Dr. Bruce Kim

Research Interests

Our group is interested in synthesis of nanomaterials for developing nanosensors in biological and biomedical applications. Functionalized nanostructures are used in developing molecular sensors and catalyst for MRI imaging technology for early cancer detection. We have capabilities to synthesize carbon nanotubes and nanowires for variety of health monitoring and medical imaging. Our group is interested in working with multi-disciplinary research topics from synthesis of nanomaterials to fabrication of a nanodevice. We are also interested in integrated nanotechnology with CMOS based nanoelectronic technology.

Publications

AuthorsTitleJournalYearVolumePages

A. Gupta, B. Kim, R. Kasim

Synergistic Utilization of MEMS Array Topology and Nanosensor Package for Trace Multiple Analyte Detection

Journal of Advanced Materials Research

2014

774-776

1503-1507

A. Gupta, B. Kim, R. Kasim

Novel MEMS switch topology and nanosensor package for multi-analyte chemical detection

Advanced Materials Research

2013

774

1503-1507

A. Gupta, B. Kim, E. Edwards, C. Brantley, P. Ruffin

Synthesis and Functionalization Study of Hierarchical ZnO Nanowires for Potential Nitroaromatic Sensing Applications

Applied Physics A

2012

107

709

A. Gupta, B. Kim, E. Edwards, C. Brantley, P. Ruffin

Functionalization of ZnO nanowires for potential p-nitrophenol sensing applications

Advanced Materials Research

2012

567

228-231

A. Gupta, B. Kim, S. Street, C. Watkins, E. Edwards, C. Brantley, P. Ruffin

Surface chemistry of ZnO nanowires for nanosensor applications

J. Nanotech. Eng. & Med.

2011

2

11010-11013

Job History

FromToTitleLocation

2014

Director of Advanced NanoLab

CCNY

2013

2014

Associate Professor

CCNY

2005

2013

Associate Professor

University of Alabama

2000

2005

Associate Professor

Arizona State University

1991

1996

PhD

Georgia Institute of Technology

Affiliation

City College of New York

Phone Number

000.000.0000