamental concepts of force handling, including horizontal and vertical movements, forces and equilibrium, and load estimation, are explored through case studies. The course delves into friction mechanics, mechanical advantage, reeving, and the lever principle, providing essential knowledge for load management. It introduces lifting gears, covering shackles, wire rope slings, and spreaders, and explores hydraulic systems, various jacks, and strand jacks. Real-world applications, including the installation of sky bridges and other heavy lifting scenarios, are examined to highlight the practical utility of these advanced technologies. Target Learners: • Undergraduate students of Civil Engineering • Undergraduate students of Mechanical Engineering • Post-Graduate Students in Civil and Mechanical Engineering. • Practicing Engineers involved in heavy lifting in construction. • Faculties in Civil and Mechanical Engineering. • Professionals in construction industry • Engineers and project managers involved in large projects Prerequisites: • Basics of Civil Engineering • Basics of Mechanical Engineering • Basics of Engineering Mechanics • Understanding of Construction Techniques

This course covers the essential aspects of lifting and rigging operations in engineering. Beginning with an in-depth study of winches, pulley blocks, and related lifting mechanisms, learners gain fundamental knowledge and practical skills necessary for effective utilization in engineering scenarios. The module on cranes expands this knowledge by covering basics, configurations, and safety practices crucial for crane operations, including detailed insights into tower cranes and their operational considerations. Specialized handling of oversized and overweight cargos is addressed comprehensively, focusing on logistics and transport techniques using trailers, multi-axle systems, and SPMTs. Furthermore, the exploration of handling provisions and structural design highlights the design principles and procedures for creating robust structures and efficient handling solutions essential for diverse engineering projects. Overall, these modules equip learners with the expertise needed to navigate complex lifting challenges and ensure safety and efficiency in industrial settings. Target Learners: • Undergraduate students of Civil Engineering • Undergraduate students of Mechanical Engineering • Post-Graduate Students in Civil and Mechanical Engineering. • Practicing Engineers involved in heavy lifting in construction. • Faculties in Civil and Mechanical Engineering. • Professionals in construction industry • Engineers and project managers involved in large projects Prerequisites: • Basics of Civil Engineering • Basics of Mechanical Engineering • Basics of Engineering Mechanics • Understanding of Construction Techniques