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Uncovering Neural Circuit Mechanisms of Sensory Learning in Fruit Flies

Columbia University

Eligibility

Undergraduate Only

Accepts Applications Until

Dec 20, 2025

Project Duration

Flexible

Description

Learning typically involves multiple senses; in humans and other animals, multisensory integration can enhance memory formation. The goal of this project is to uncover neural circuit mechanisms of multisensory learning in the fruit fly Drosophila melanogaster. The student will be a part of a collaborative team that includes behavioral studies, neural imaging and modeling.

The student will be responsible for running the behavioral assays, including data collection and analysis. In addition, the student is expected to help with general lab upkeep and flywork. The student will also be expected to meet regularly with the research mentor and present their work at least once a year during lab meeting. Prior lab experience is not required—what matters most is curiosity, reliability, and a strong willingness to learn. Training and mentorship are central parts of this position.

Required Skills

Minimum GPA of 3.3 Completed or enrolled in foundational courses in the field (e.g., biology, chemistry, psychology, computer science, etc.) Demonstrated curiosity or motivation to learn research techniques. Strong interest in the subject matter of the lab/project. Ability to balance research with coursework. Consistent attendance and punctuality. Ability to take detailed notes, maintain lab notebooks, and summarize findings. Willingness to ask questions and engage in discussions with mentor and labmates. Familiarity with relevant tools is a plus (e.g., Python, Excel, Powerpoint).

Additional Information

Lab/Building Location: Jerome L. Green, Zuckerman Institute

Hours per week: 12hrs/week

Compensation: Course credit (4 hrs/week per credit)

Candidates must be able to enroll in research credits (e.g. UN3500).

Please attach a 1pg supplement with a short briefing on your (1) research interests, (2) coding/lab techniques skills, (3) current GPA

Compensation

Research Credit

Quick Apply

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