About the role
Responsibilities:
- Develop, review, and validate power system models for transmission, distribution, renewable, and industrial networks.
- Perform power system studies covering steady-state, short-circuit, contingency, dynamic, power quality, and electromagnetic transient requirements.
- Support grid connection, network planning, and compliance studies for generation, demand, storage, and large industrial connections.
- Carry out dynamic performance assessments involving generator response, inverter-based resources, control interactions, frequency response, and voltage stability.
- Undertake power quality assessments including harmonics, flicker, voltage unbalance, resonance, and disturbance-related studies.
- Perform electromagnetic transient studies for switching events, energisation, fault recovery, insulation coordination, control interaction, and fast transient behaviour.
- Interpret study results and translate technical findings into clear recommendations for customers, utilities, and project stakeholders.
- Prepare high-quality technical reports, study notes, model review comments, and presentation material.
- Coordinate with multidisciplinary teams, clients, original equipment manufacturers, developers, and utility stakeholders.
- Support technical assurance, peer review, quality checks, and continuous improvement of study methodologies and templates.
Requirements:
- Demonstrated experience in harmonic analysis, resonance assessment, harmonic compliance studies, and mitigation techniques for transmission, distribution, renewable, and industrial power systems.
- Strong experience developing, validating, and applying dynamic models for inverter-based resources (IBRs), including solar PV, wind farms, battery energy storage systems (BESS), and associated control systems.