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Antarctica • Space • Deep Ocean • Harsh-environment engineering

Proving technology in extreme environments.

ExEEH focuses on engineering in environments where pressure, temperature, isolation and logistics define what is possible — from Antarctic operations to deep-ocean systems and space technologies.

Christchurch, New Zealand — a gateway city to Antarctica with a growing aerospace and high-tech manufacturing base — is a natural location for this work.

ExEEH is being developed by engineer Dr Lucy Rogers MBE FREng in early collaboration with international researchers, engineers and operators working in extreme environments from UK, New Zealand and Europe.

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Divers and submersible in extreme environment testing
Example of engineering systems designed for environments where pressure, isolation and logistics define what is possible.
Image credit: NASA (NEEMO mission)

What ExEEH is for

Prove

Explore how technologies can be tested in environments that are cold, remote, wet and operationally demanding.

Translate

Develop pathways from scientific concept to deployable engineering.

Connect

Bring together universities, industry, operators and funders around shared engineering challenges.

What ExEEH is working towards

  • Identifying technologies proven in extreme environments.
  • Exploring translation into deployable systems and real-world applications.
  • Building collaborations with industry, research organisations and operators.
  • Selective public engagement activities through writing and talks.
  • Development of early-stage systems, field concepts and practical demonstrations.
Early stage initiative

Interested in collaboration, pilot projects or strategic conversations?

ExEEH is developing its scope, partnerships and early opportunities. Get in touch to discuss research collaboration, industry engagement or advisory input.

info@exeeh.org