Research Scientist (Materials Science)

Company Description TERA-print commercializes desktop nanofabrication tools and technologies that accelerate R&D and discovery at the nanoscale. Its flagship platform, TERA-Fab, enables rapid prototyping of electronic devices, patterned substrates at nano- and microscale, and microfluidic devices and sensors across a wide range of materials and inks. The company’s tools support studies of materials miniaturization and precise control of cell surface interactions at the sub-cellular level. By integrating specialized hardware, intuitive software/UI, and advanced surface engineering, TERA-print redefines how nanoscale structures and devices are designed and manufactured. Researchers using TERA-print platforms can explore nanoscale phenomena and discover new materials faster and more efficiently.

Role Description This is a full-time, on-site Research Scientist (Materials Science) role based in Skokie, IL. The Research Scientist will design and conduct experiments focused on nanoscale materials, thin films, and patterned substrates using TERA-print tools, documenting methodologies and results in detail. Day-to-day responsibilities include developing and characterizing new materials and inks for nanofabrication, optimizing process parameters, and analyzing structure–property relationships using advanced microscopy and spectroscopy. The role involves collaborating with cross-functional teams to translate experimental findings into product improvements, contributing to technical documentation, and supporting customer-facing demonstrations or application development. We are looking for an accomplished and driven individual in materials science, chemistry, physics or chemical engineering to drive the development of this technology into thin-film material synthesis. This role will allow you to work in a fast-paced and collaborative team focused on tackling challenges related to the future of advanced manufacturing, scaling paradigm-shifting materials from the laboratory scale to the fab.

Once here you will

• 🔹Perform experiments for large area synthesis of transition metal dichalcogenide (TMD) thin films
• 🔹Analyze experimental results and assess quality of products
• 🔹Work with scientists and engineers from diverse backgrounds on a broad spectrum of applications in chemistry, materials science, and physics
• 🔹Get involved in all aspects of the application development process from ideation and proof-of-principle validation to optimization and implementation…