Gravity-Informed Manufacturing: Building the Data Intelligence Layer
Gravity influences how materials and biological systems form, flow, assemble, crystallize, and grow. In some cases, removing gravity can enable new structures or higher-quality products. In others, microgravity provides a controlled environment for understanding what gravity is doing and how a process can be improved on Earth.
The challenge is turning experimental data into reliable decisions. Ground and flight results are often difficult to compare, historical microgravity data is hard to reuse, and findings from individual experiments rarely translate directly into repeatable manufacturing processes.
Industry leaders working across microgravity research, biotechnology, advanced materials, and in-space manufacturing will discuss the data intelligence layer required to close that gap: how to connect ground and flight data, standardize measurements, benchmark results against prior experiments, and determine whether the next step should happen on Earth or in space.
You will gain a clearer understanding of:
How gravity affects material and biological processes—and how those effects appear in experimental data.
How customer data can be compared with relevant historical microgravity evidence, including NASA datasets.
How teams move from one-off experiments to reproducible, decision-ready workflows.
How to determine whether a terrestrial process adjustment, additional ground testing, or a microgravity experiment is warranted.
What the data intelligence layer must provide to support scalable research and manufacturing.
Who should attend
R&D and innovation teams in pharmaceuticals, biotechnology, advanced materials, semiconductors, energy, specialty chemicals, and space manufacturing as well as any organization working with gravity-sensitive processes.
📆 Thursday, August 20, 2026
🌎 8 AM PT | 11 AM ET | 4 PM London
💻 Online via Zoom
🎤 60-minute panel and live Q&A