UIC is among the nation’s preeminent urban public research universities, a Carnegie RU/VH research institution, and the largest university in Chicago. UIC serves over 34,000 students, comprising one of the most diverse student bodies in the nation and is designated as a Minority Serving Institution (MSI), an Asian American and Native American Pacific Islander Serving Institution (AANAPSI) and a Hispanic Serving Institution (HSI). Through its 16 colleges, UIC produces nationally and internationally recognized multidisciplinary academic programs in concert with civic, corporate and community partners worldwide, including a full complement of health sciences colleges. By emphasizing cutting-edge and transformational research along with a commitment to the success of all students, UIC embodies the dynamic, vibrant and engaged urban university. Recent “Best Colleges” rankings published by U.S. News & World Report, found UIC climbed up in its rankings among top public schools in the nation and among all national universities. UIC has over 300,000 alumni, and is one of the largest employers in the city of Chicago.

This position is intended to be eligible for benefits. This includes Health, Dental, Vision, Life Insurance, a Retirement Plan, Paid time Off, and Tuition waivers for employees and dependents.

The Sant Laboratory at the University of Illinois Chicago, Retzky College of Pharmacy is seeking a highly motivated postdoctoral scholar for a newly funded National Cancer Institute R01. Recent PhD graduates with strong hands-on experimental expertise are strongly encouraged to apply.

Position Summary

Our laboratory integrates biomaterials engineering, cancer biology, molecular biology, advanced imaging, and multi-omics approaches to develop physiologically relevant in vitro disease models. The research will focus on understanding how breast tumor microcalcifications regulate tumor progression, phenotypic plasticity, and metastasis using tissue-engineered cancer models.

Duties & Responsibilities

1. Design and execute independent research projects
2. Develop new experimental platforms and analytical approaches
3. Mentor trainees in an interdisciplinary research environment
4. Contribute to existing projects, manuscripts, grant writing, and scientific presentations
5. Biological experiments may occasionally require schedule flexibility to accommodate time-sensitive cell culture, imaging, or in vivo studies.
6. Perform other related duties and participate in special projects as assigned.
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8. For fullest consideration, click the Apply Now button to upload your current CV/resume with publication list, contact information for 3 references, and a one-page statement of research fit and technical expertise describing your prior hands-on experience relevant to this position, and how your expertise aligns with the goals of the Sant lab by Monday, June 15, 2026. Posting closes June 15, 2026.
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10. Please note that once you have submitted your application, you cannot make any changes. To revise your application, you must withdraw and reapply. You will not be able to reapply after the posting close date. Please ensure the application is fully completed and that all supporting documents have been uploaded before the posting's close date.

Minimum Qualifications

1. PhD in Cancer Biology, Biomedical Engineering, Pharmacology, Molecular Biology, or a related field
2. Have a strong publication record and demonstrated scientific productivity
3. Possess substantial hands-on experience in mammalian cell culture and hypothesis-driven experimental design
4. Demonstrate technical expertise in molecular biology, cancer biology, biomaterials, or engineered in vitro model systems
5. Recent PhD graduates with strong hands-on experimental expertise are strongly encouraged to apply

Preferred Qualifications

Strong technical expertise in at least two of the following areas:

1. 3D cell culture, organoids, co-culture systems, Microfluidics or organ-on-chip systems
2. RNA-seq, single-cell omics, or bioinformatics
3. Flow cytometry, imaging, image analysis
4. In vivo tumor models
5. Hydrogel/biomaterials fabrication/characterization

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