Structural Rigging Engineer

The Structural Rigging Engineer is responsible for designing, analyzing, and evaluating rigging systems, new and existing structural systems, and crane loading used to lift and move heavy structures safely. This role requires a solid  understanding of structural and mechanical engineering principles, load calculations, and industry regulations. The engineer collaborates with project teams to develop safe, efficient rigging plans and ensures compliance with safety standards.

• Design and develop rigging plans and lift studies for heavy lifting operations, including crane operations, hoisting systems, and specialized rigging equipment. 
• Perform structural analysis and load calculations to ensure the safety and integrity of temporary lifting structures. 
• Evaluate existing steel structures for new construction loads to ensure safety and integrity of existing system 
• Design and analyze safety tie-off systems for personnel
• Prepare detailed technical documentation, including drawings, method statements, and risk assessments. 
• Collaborate with project managers, site engineers, safety officers, and contractors to execute lifting operations. 
• Identify potential hazards and recommend mitigation strategies. 
• Maintain up-to-date knowledge of industry standards, lifting technologies, and safety practices.
•         Document lessons learned to improve group effectiveness 
• Perform all other duties as required.

• Bachelor’s degree in Civil Engineering, Mechanical Engineering, or a related field. 
• Professional Engineer (PE) license or equivalent (preferred), or ability to obtain one. 
• 3–7 years of experience in structural, civil, mechanical or rigging engineering, preferably in construction, oil & gas, or heavy industry. 
• Proficiency in structural analysis software (e.g., STAAD.Pro) and CAD tools (e.g., AutoCAD, Solidworks) is preferred but not required. 
• Knowledge of lifting equipment, rigging gear, and crane operations preferred but not required. 
• Strong knowledge of relevant standards and codes (e.g., ASME, AISC, ASCE, OSHA, etc).
•         Learn and apply company and industry standards and procedures.
•         Apply sound engineering design principles to assigned tasks
•           Excellent critical thinking, time management, and organizational skills.
•        Detail oriented, demonstrating excellent written and verbal communication skills.
•        Must be able to manage multiple contracts and projects/project teams
•           Must have strong computer skills in Microsoft Office, Excel, Power Point
• Must possess a strong safety and environmental culture utilizing human performance defenses.