Welcome to the Columbia BioMEMS Laboratory!
Research in our laboratory centers on microelectromechanical systems (MEMS) as applied to biological sensing and manipulation, with an emphasis on controlling, sensing and characterizing biomolecules and cells by integrating MEMS transducers with microfluidics. Our research projects primarily include aptameric microfluidics, implantable MEMS affinity biosensors, MEMS-based characterization of temperature-dependent biomolecular behavior, polymer-enhanced microflow control, and BioMEMS modeling. These projects have resulted in, for example, microfluidic purification systems using thermally controlled, reversible aptamer-target binding; MEMS continuous glucose sensors using viscometric and dielectric affinity assays; MEMS biocalorimeters; compliance-based microflow control devices, and efficient and accurate microfluidic models.
We are currently seeking a motivated postdoctoral scholar to undertake research in MEMS biosensors. This position requires a doctoral degree in engineering or related field with a strong background in bioelectronic measurements in liquid media, such as electrochemical sensing, impedimetric sensing, and dielectric relaxation spectroscopy. Additional experience in microfabrication and in instrumentation and measurement technology is highly desirable. Interested candidates are invited to contact Professor Qiao Lin (firstname.lastname@example.org).
Directions: Our laboratory is located in 170 Engineering Terrace on the Columbia campus, at the southwest corner of 120th Street and Amsterdam Avenue. Detailed directions (including a map) are available for download (PDF, 192 KB).