Mrs. Rubina Shaikh

Rubina Shaikh is a researcher specializing in biomedical optics and spectroscopic imaging, with a strong focus on articular cartilage assessment and musculoskeletal diagnostics. Her work integrates mid-infrared, near-infrared, and Raman spectroscopy with advanced computational modeling to characterize tissue integrity and degeneration. She has contributed to the development of fiber-optic and imaging-based approaches aimed at improving objective evaluation of cartilage damage.

Her publications highlight expertise in data preprocessing, spectral fusion, and multivariate analysis for sparse and broadband infrared datasets. By advancing techniques such as multiplicative signal correction and multi-block modeling, she has strengthened the reliability of spectroscopic diagnostics, particularly for early detection of osteoarthritis-related changes. Research on dual-contrast computed tomography further demonstrates her engagement with multimodal imaging strategies.

More recently, her scholarship has expanded into pharmaceutical education, addressing equity and global workforce development through collaboration with international professional bodies. This interdisciplinary trajectory reflects a combination of technical rigor in biomedical engineering and a broader commitment to advancing healthcare education and practice.