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A wide school assembly space with a very large multi-panel space-themed video wall while a student crew operates cameras and a production console

Industry collaboration

Help us standardize the system.

Spaceposium Foundation is developing standardized planning and estimating architecture for three levels of the Spaceposium Space-STEM Expo System™. We are inviting qualified audiovisual manufacturers, distributors, systems integrators, education resellers, installers, training organizations and workforce-development organizations to help turn that framework into responsible, repeatable school deployments.

Illustrative concept image

Why industry participation matters

Standards make good intentions deliverable.

Educational access

Help schools gain dependable shared environments for science instruction, live learning and technical exploration.

Repeatable architecture

Help establish realistic system categories, labor assumptions and deployment standards that can scale responsibly.

Workforce pathways

Help turn installed systems into supervised learning environments for audio, video, networking and live-production skills.

Measurable deployment

Help create documented sponsor-ready project scopes instead of vague equipment campaigns.

Where we need industry input

Specific questions, not a general appeal.

  • Education / nonprofit pricing
  • Standardized BOM development
  • Display and projection strategy
  • Audio system categories
  • Video production architecture
  • Streaming architecture
  • Regional installation labor assumptions
  • Mounting / infrastructure assumptions
  • Logistics and warehousing
  • Commissioning and support
  • Warranty / service models
  • Training
  • Student technical pathways
  • In-kind equipment where appropriate
  • Discounted equipment where appropriate

Who we want to hear from

Organizations that build, supply and support.

Manufacturers

Organizations interested in educational pricing, system standardization, product-category guidance or responsible in-kind participation.

Distributors

Organizations capable of helping establish repeatable education-sector sourcing, fulfillment and logistics.

Systems integrators

Organizations experienced in designing, installing, commissioning and supporting professional AV systems in educational environments.

Education resellers

Organizations familiar with school procurement, district contracts and institutional purchasing.

Installation / service providers

Qualified organizations capable of regional deployment, commissioning and support.

Training / workforce organizations

Organizations interested in helping students gain exposure to professional AV, broadcast, networking and production skills.

From AV system to learning platform

The equipment is the infrastructure.
What students do with it is the outcome.

Every configuration is intended to serve the same purpose: a shared space a school can rely on for learning that would otherwise be out of reach.
  • Science instruction
  • Remote guest speakers
  • Live-event participation
  • Student broadcasting
  • Media production
  • Technical demonstrations
  • Mission-based activities
  • Career exploration
  • Assemblies
  • Community programming

Over time, equipped schools are intended to connect through the Foundation’s Global Space Learning Network™, a framework for shared live programming and scheduled sessions. That network is in development; no network scale, participating school roster or shared programming calendar exists today.

A student at a microphone asks a question during a school auditorium session while a remote guest speaker appears on the large screen from inside a spacecraft module
Illustrative concept image.

Workforce connection

A system students can learn on.

The Foundation's AV & Technical Apprenticeship concept remains aspirational. No apprenticeship program, placement or employer partnership has been established.

An installed Spaceposium Space-STEM Expo System™ could eventually provide a supervised technical learning environment for practical skills:

  • Audio
  • Video
  • Camera operation
  • Production switching
  • Streaming
  • Networking
  • System control
  • Live-event operation
  • Troubleshooting
Students and educators at production consoles reviewing rover imagery and telemetry on a large multi-panel mission-control display
Illustrative concept image. A mission-control-style room doubles as a supervised training environment.

What success would look like

Judged on the quality of the architecture, not on claims.

  • Repeatable system categories
  • Defensible landed-cost assumptions
  • Clearer sponsor targets
  • Better procurement planning
  • Qualified installation pathways
  • Consistent commissioning
  • Documented project closeout
  • Training resources
  • Scalable service strategy
  • More capable school learning environments

Open partner-development invitation

This page describes areas in which the Foundation is seeking qualified industry participation. No partnership, sponsorship, pricing agreement, manufacturer relationship, integrator relationship or trade-association relationship is represented unless it has been independently verified and documented in writing.