Strategic Asset Engineer – Renewables Analytics

Fluid Recruitment; Hamilton; Presencial; NZD 120.000 - 170.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Additional leave

Life insurance

Income protection

Employee share scheme

Discounted rates

Home office grant

Parental leave

Flu jabs

Healthcare discounts

Gender affirmation leave

Community fund

Descripción de la vacante

Mercury is seeking a Specialist Asset Strategy Engineer to join the team in Hamilton, with flexibility for Auckland, Tauranga or Rotorua. You will combine technical engineering insight with strategic investment analysis to optimise asset value across hydro, wind and geothermal generation.

Reporting to the Asset Strategy Manager, you will analyse data, evaluate options and contribute to capital allocation decisions, while advancing lifecycle models and decision-making frameworks for the broader

Formación

• Tertiary qualification in Engineering.
• Additional qualifications in Commerce (Finance or Economics), Mathematics and/or Statistics advantageous.
• Experience in investment analysis and asset investment/asset allocation.

Responsabilidades

• Analyse asset data and evaluate investment options to support capital decisions.
• Develop and improve asset lifecycle models and analytical tools.
• Collaborate with stakeholders across the business to build robust business cases.

Conocimientos

Investment analysis

Cost/benefit analysis

Financial modelling

Stakeholder management

Engineering background

Educación

Engineering degree

Commerce/Finance/Economics/Math/Statistics degree

Descripción del empleo

Mercury is seeking a Specialist Asset Strategy Engineer to join the team in Hamilton, with flexibility for Auckland, Tauranga or Rotorua. You will combine technical engineering insight with strategic investment analysis to optimise asset value across hydro, wind and geothermal generation.

Reporting to the Asset Strategy Manager, you will analyse data, evaluate options and contribute to capital allocation decisions, while advancing lifecycle models and decision-making frameworks for the broader