Insights on Materials Science

Engineers in an automotive design lab analyze an EV for battery connectivity.

Insights on Omni-Connectivity Innovation for Advancing Next-Gen Platform Technologies

We partner with customers to optimally engineer omni-connectivity solutions for the complex requirements and cross-domain intelligence enabling electrification, cloud computing and edge computing, data communications, renewable energy, and industrial automation.
Materials scientists in a materials science laboratory examine a 3D-printed prototype.

Promise of Advanced Materials

TE's VP & Chief Transformation Officer, Artificial Intelligence & Sustainable Materials explains how materials science is enabling TE scientists to sustainably engineer materials that can address customer requirements.
Scientist evaluates results of developing a new materials compound.

Developing Advanced Materials

Advanced materials research is enabling scientists to find technical solutions such as bactericidal surfaces for developing new technologies. Learn how materials science exploration helps address product engineering concerns and opportunities.
3D printing machine used to manufacture printed electronics.

Driving Innovation with Printed Electronics

By continuously developing materials and processes, we enable customers to build technology that moves the world forward.
Transforming Connectivity with Conductive Plastics

Transforming Connectivity

At TE, our materials scientists are developing conductive plastics that provide a lighter, less expensive connectivity solution for next-generation electronics.