Civil & Structural Underground Specialist
Pubblicato il 04-09-2026 - Tecnimont in Palermo
Tecnimont, MAIRE's flagship company for Integrated E&C; solutions with a presence in multiple countries, is an established powerhouse in the realm of innovative engineering and construction services, crafting the infrastructure for tomorrow's world.
Tecnimont is seeking Civil & Structural Underground Specialist to join our team in Catania.
The successful candidate will play a crucial role in providing integrated solutions for complex plants designed to provide access to the latest technologies in our large-scale projects worldwide.
If you are passionate about making a meaningful impact in reducing the carbon footprint of industrial operations, we encourage you to apply.
With a rich heritage of technological innovation and a forward-thinking approach, we lead the energy transition through engineering excellence, cutting-edge technology and strong and dynamic execution capability.
To learn more about Tecnimont: Tecnimont - Official Website | Tecnimont
The Recruitment process is managed by Key2People, a partner of Tecnimont.
Si assicuri di inviare la sua candidatura con tutte le informazioni richieste, come indicato nella panoramica del lavoro riportata di seguito.
The Civil & Structural Underground Specialist will be part of the project team and will be responsible for the execution of underground (UG) activities of the project.
The main activities and responsibilities include:
Ensuring the quality of the deliverables and their compliance with contractual requirements, following up on Client comments and requests, technical clarifications, and project concession requests;
Carrying out the design of all underground systems (i.e., sewers, pressure piping, duct bank, trenches, conduits, stub-ups, ditches, pits, etc.), paved areas, roads, yards, and earthworks related to the assigned projects, in coordination with the other disciplines;
Preparing General Specifications for Underground Systems, including the analysis of all plant systems, hydraulic design criteria, and the