Inside Higher Ed · 1 week ago
Postdoctoral Research Associate - Chemical Engineering (multiple positions)
Inside Higher Ed is seeking two Postdoctoral Research Associates for the multidisciplinary lab of Prof. Gulden Camci-Unal at the University of Massachusetts Lowell. The role involves extensive research in bone tissue engineering and related fields, focusing on in vivo studies and the development of biomaterials.
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Responsibilities
Seek two Postdoctoral Research Associates with extensive experiences in bone tissue engineering, biomineralization, vascularization, osteoinductive biomaterials, in vivo studies, organ-on-chips, mono- and co-cultures of cells, biological assays to monitor cell behavior and function, and culture of human primary cell lines and stem cells for repair and regeneration of bone
Ability to work independently, with limited direction, as well as within a team environment
Ability to mentor and inspire students with limited research experience
Qualification
Required
PhD in Chemical Engineering, Biomedical Engineering, Bioengineering, Mechanical Engineering, Materials Science, Biology or a related field
Industrial experience in 3D scaffolds and organ-on-chip technologies although not required can be a plus
Highly motivated candidates with strong oral and written communication skills, organizational skills, interpersonal and teamwork skills are encouraged to apply
Analytical thinking
Biomaterials
Tissue engineering
Biomineralization
Vascularization
Primary cell and stem cell cultures
In vitro tissue models
In vivo models
Immunostaining, histology
Organs-on-chips
Mammalian cell cultures in microfluidic chips
Co-cultures of two or three types of mammalian cells
Biological assays to monitor cell behavior and function
Co-cultures of human primary cell lines
Ability to work independently, with limited direction, as well as within a team environment
Ability to mentor and inspire students with limited research experience
Experience in bone tissue engineering, biomineralization, vascularization, osteoinductive biomaterials, in vivo studies, organ-on-chips, mono- and co-cultures of cells, biological assays to monitor cell behavior and function, and culture of human primary cell lines and stem cells for repair and regeneration of bone
Company
Inside Higher Ed
Inside Higher Ed is the online source for news, opinion, and jobs related to higher education.
Funding
Current Stage
Growth StageTotal Funding
unknown2022-01-10Acquired
2006-08-31Series Unknown
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