Project Finance Officer - Fixed Term Contract at JERA Nex bp · London

Join us as we work to unlock the value of offshore wind! JERA Nex bp is a new joint venture between JERA, Japan’s largest power generation company, and bp, one of the world’s leading energy companies. Established to unlock the potential of offshore wind across the globe, our talented team, exciting pipeline and solid capital commitment give us the potential to become one of the world’s most successful offshore wind companies.

We entered the market with a portfolio of operational and development assets, alongside the resources, capabilities and resilience to deliver offshore wind energy at scale.

This role offers a fixed term contract of 12 months.

Why this role matters

Your primary scope will be the financing of new and existing offshore wind parks in and outside Europe with a strong focus on financial modelling.

In this role you will:

· Perform financial modelling, structuring and scenario analysis including coordination with all stakeholders to gather and understand the most up to date information

· Participate in the project developments including interaction with internal committees, partners, lenders and advisors

· Support the preparation and review of internal and external economic presentations

· Support the preparation and review of due diligence reports

· Prepare or supervise the preparation of adequate bank reporting and covenants follow-up for the existing offshore wind financings

· Keep a close eye on financing trends in offshore wind and the renewable industry in general

The Team

You will join the Treasury & Economic Analysis team and be part of the wider Finance department of JERA Nex bp. The team is made up of approximately 15 people working to design and execute the best corporate and project finance solutions.

Why you should join us:

· Dynamic and experienced team with various backgrounds

· Motivated to support JERA Nex bp’s offshore wind ambitions

· Exposed to international deployment of renewable energy at a critical time for the energy transition