FERNANDEZ CHOZAS JULIA

Their core work

Julia Fernandez Chozas is a wave energy specialist operating as an independent expert consultancy based in Denmark. Her work covers the technical and economic dimensions of wave energy converter (WEC) development — from hydrodynamic analysis of novel device concepts and structural load assessment, to LCOE modelling and environmental and social impact evaluation. More recently, she has developed deep expertise in advanced testing methodologies for WEC components and subsystems, including accelerated and hybrid testing protocols aimed at proving device reliability before costly offshore deployment. She contributes to RIA consortia as a specialist partner, bringing focused analytical and validation expertise rather than hardware or infrastructure.

What they specialise in

How they've shifted over time

In her earlier H2020 work (LiftWEC, starting 2019), the focus was on the physics and feasibility of a new wave energy concept — hydrodynamic lift forces, structural loads, LCOE, and securing social licence through environmental and social acceptance analysis. By 2020, with VALID, the emphasis shifted decisively toward validation: how do you prove a WEC design works reliably before it goes offshore? The keywords moved from design fundamentals to test rigs, accelerated testing, hybrid testing, virtual models, and component-level reliability. This is a clear progression from "can this concept work?" to "how do we verify and certify that it works at acceptable cost and risk."

She is moving toward the validation and certification end of the wave energy development pipeline — an area that will become critical as the sector matures and devices approach commercial deployment, making her an increasingly relevant partner for projects bridging TRL 4-6.

How they like to work

Fernandez Chozas operates exclusively as a consortium partner, never as coordinator — consistent with a specialist consultant who joins projects to deliver defined analytical tasks rather than to manage large programmes. Across just two projects she has connected with 25 distinct partners in 11 countries, suggesting she plugs into diverse, international consortia rather than working within a fixed network. This profile — broad reach, specialist role, no coordination overhead — makes her a low-friction addition to consortia that need targeted wave energy or testing expertise without a large institutional partner.

With 25 unique consortium partners spread across 11 countries from only two projects, her network is disproportionately wide for her project volume, pointing to active engagement in the European ocean energy community. The geographic spread suggests involvement in pan-European consortia typical of Horizon 2020 RIA projects in the marine renewable sector.

What sets them apart

Fernandez Chozas occupies a rare niche at the intersection of wave energy hydrodynamics, cost modelling, and physical testing methodology — a combination that covers the full chain from concept validation to economic justification. As an independent consultancy rather than a university group or large R&D institute, she offers focused expertise without the overhead or IP complications of institutional partners. For a consortium building a WEC development project, she brings the analytical credibility of an academic specialist with the flexibility of a private consultant.

Highlights from their portfolio

• LiftWEC
  Addresses a genuinely unconventional WEC concept — using hydrodynamic lift rather than wave pressure — placing this work at an early, high-risk stage of the innovation pipeline where specialist hydrodynamics input is critical.
• VALID
  Directly tackles one of the sector's core commercialisation barriers — the absence of standardised, cost-effective testing procedures for WEC components — making it highly relevant to any future wave energy deployment programme.