Neuroimaging Research Scientist – Pediatrics

Children’s Hospital of Orange County; United States; On-site; USD 91,000 - 149,000; Full time

Job summary

CHOC Children's Hospital in Orange, CA is seeking a Research Computational Scientist I to collaborate across teams, providing computational services for research and implementation of findings. You will develop algorithms and analyze neuroimaging data to advance pediatric neuroscience and patient outcomes.

Experience with AI methods in biomedical imaging is valued. The role emphasizes cross-disciplinary collaboration, data integration from EMRs and other sources, and contributing to high-impact

Qualifications

• Bachelor of Science in computational and data sciences, statistics, biostatistics, bioinformatics, or statistical genetics.
• Master's degree in same fields is preferred.
• Previous research during academic training, internships, or prior job experience.
• Strong programming experience: SAS, R, SPSS, Python, C/C++, and SQL.
• Experience with machine learning or deep learning for biomedical imaging, including image segmentation, is preferred but not required.

Responsibilities

• Collaborate with providers, researchers, and associates to provide computational services for research.
• Develop or deploy computational solutions to improve knowledge, patient health, and organizational performance.
• Analyze data from electronic medical records and other relevant sources for research and growth.
• Develop new algorithms and improve existing ones for neuroimaging and related data.

Skills

SAS

R

SPSS

C/C++

Python

SQL

Education

Bachelor of Science in computational and data sciences / statistics / biostatistics / bioinformatics / statistical genetics

Master of Science in the computational and data sciences / statistics / biostatistics / bioinformatics / statistical genetics

Tools

SQL

Job description

CHOC Children's Hospital in Orange, CA is seeking a Research Computational Scientist I to collaborate across teams, providing computational services for research and implementation of findings. You will develop algorithms and analyze neuroimaging data to advance pediatric neuroscience and patient outcomes.

Experience with AI methods in biomedical imaging is valued. The role emphasizes cross-disciplinary collaboration, data integration from EMRs and other sources, and contributing to high-impact