The Chisanga Lab
Our laboratory explores the design of plasmonic nanosensors and optical diagnostic systems, combining nanoscience with machine learning–driven data analysis. We focus on translating complex spectral information into clear, actionable insights for disease detection, therapeutic monitoring, and environmental surveillance.
OUR MISSION
To advance analytical chemistry through the development of innovative plasmonic nanomaterials and spectroscopy-driven sensing platforms. We strive to integrate nanoscience, surface chemistry, and machine learning to deliver accurate, accessible, and impactful diagnostic technologies for health and environmental applications.
RESEARCH AREAS
COLLABORATION & EXPERTISE
Our lab offers specialized capabilities in nanosensor development, Raman/SERS diagnostics, and machine learning–driven spectral analysis to advance interdisciplinary research and innovation.
WHY WORK WITH US
We combine expertise in nanomaterials, spectroscopy, and data science to deliver innovative, reliable solutions in analytical chemistry and optical diagnostics. Our interdisciplinary approach ensures scientific rigor, technological innovation, and real-world impact.
COLLABORATOR & STUDENT FEEDBACK
Working in the Chisanga Lab has provided me with strong training in spectroscopy and data analysis, along with the opportunity to contribute to impactful nanosensing research.
The lab’s integration of plasmonic nanomaterials and machine learning offers a powerful and innovative approach to modern analytical challenges.
The collaborative environment and interdisciplinary expertise make this lab an excellent place to advance both fundamental science and translational research.
