Three days where researchers, industry leaders, and innovators converge on nanotechnology, biomaterials, energy, and advanced materials — June 21–23, 2027.
Materia International unites researchers, industry leaders, and innovators to accelerate progress across sustainable materials, electronic and photonic materials, and emerging nanotechnologies.
Our mission is to speed scientific progress, forge interdisciplinary partnerships, and tackle global challenges in energy, healthcare, and the environment.
The international materials community gathers to present recent advances and build collaborations that carry well beyond the conference.
A sample of the sessions spanning the full breadth of modern materials research.
Next-generation materials pushing the limits of performance, precision, and function.
Alloy design, phase transformations, and processing for structural and specialty metals.
Simulation, predictive design, and AI-driven discovery accelerating materials development.
Responsive materials that sense, adapt, and react to their environment in real time.
Superconductors, topological phases, and materials enabling quantum information technologies.
Load-bearing materials engineered for strength, durability, and safety in real-world use.
+ 17 more tracks including ceramics, composites, magnetic materials, surface science, and polymers.
Leading researchers and educators from institutions around the world.
Stanford University
University of California
Texas Tech University
Arizona State University
Best for dense, multi-track days — scan a time row across all four rooms in one glance.
| Time | ||||
|---|---|---|---|---|
| 08:30 — Opening keynote · Plenary hall | ||||
| 10:00 | Plenary-1Semiconductor devicesTrack 01 |
Plenary-2Sensor fabricationTrack 05 |
Plenary-3Battery chemistriesTrack 11 |
Plenary-4Drug delivery systemsTrack 16 |
| 11:15 | Keynote-1Predictive modelingTrack 20 |
Keynote-2Circular designTrack 13 |
Keynote-3PhotonicsTrack 01 |
Keynote-42D materialsTrack 05 |
| 12:30 — Lunch & poster session · Exhibit Hall | ||||
| 14:00 | BiomaterialsTissue engineeringTrack 16 |
Energy materialsSolar cell designTrack 11 |
Computation & theoryAI-driven discoveryTrack 20 |
Sustainable materialsLifecycle analysisTrack 13 |
| Time | Room A1 | Room A2 | Room B1 | Room B2 |
|---|---|---|---|---|
| 09:00 — Keynote: AI-driven materials discovery · Plenary hall | ||||
| 10:45 | Energy materialsNext-gen battery chemistriesTrack 11 |
Sustainable materialsLifecycle designTrack 13 |
Computation & theorySimulation workshopTrack 20 |
Electronic materialsSensor integrationTrack 01 |
| 12:00 | BiomaterialsDrug delivery advancesTrack 16 |
Nanomaterials2D material synthesisTrack 05 |
Energy materialsSolar cell efficiencyTrack 11 |
Computation & theoryAI-driven discoveryTrack 20 |
| 13:15 — Lunch, Exhibit Hall | ||||
| 14:30 | Electronic materialsPhotonic circuitsTrack 01 |
Sustainable materialsCircular economy panelTrack 13 |
NanomaterialsScalable fabricationTrack 05 |
BiomaterialsTissue scaffoldsTrack 16 |
| Time | Room A1 | Room A2 | Room B1 | Room B2 |
|---|---|---|---|---|
| 09:00 — Closing keynote: Where materials science goes next · Plenary hall | ||||
| 11:00 | Sustainable materialsCircular design for materialsTrack 13 |
Computation & theoryClosing panelTrack 20 |
Energy materialsStorage systems retrospectiveTrack 11 |
BiomaterialsClinical translation panelTrack 16 |
| 13:00 — Closing lunch & farewell | ||||
