Graduate Offshore Stimulation Engineer

ZipRecruiter; Łódź; On-site; PLN 30,000 - 45,000; Full time

Job summary

A leading engineering recruitment firm is seeking a Graduate Engineer for an offshore engineering team in Łódź, Poland. You will conduct fluid testing, support stimulation operations, and maintain lab equipment. This role requires a relevant engineering degree and offers a unique chance to start your career in the Energy industry with a rotation of 28 days on and off.

Qualifications

• Graduate engineer position with focus on offshore stimulation operations.
• Relevant engineering degree is essential.
• Experience in a lab environment is desirable.

Responsibilities

• Conduct fluid testing and material QA/QC.
• Support stimulation operations and reporting.
• Operate and maintain lab equipment.

Skills

Fluid testing

Material QA/QC

Stimulation operations

Operating lab equipment

Education

Relevant Engineering Degree

Tools

STIMPLAN

Job description

Overview

NES Fircroft are looking for a Graduate Engineer who will join our client's offshore engineering team aboard a vessel that operates stimulation activities for the Energy industry. This is an exciting opportunity for a recent graduate to kickstart their career in offshore stimulation operations, working alongside experienced professionals in a hands-on environment. Open to UK or EU Passport Holders. Rotation: You will work 28 days offshore, then receive 28 days off.

Responsibilities

• Conduct fluid testing and material QA/QC in vessel laboratories
• Support stimulation operations and reporting
• Assist with R&D, fluid development, and vessel improvement projects
• Maintain HSEQ standards and comply with Ecotoc regulations
• Operate and maintain lab equipment and software (e.g., STIMPLAN – desirable but not essential)
• Cover duties of Vessel Stimulation Engineer when required

Qualifications & Experience

• Relevant Engineering Degree
• UK or EU passport required
• Time spent in a lab environment would be desirable
• Aware of the concepts of fracture design