Location: Wellington, New Zealand (On-site)
Type: Full time
Start Date: 1st Oct 2025 or ASAP preferred
Xplora Ventures is a deep-tech startup developing a new category of energy storage — a heat battery called HeatVaultTM that stores excess warmth from summer and releases it in winter. By enabling long-duration, zero-loss thermal storage, we aim to redefine how the world stores and uses heat.
Our vision is to move energy beyond boundaries — of time, place, and imagination. We’re now hiring two R&D roles (one focused on materials, and one on reactor systems) to help solve two of our most important technical challenges:
Developing and scaling up a thermochemical material that stores energy with high density and durability
Engineering a reactor system that moves heat in and out of that material with precision, repeatability, and scalability
If you’re curious, hands-on, and hungry to grow, this might be the role you’ve been waiting for. We value people who are:
Humble – open to learning, self-aware, and collaborative
Hungry – driven to build, explore, and get stuff done
Smart (in the people sense) – emotionally and interpersonally intelligent
Help design, build, and test a working thermochemical reactor system
Collaborate with a broad range of specialists to integrate various components and other critical features to scale up the process
Combine thinking and doing — this is a “lab-coat AND wrench” role
Contribute to iterative prototyping, test planning, and engineering documentation
We’re not just hiring for a task — we’re hiring for trajectory. The right person for this role is:
Self-motivated — You proactively experiment, explore, and learn
Comfortable with ambiguity — You thrive in building novel solutions
Driven to grow — You aspire to leadership in your field
Adaptable — You evolve with the company and embrace new challenges
Resilient and resourceful — You learn from failures and collaborate
Your mission is to help design, validate, optimise and scale up this material so it:
Achieves high energy density
Maintains stable performance over multiply charge/discharge cycles
Operates within target regeneration temperatures and heat output
Retains robust structural integrity during repeated cycling
You’ll also play a key role in translating material discoveries into manufacturable components for reactor integration.
Experience with material formulation and solid–gas systems (e.g. sorbents, salts, binders, or composites)
Familiarity with moisture adsorption, porosity, and heat/mass transfer in porous media (e.g: zeolite, silica materials, or MOF etc. )
Understanding of reaction kinetics and thermodynamics, especially for endothermic/exothermic cycling processes
Proficiency in material characterisation tools, including:
TGA (Thermogravimetric Analysis)
DSC (Differential Scanning Calorimetry)
SEM (Scanning Electron Microscopy)
XRD (X-ray Diffraction)
We want to hire one person, with two-person output, and three-times growth. If you’re someone who wants more than just a job — who wants to build something that matters and grow as fast as the company does — let’s talk.
Just send us a note — even a few paragraphs is fine — about why this role sounds exciting to you. Include your CV, or a project you’ve built, or something else that tells your story.
👉 Email: Nan Yang at nan@xploraventures.com