Design, develop, and optimize algorithms in one or more digital pathology analysis software packages for quantification of IHC staining expression, including tumor/stroma classification and cellular feature extraction.
Apply strong proficiency in Python programming to support image analysis workflows, data processing, and model development.
Train, evaluate, and deploy transformer-based deep learning models for image analysis and inference, with an understanding of model performance and limitations.
Perform statistical analyses and data visualization using Power BI, R, Python, and/or MATLAB to derive actionable insights from image-derived data.
Document algorithms, analyses, methodologies, and results in a clear and detailed manner, ensuring compliance with internal quality standards and regulatory requirements.
Collaborate effectively within cross-functional teams comprising pathologists, scientists, and fellow image analysts to deliver high-quality project outcomes.
Demonstrate strong interpersonal and communication skills, enabling productive collaboration with diverse stakeholders across disciplines.
Contribute to continuous improvement of image analysis pipelines, best practices, and knowledge sharing within the team.