Work with KyperX

Engineering, technical studies and development collaboration

KyperX takes on engineering, R&D, technical studies, due diligence and development collaboration where a technology or project has to be understood before it can advance. Each engagement is scoped around the question, the evidence it needs and the decision it should support.

  • Scoped to the decision
  • Written proposal before work
  • Non-confidential first enquiry

Engagement Paths

Four engineering engagement paths

The four paths share the same engineering method. They differ in who relies on the work and the decision it serves.

Engineering & R&D

“We need a technically difficult system defined, analysed or planned for development.”

Research, requirements, system architecture, technology evaluation, preliminary techno-economic analysis and development planning.

Typical outputRequirements, architecture, option evaluations and a staged development plan.

Engineering & R&D engagements →

Technical Feasibility

“We need evidence before committing to the next development step.”

A defined study of whether a concept is technically workable within its boundary, what it depends on, and what should happen next.

Typical outputA study report ending in a recommendation to advance, revise or stop.

Technical feasibility studies →

Technology Due Diligence

“We need to test a technology, supplier or project assumption before a decision.”

A technical review of maturity, engineering assumptions, dependencies, scalability and risk, limited to the evidence provided.

Typical outputFindings that grade each material claim and name the evidence gaps.

Technology due diligence →

Collaborative Development

“We want to explore developing something together.”

Joint R&D, research and industry partnerships, supplier development, licensing discussions, joint ventures and project development.

Typical outputAgreed scope, roles, evidence, IP treatment and decision points before commitment.

Collaborative development →

Scoping

Defining an engagement scope

Each proposal defines the question, evidence, disciplines and deliverables required. Its scope is built from six considerations:

The question or decision

What has to be known, and who will rely on the answer.

Current maturity

How far the concept, technology or project has already been defined.

Available evidence

The data, specifications and prior work the analysis can build on.

Disciplines involved

Which areas of engineering and analysis the question actually needs.

Interfaces and dependencies

The systems, infrastructure and parties the subject connects to.

Required deliverables

The form and depth of output the decision calls for.

How an Engagement Starts

Written scope, deliverables and fees

An enquiry is not a commitment on either side. It starts a review of whether KyperX’s capabilities fit the question.

Enquiry

You describe the question, its stage and the timeframe. KyperX reviews the fit with its capabilities.

Discovery

Where there is a fit, a conversation sets the boundary, the evidence available and the decision the work should support.

Proposal

A written proposal states scope, method, deliverables, assumptions, exclusions, timing and fees.

Work and decision

The work is delivered against that scope and ends with findings that support a decision.

Technical Basis

The capabilities behind KyperX’s own R&D

Engagements apply the same capabilities KyperX uses in its own R&D programs.

Intelligent Systems

AI, computing, sensing, automation and robotics.

Explore Intelligent Systems →

Energy & Industry

Electricity, storage, hydrogen, industrial systems, and green iron and steel.

Explore Energy & Industry →

Technical capabilities

The seven kinds of technical work KyperX performs.

View technical capabilities →

Development maturity

How KyperX states the status of its work.

How maturity is described →

Australian organisations

Company details, relevant technical areas and how KyperX works with Australian companies, research organisations and funded programs.

Engineering and R&D in Australia →

Commercial AI

Commercial AI engineering is delivered through KyperX AI.

Explore KyperX AI ↗

Technical notes

From KyperX research

Short notes on how KyperX approaches systems, energy, materials and evidence.

Note · Energy & Industry

Hydrogen ironmaking is an electricity problem first

Most of the delivered cost of hydrogen-based steel is set before any ore is reduced: by how electricity is bought, firmed and stored, and by how hard the capital-intensive plant behind it is allowed to run.

5 min read

All technical notes →

Enquire

Discuss an engineering requirement

A short, non-confidential description is enough to start.

No obligation. Scope, deliverables and fees are agreed in writing before any work begins.

What to include

  • The system, technology or project involved
  • The decision the work should support, and who relies on it
  • The current stage and your timeframe

What happens next

Review → Conversation → Written proposal

Prefer email? contact@kyperx.com