辛辛那提大学EE/BME phd招聘
14462
Dr. Esfandiari Research @ University of Cincinnati
We have an open position for a PhD student in Biomedical and/or Electrical Engineering
Integrative Biosensing Laboratory (IBL) is a multidisciplinary research laboratory utilizing the cutting edge nanotechnologies and microfabrication techniques with the main focus to develop new bioanalytical tools including highly sensitive micro/nano-scale sensors, actuators and 3D smart scaffolds to foster the fundamental understanding of signaling pathways in regenerative medicine and disease progression. Our work is driven by understanding the biochemical and biophysical properties of cells and extracellular vesicles in controlled microenvironments and the fundamentals of nano/micro-scale device design and performance. Information and knowledge gained through these studies can be applied to 1) point-of-care diagnostics and drug screening; 2) accelerate the next generation of cell and exosome-based-therapeutic and enable personalized medicine; 3) develop a new class of engineered smart 3D nanofiber scaffolds for tissue engineering and regenerative medicine.
We have an immediate opening for a talented graduate student to join our team to contribute to the development of diagnostic tools for liquid biopsy in cancer research. This project is a collaborative effort with Cincinnati Children’s Hospital and funded by National Cancer Institute, National Institute of Health (NIH).
Please contact the PI directly for more information on this opportunity.
Dr. Leyla Esfandiari: 1point3acres.com
Requirements:
; Bachelor of Science or Master’s degree in related fields. GPA>3.5; Experience in conducting experiments and microfabrication techniques are preferred.
; Ability to work with team and have an excellent communication skillsets.
We have an open position for a PhD student in Biomedical and/or Electrical Engineering
Integrative Biosensing Laboratory (IBL) is a multidisciplinary research laboratory utilizing the cutting edge nanotechnologies and microfabrication techniques with the main focus to develop new bioanalytical tools including highly sensitive micro/nano-scale sensors, actuators and 3D smart scaffolds to foster the fundamental understanding of signaling pathways in regenerative medicine and disease progression. Our work is driven by understanding the biochemical and biophysical properties of cells and extracellular vesicles in controlled microenvironments and the fundamentals of nano/micro-scale device design and performance. Information and knowledge gained through these studies can be applied to 1) point-of-care diagnostics and drug screening; 2) accelerate the next generation of cell and exosome-based-therapeutic and enable personalized medicine; 3) develop a new class of engineered smart 3D nanofiber scaffolds for tissue engineering and regenerative medicine.
We have an immediate opening for a talented graduate student to join our team to contribute to the development of diagnostic tools for liquid biopsy in cancer research. This project is a collaborative effort with Cincinnati Children’s Hospital and funded by National Cancer Institute, National Institute of Health (NIH).
Please contact the PI directly for more information on this opportunity.
Dr. Leyla Esfandiari: 1point3acres.com
Requirements:
; Bachelor of Science or Master’s degree in related fields. GPA>3.5; Experience in conducting experiments and microfabrication techniques are preferred.
; Ability to work with team and have an excellent communication skillsets.
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