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We are seeking final year students in Electrical Engineering and allied disciplines for roles in the following business specialisations:
1. Power Generation
2. Transmission & Distribution
Power Generation
Within our Power Generation & Utilities business, we integrate technology, experience, and people to deliver large scale Combined Cycle Gas Turbine (CCGT) solutions, industrial Combined Heat & Power (CHP) with Island mode, and critical service standby diesel generators. We provide feasibility studies and system design for embedded generation projects including solar panels, wind turbines, and battery storage. We also offer versatile solutions for Balance of Plant (BOP) operations and Electrical Protection Systems.
Transmission & Distribution
Our Transmission & Distribution team designs AIS/GIS substations from 20kV to 220kV and contestable build and non-contestable stations in the range of 40 to 550MVA CCGT. Connections include conventional and renewable Power Generation, Peaking, Battery Storage, DS3, and Solar PV plants, as well as large demand loads such as data centres and process plants. We utilize leading-edge design and modelling tools to deliver innovative solutions.
NeoDyne also supplies gas network design frameworks, providing electrical and instrumentation engineering services for the on-shore Natural Gas Industry and Regulated gas utility sector in Ireland and the UK. Our expertise encompasses Compressor Station, AGI Electrical & Instrumentation design, Fiscal and non-Fiscal metering, and Cathodic Protection.
What will I be doing?
Our graduate programme focuses on learning and developing your skills. Over two years, you will be involved in projects where you can contribute meaningfully to the business. Projects span all areas of Electrical Engineering and Automation, including HV/MV electrical design, power generation, PLC and SCADA automation, control logic programming, control panel hardware design, and site testing & commissioning.
You will have the opportunity to use state-of-the-art engineering software for control and protection design, substation layouts, and power system modelling for studies like short circuit, protection coordination, and grid compliance for renewable projects. Generating technical documentation and engaging with customers will also be key to developing your soft skills. Additionally, travel to customer sites for installation, testing, and commissioning may be part of your role.
What about training?
Our induction programme follows a 70-20-10 learning model:
* 70% On-the-job Learning: Working on real projects from Day 1, delivering value to customers both on- and off-site.
* 20% Learning from others: Collaborating with subject matter experts, interacting with customers, and learning from former graduates.
* 10% Formal Education: Attaining professional certifications and participating in e-learning and classroom training to become an expert in your field.
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