Grant: Alliance Grants

Automation in materials synthesis, device fabrication, and characterization, driven by large datasets and advanced computer analysis, is revolutionizing modern materials science. Our project tackles a crucial research talent gap by offering comprehensive training in robotics engineering, traditional synthesis and characterization, and data analysis. Our collaboration looks to automate the development of metal halide perovskite (MHP) solar cell and silicon phthalocyanines (SiPcs), which provides hands on training to highly qualified personnel and will establish Canadian researchers as multi-disciplinary international leaders in next-generation materials science. In collaboration with Professor Aram Amassian of North Carolina State University, a pioneer in automating optimization of MHPs and in training next-generation scientists, we will simultaneously develop essential skills for Canadian highly qualified personnel while establishing standards that promote increased accessibility, reduced environmental impact, and decreased research and development costs. Trainees from this project will be uniquely equipped to accelerate automation research in Canada that is flexible, fast-paced, and reflects the complex research goals of diverse academic labs and projects.