Research Intern

Radiation Oncology at Cedars-Sinai is working to develop the imaging and radiation methods of the future. Our research seeks to advance the field of radiation therapy through more precise and effective treatments and techniques.

The team specializes in the treatment of gastrointestinal and thoracic cancers and leads research at the intersection of oncology and cardiology (cardio-oncology). Projects explore the cardiovascular effects of cancer therapies such as radiation, with a focus on clinical cancer outcomes research. In addition, the group studies physician workforce trends and disparities, including paid parental leave, administrative burden, and social media use in oncology.

Role Summary

This internship provides an immersive research experience for students interested in cancer disparities and cardio-oncology. The role is designed to give students who may otherwise face barriers to research opportunities hands-on experience in cutting-edge clinical research. Interns will apply their education in real-world settings, collaborate with pioneering investigators, and develop skills in data analysis, research methodology, and professional communication.

Key Objectives

• Observe the research team in cardio-oncology projects.

• Develop an understanding of radiation dosimetry and its effects on cardiac structures.

• Participate in research activities, including electronic medical record review, analysis of radiation treatment plans, and evaluation of cardiac outcomes.

• Enhance scientific communication through preparation of research summaries and data visualizations.

• Build professional connections with the research team and the U-GROW community.

• Attend seminars, academic events, and networking opportunities.

Training & Skill Development

Interns will receive structured training and mentorship, including:

• Navigation of Cedars-Sinai’s electronic medical record (CS-Link) and RedCap data systems.

• Collection of cardiovascular and cancer treatment data from patient records.

• Interpretation of radiation treatment plans using Mosaiq and Eclipse systems.

• Proper handling of protected health information (PHI).

• Analysis of the relationship between radiation dose to cardiac substructures and cardiovascular outcomes.

• Exposure to workforce research projects, including analysis of social media trends among oncology physicians.

Expected outputs include contributions to a clinical research database and preparation of findings related to radiation-associated cardiac outcomes.

Role Activities & Timeline

• Month 1: Collect patient record data on cardiovascular risk factors and cancer treatment details; begin extracting radiation dose information.

• Months 1–3: Continue systematic data collection and extraction of radiation dose metrics; attend weekly team meetings for mentorship and progress review.

• Months 1–4: Analyze relationships between radiation treatment metrics and cardiovascular outcomes.

• Months 3–4: Prepare data summaries, initial results, and contribute to ongoing manuscripts or presentations.