Rigger Level‑III
At Company
About the Role
A Rigger Level‑III is a highly skilled specialist responsible for the safe lifting, movement, and securing of heavy equipment and materials across industrial, construction, and oil & gas environments. This role is essential to ensuring that all hoisting and rigging activities comply with industry standards, safety regulations, and project-specific requirements.
Candidates must hold a valid Aramco‑approved Rigger Level‑III certification and possess a minimum of 4 years of hands‑on experience in complex, high‑risk operational settings.
The Rigger Level‑III plays a critical role in maintaining safe material handling operations, ensuring proper installation of rigging equipment, and enforcing strict adherence to safety protocols—particularly at high‑priority sites such as the Jafurah plant. Their expertise minimizes operational risks, prevents incidents, and supports uninterrupted project performance.
Key Responsibilities
- Inspect rigging tools and equipment to ensure compliance with safety and operational standards.
- Prepare lifting plans and coordinate closely with crane operators, supervisors, and site teams.
- Set up slings, hooks, chains, and other rigging components with precision and proper load alignment.
- Monitor lifting operations to identify hazards and adjust rigging configurations as required.
- Maintain accurate documentation, including load details, personnel involved, and incident reports.
- Collaborate with engineering and maintenance teams to ensure efficient and safe material handling.
Skills & Qualifications
- Proven proficiency in rigging operations, equipment handling, and load calculation.
- Ability to interpret technical drawings and lifting plans.
- Strong understanding of safety standards, risk assessment, and emergency procedures.
- Physical strength, precision, and high situational awareness.
- Mandatory: Aramco‑approved Rigger Level‑III certification with 4+ years of relevant experience.
- Strong teamwork, reliability, and the ability to perform under pressure in high‑risk environments.