Jeff Zaleski

Postdoctoral Fellow/Biomaterials Scientist, Chemistry Zaleski Lab at Indiana University (Bloomington, United States). The Zaleski Lab in the Department of Chemistry is recruiting a postdoctoral researcher for work at the interface of biomaterials , chemistry , membrane biology , extracellular vesicles , nanomaterials , and microscopy . The project focuses on the design and synthesis of hybrid molecular and nanomaterial catalysts, with strong emphasis on bacterial cell growth/analysis, membrane biochemistry, vesicle preparation, and cell–nanomaterial interactions. Applicants should hold a Ph.D. in a biomaterials-related field . Highly desired experience includes bacterial biochemistry, membrane biology, extracellular vesicles, advanced microscopy (TEM, confocal, light microscopy), and analysis methods for cells and nanomaterials. The lab highlights a multidisciplinary environment with mentoring, career development support, and work-life balance. This is a postdoctoral opening with a salary of $52,000/year , initially for 12 months with a possible 12-month extension based on performance. The position is based in Bloomington, Indiana . Applications are reviewed upon receipt, and the best-consideration date is 2026-12-01 . To apply, submit a cover letter , CV , and three references through the online portal.

Postdoctoral Fellow/Synthetic Chemist in the Zaleski Lab at Indiana University (Bloomington, United States). The lab is seeking applications for a postdoctoral research position focused on the design and synthesis of hybrid molecular and nanomaterial catalysts . The project sits at the intersection of synthetic chemistry , inorganic chemistry , organic chemistry , and materials science , with opportunities to work on catalyst preparation, purification, characterization, and collaborative research in a multidisciplinary environment. Research interests and techniques: synthetic inorganic and organic ligand chemistry; molecule preparation and purification; air- and moisture-sensitive chemistry; characterization by NMR, EPR, IR, mass spectrometry, X-ray diffraction, TEM, and potentially DFT calculations. Experience with nanomaterials and catalysis is desirable but not mandatory. Eligibility: a Ph.D. in Chemistry is required. The preferred candidate will have a strong background in solution-phase synthesis and characterization, plus familiarity with handling sensitive compounds. The role also includes mentoring graduate and undergraduate students, contributing ideas, writing papers, and supporting lab operations. Funding: salary is listed as $52,000/year with benefits. The appointment is initially for 12 months, with a possible 12-month extension based on performance. Application: submit a cover letter, CV, and three references via the application portal. Applications are reviewed upon receipt. Best consideration date: 2026-12-15 . Expected start date: 2027-02-01 .