Graduate Engineer (ROC - Remote Operating Centre)

Job Description

Graduate/Remote Operating Centre (ROC) Engineer - Hydrogen Power
Location: Sheffield Sector: Zero-Emission Energy

  • Salary - 36k + 20% shift uplift
  • Package includes - Bonus, Pension, Private Dental & Medical insurance + more
  • NOTE - role requires shift work, inlcuding occasional night shifts
  • Location: Officed based in Sheffield City

We are looking for a skilled Remote Operating Centre Engineer to join a growing team responsible for the real-time monitoring and remote operation of a fleet of Hydrogen Power Gen units. This role offers the chance to work on cutting-edge renewable energy technology, supporting zero-emission power delivery across multiple industries.

Fantastic opportunity for a recent graduate, with a passion for green energy, seeking a step into the enigneering world!

What you'll do:

  • Monitor and remotely operate Hydrogen Power assets, troubleshooting and resolving operational issues

  • Escalate complex faults and provide advanced technical support as needed

  • Support operations and customers, liaising with suppliers, field teams, and clients

  • Track hydrogen fuel usage, coordinate deliveries, and manage remote system shutdowns

  • Analyse performance data, monitor KPIs, and drive continuous improvement

  • Follow emergency and contingency procedures to minimise downtime

What we're looking for:

  • 1st or 2:1 Degree in Engineering (Electrical, Chemical preferred) or equivalent - Recent Graduates considered

  • Experience operating and remotely fault-finding industrial or energy assets

  • Strong problem-solving, technical, and decision-making skills under pressure

  • Excellent communication and collaboration skills

  • Proactive, self-motivated, with a passion for renewable energy

  • Experience in a Remote Operating Centre or fast-paced operational environment is a plus

This is a hands-on, high-impact role offering career growth within a 24/7 operation, with initial day shifts moving to shift-based patterns in 2026.

INDJB