
Online Rigging Engineering Courses
ITI’s LEEA-accredited and ASME-approved Fundamentals Rigging Engineering Program is purpose-built to support the critical roles of lift planners, crane and rigging managers, and professionals involved in complex lifting operations who may not have a formal engineering background. This comprehensive program equips non-engineers with practical tools and best practices to confidently plan and execute safe, efficient lifts through teaching the foundational principles of:
- Rigging engineering
- Heavy crane selection
- Load analysis
- and critical lift procedures
For engineers entering or advancing in this field, each topic offers a structured, in-depth exploration of advanced rigging and heavy lifting operations. These industry leading online courses tie together engineering theory and the realities of lift execution, ensuring you gain both technical knowledge and practical application skills. With expert instructors, detailed course materials, and an applied approach, ITI’s curriculum prepares every participant to improve safety, boost project performance, and uphold the highest industry standards on every lift.
Rigging Engineering Online Courses
Enroll in ITI’s Online Rigging Engineering training courses were designed by industry experts to provide you with industry-standard rigging engineering knowledge. Enroll in each course individually or as a complete program on your own time at your location. Each course includes supplemental resources to help grow your comprehension of rigging engineering.
Select Each Course Below to Learn More!
ENGINEERING PRINCIPLES FOR RIGGING & LOAD HANDLING
Learn the engineering principles behind various rigging and load-handling activities.
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CRANE & DERRICK ENGINEERING INSTALLATION & PLANNING
Focuses on cranes and derricks, safe and efficient methods of handling cranes, and effective crane planning.
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RIGGING & LOAD HANDLING EQUIPMENT ENGINEERING & APPLICATIONS
This course goes over many different techniques, types of equipment, and engineering standards involved in rigging and load handling.
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ALTERNATIVE LOAD HANDLING EQUIPMENT ENGINEERING & APPLICATIONS
4 modules concerning further methods of load handling and their applications, including hydraulic and stand jacks, telescopic hydraulic gantries, and modular lift towers.
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LIFT PLANNING PROCEDURE, CONSIDERATIONS & EXECUTION
Understanding different concepts that fall under lift planning, including their execution, plan preparation, and analyzing risks.
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SPECIALIZED TRANSPORT PLANNING & ENGINEERING CONSIDERATIONS
Focuses on three main forms of transportation (road, rail, and water) that industry workers incorporate into their engineering considerations.
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STANDARDS & REGULATIONS FOR LOAD HANDLING EQUIPMENT
Assesses the global standards, industry-specific requirements, and government regulations surrounding load-handling equipment.
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