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Algorithm Intern

LinkedIn Topcon Healthcare La Jolla, CA
Not Applicable Posted April 17, 2026 Job link
Responsibilities

On the AI Oculomics team at Topcon Healthcare, you'll develop and refine advanced AI/ML and deep learning models for ophthalmic and multimodal imaging, including image processing, algorithm development, model validation, and large-scale data analysis. You will design and implement deep learning pipelines, create custom annotation and labeling tools, and rigorously document methods and workflows to ensure full traceability from raw data to analysis-ready outputs. You’ll collaborate with clinical and product teams, contribute to scientific publications and presentations, support exploratory research projects, and deliver by summer’s end a clean, well-documented dataset and/or algorithm package that the team will actively use.

Commitments

This is a paid, full-time PhD-level Algorithm Intern position on the AI Oculomics team at Topcon Healthcare for Summer 2026, running June 1 to August 14, based in either the La Jolla, CA or Oakland, NJ office, Monday–Friday, 9am–5pm, and not eligible for benefits or time off. Whether on-site, remote, or hybrid, you’ll work alongside experienced AI imaging and clinical science researchers to build real-world skills, contribute to impactful ophthalmic diagnostics and large-scale oculomics research, and develop deployable diagnostic models that can influence your education, research, and career path.

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Requirements
  • Proven hands‑on experience in deep learning model development, ideally in medical imaging or computer vision domains
  • Strong foundation in machine learning, computer vision, AI model architectures, and modern training techniques
  • Prior experience in research‑driven environments, particularly involving imaging analysis, algorithm development, or clinical/biomedical data workflows
  • Proficient in Python and deep learning frameworks such as PyTorch or TensorFlow
  • Excellent written and verbal communication skills for presenting scientific findings, writing reports, and collaborating across disciplines
  • Demonstrated ability to work independently, and contribute effectively within a highly collaborative research setting
Preferred Skills
  • Prior experience in research‑driven environments, particularly involving imaging analysis, algorithm development, or clinical/biomedical data workflows
Education
  • (Not required) – Currently enrolled in a PhD program in Computer Science, Biomedical Engineering, Electrical Engineering, Data Science, Applied Mathematics, or a related technical field