Stress & Support Engineer - Graduate
Pubblicato il 03-10-2026 - Wood Group in Milano
Description
Wood is recruiting for a Stress & Support Engineer - Graduate to join its Projects business line focusing on engineering, procurement and construction of complex plants in the Chemical, Petrochemical and Energy industries. The position will be based in Corsico (Milan) office, with the possibility to work from home up to two days per week.
LI-Hybrid
The Role
You will report to the Stress Analysis Lead and support the execution of piping stress analysis activities for assigned projects. Working within a multidisciplinary engineering team, you will contribute to the evaluation of piping system flexibility, compliance with applicable codes and standards, and the development of stress analysis deliverables. This role offers the opportunity to develop technical expertise in piping stress engineering while working under the guidance of experienced engineers.
What we can offer
- Meaningful and interesting projects delivered to leaders of industry across chemical, petrochemical, oil&gas; and emerging energy sectors
- Flexible working arrangements that balance client,
team and individual needs offering hybrid working where relevant
- Commitment to Diversity and Inclusion; we are an organisation actively committed to diversity and inclusion across our business
- Compensation – details provided at the end of the job advert
- Benefits package; Free shuttle bus from Metro station to the office, company canteen, biannual free medical check-up, free company parking, extra-working accidents insurance
- Commitment to continued professional development; development plans that are tailored to your individual needs and interests
- Global connections; join experts around the world who are at the leading edge of our industry, shaping the standards of our profession
Responsibilities
The key objectives for this role are:
- Support the execution of piping stress analysis activities for process and utility piping systems
- Assist in the preparation and maintenance of stress ana