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Education & Research

INDUSTRIES

Education & Research

INDUSTRIES

Education & Research

INDUSTRIES

Applied advanced manufacturing training, research and hands-on capability development aligned to real production systems and industry requirements.

Production-scale manufacturing environments

Hyperion works with universities and institutions to support applied advanced manufacturing training, research, and real-world capability development through production systems deployed in educational settings.

Training environments for large-format and robotic manufacturing

Installed systems and research-led production programs, including Cobot3DP capability in university environments

Materials research and development for polymer and metal additive manufacturing

Process optimization and parameter development for production applications

Industry collaboration projects for real-world manufacturing challenges

Capability development for future workforce in advanced manufacturing pathways

Design for additive manufacturing curriculum and training projects

Prototyping and demonstration components for research and outreach


Why this matters

Advanced manufacturing is growing faster than the skilled workforce to run it. Universities and TAFEs sit at the centre of closing that gap — training the engineers and technicians industry needs, conducting research aligned to real production challenges, and testing materials and processes that carry through to real-world deployment. Hyperion supports that role with the systems, materials knowledge and industry connection to make training and research genuinely applied.

person holding clear glass glass

Production-scale manufacturing environments

Hyperion works with universities and institutions to support applied advanced manufacturing training, research, and real-world capability development through production systems deployed in educational settings.

Training environments for large-format and robotic manufacturing

Installed systems and research-led production programs, including Cobot3DP capability in university environments

Materials research and development for polymer and metal additive manufacturing

Process optimization and parameter development for production applications

Industry collaboration projects for real-world manufacturing challenges

Capability development for future workforce in advanced manufacturing pathways

Design for additive manufacturing curriculum and training projects

Prototyping and demonstration components for research and outreach


Why this matters

Advanced manufacturing is growing faster than the skilled workforce to run it. Universities and TAFEs sit at the centre of closing that gap — training the engineers and technicians industry needs, conducting research aligned to real production challenges, and testing materials and processes that carry through to real-world deployment. Hyperion supports that role with the systems, materials knowledge and industry connection to make training and research genuinely applied.

person holding clear glass glass

Production-scale manufacturing environments

Hyperion works with universities and institutions to support applied advanced manufacturing training, research, and real-world capability development through production systems deployed in educational settings.

Training environments for large-format and robotic manufacturing

Installed systems and research-led production programs, including Cobot3DP capability in university environments

Materials research and development for polymer and metal additive manufacturing

Process optimization and parameter development for production applications

Industry collaboration projects for real-world manufacturing challenges

Capability development for future workforce in advanced manufacturing pathways

Design for additive manufacturing curriculum and training projects

Prototyping and demonstration components for research and outreach


Why this matters

Advanced manufacturing is growing faster than the skilled workforce to run it. Universities and TAFEs sit at the centre of closing that gap — training the engineers and technicians industry needs, conducting research aligned to real production challenges, and testing materials and processes that carry through to real-world deployment. Hyperion supports that role with the systems, materials knowledge and industry connection to make training and research genuinely applied.

person holding clear glass glass

FREQUENTLY ASKED QUESTIONS

What else should you know about Hyperion for education?

Common questions from universities and TAFEs building advanced-manufacturing teaching and research capability.

Q1.

Can Hyperion systems be installed in a university or TAFE 3D printing lab?

Yes — Hyperion provides production-grade systems for training and research in educational settings, including robotic manufacturing platforms suited to lab and workshop environments.

Q2.

How does Hyperion support advanced manufacturing education and skills?

Hyperion partners with universities and TAFEs to build advanced-manufacturing capability, giving students hands-on experience on systems used in operational environments and preparing them for real industry roles — helping close the skills gap as advanced manufacturing grows faster than its workforce.

Q3.

Does Hyperion support additive manufacturing research and materials development?

Yes — its systems act as platforms for materials research, process development and advanced manufacturing R&D, including polymer and metal additive manufacturing and recycled feedstock development.

Q4.

Which 3D printing and additive manufacturing systems are suitable for education?

COBOT3DP is well suited to teaching, research and prototyping as an accessible entry point to industrial additive manufacturing, and WAAM is already in use in university environments for metal additive manufacturing research.

Q5.

How does education connect to Hyperion's broader manufacturing capability?

Developing sovereign advanced-manufacturing capability requires both infrastructure and talent. Educational partnerships build the workforce behind that capability, connecting teaching and research to the same production systems used across defence, marine, resources and construction.

Explore research and training capability

Connect with our team to discuss robotic additive manufacturing systems, research packages, training programs, and applied manufacturing capability.

Explore research and training capability

Connect with our team to discuss robotic additive manufacturing systems, research packages, training programs, and applied manufacturing capability.