Commissioning Engineer (E&I)

NeoDyne; Dublin; On-site; EUR 60,000 - 90,000; Full time

Benefits offered by this job

Competitive salary

Overtime

PRSA pension

Health Insurance

Income Protection

Life Assurance

Job summary

NeoDyne is seeking an experienced Commissioning Engineer (E&I) to join our Power Generation & Energy Systems team in Dublin. You will plan, coordinate and execute E&I commissioning activities for standby generator packages and their ancillaries on large-scale data centre projects, ensuring safe testing and full functionality.

Working with our engineering, vendors, subcontractors and client teams, you will deliver handover documentation and IST testing, maintain RAMS compliance, and help drive

Qualifications

• Experience commissioning electrical, control and instrumentation systems.
• Ability to interpret electrical schematics and control drawings.
• Strong fault-finding, communication and problem-solving skills.

Responsibilities

• Plan and execute E&I commissioning for standby generator systems.
• Coordinate cable testing, loop checks, and instrument calibration.
• Commission generator controls, protection, alarms, interlocks and ESD systems.
• Test interfaces between generators, switchgear, fuel systems, and data centre infra.
• Support generator start-up, synchronisation, load bank testing and functional testing.
• Manage commissioning issues and ensure documentation is completed per project.

Skills

Electrical systems

Instrumentation

Controls engineering

Schematic interpretation

Fault finding

Education

Electrical/Instrumentation/Controls qualification

Job description

Position Summary

NeoDyne is seeking an experienced Commissioning Engineer (E&I) to join our Power Generation & Energy Systems team, supporting the commissioning and handover of standby power generation systems on large-scale data centre projects. The Commissioning Engineer will be responsible for planning, coordinating and executing E&I commissioning activities associated with generator packages and their auxiliary systems. Working closely with NeoDyne's engineering and project teams, vendors, subcontractors and client commissioning teams, the role will ensure systems are safely tested, fully functional and delivered in accordance with project requirements. The role is offered as a full-time staff position, based at our Dublin Office, with an excellent Salary and Benefits package. If successful, you will enjoy NeoDyne's "PeopleFirst" company culture, built on mutual respect, trust, and honesty, where each individual actively contributes as a valued team member.

Key Responsibilities

• Plan and execute E&I commissioning activities for standby generator systems and associated equipment.
• Perform and coordinate cable testing, point-to-point checks, loop checks and instrument calibration.
• Commission generator controls, protection, alarms, interlocks, instrumentation and emergency shutdown systems.
• Test interfaces between generators, switchgear, fuel systems, controls and the wider data centre infrastructure.
• Support generator start-up, synchronisation, load bank testing and functional performance testing.
• Troubleshoot and resolve electrical, control and instrumentation faults during commissioning.
• Verify construction completion and system readiness prior to energisation and testing.
• Coordinate OEMs, subcontractors and client teams through commissioning and Integrated Systems Testing (IST).
• Ensure all commissioning activities comply with approved procedures, RAMS and electrical safety requirements.
• Manage commissioning snags and technical issues through to close-out.
• Complete test records, commissioning reports and handover documentation in line with project requirements.

Required Experience & Skills

• Relevant Electrical, Instrumentation, Controls or E&I qualification.
• Experience commissioning electrical, control and instrumentation systems.
• Good knowledge of LV systems, controls, instrumentation, protection and electrical testing.
• Ability to interpret electrical schematics, control drawings and technical documentation.
• Strong fault-finding, communication and problem-solving skills.

Desired

• Experience on data centre, mission-critical or power generation projects.
• Familiarity with standby generators, switchgear, synchronisation and generator controls.
• Experience with load bank testing and Integrated Systems Testing (IST).

Characteristics

• Work well as part of a team.
• Have excellent problem solving and diagnostic skills.
• Can complete tasks independently, capable of self-learning.
• Can prioritise and coordinate work.
• Have excellent customer service, interpersonal, communication and organisational skills.
• Can multitask and work well under pressure.
• Are a strategic business thinker.

What's on offer?

• Competitive starting salary with year-on-year bonuses and salary increases.
• Paid Overtime
• PRSA pension with employer contribution
• Health Insurance
• Income Protection
• Life Assurance

Company Overview

NeoDyne is a leading engineering company specialising in industrial automation, digital manufacturing, and electrical engineering solutions. We develop high-availability automation and electrical systems for mission-critical industries, including pharmaceutical manufacturing, data centres, and energy infrastructure, ensuring continuous operation and compliance. Our expertise extend across power generation, natural gas transmission, and high-voltage system design, delivering robust solutions that strengthen critical infrastructure. Specific to our Power Generation & Energy Systems business, we deliver mission-critical system projects that transform the reliability, availability, and efficiency of the energy network moving it towards a greener, more sustainable future.

From our offices in Ireland, the UK, Romania, and the US, we operate on a global scale, combining technical expertise with local delivery. We support customers across Europe, North America, and Asia, delivering tailored engineering services that drive long-term success.

• Projects include:
• High-Efficiency centralised power plants in hyperscale data centres
• Large-scale flexible peaking plants providing grid support when renewables are not available
• Embedded renewables
• National Utility projects to meet ambitious sustainability targets.