Soil Mechanics Engineer
Pubblicato il 19-08-2026 - Aretè & Cocchi Technology in Italia
Join Saipem and engineer a sustainable future.
We are a global leader in engineering and construction for the energy and infrastructure sectors, delivering complex onshore and offshore projects worldwide. Driven by technological innovation as "One Company", our 30,000 people from over 130 nationalities in more than 50 countries work every day to enable the energy transition toward Net Zero. At Saipem, we embrace diversity as a driver of innovation and inclusion, while prioritizing people’s safety and environmental sustainability, even in the most challenging conditions.
Purpose of the position: As Soil Mechanics Engineer, you will respond to the Operational Leader and to the Head of Department and be part of the Energy Carriers Business line.
Responsibilities
- Perform Soil Mechanics and geotechnical engineering activities in compliance with assigned budget, schedule, technical specifications, and quality standards, consistently delivering accurate and timely outputs.
- Perform technical tasks assigned by the Project Specialist Leader, including design, verification,
and study activities, ensuring alignment with project objectives and requirements. Execute geotechnical analyses (bearing capacity, settlements, slope stability), estimate soil bearing capacity, define shallow and deep foundation solutions, and prepare/check calculation reports.
- Analyze tender documentation, support the definition of soil investigation campaigns and related cost estimates, identify technical queries, deviations and alternative solutions, and contribute to proposal activities during bidding phases. Identify critical soil conditions requiring non‑standard approaches with impacts on quantities and schedule and support project teams in resolving complex or non‑standard geotechnical issues.
- Interface with Project Specialists, Designers, and other disciplines; coordinate technical activities performed both within and outside the Company, ensuring consistency and integration of deliverable