The Tasoglu Lab is now looking for highly motivated, creative and self-initiative student to join us.
Job Responsibility:
- Developing new cell phone applications for cell phone based diagnostic research
- Editing/modifying our java code written for Android cell phone application for diagnostic research
- Works cooperatively with other members of the application development team
- Report to the progress of the work weekly
Qualifications:
- Demonstrate experience with android application development (preferably android studio)
- Excellent programming skill (preferably java)
- Familiar with image processing and data analysis
For further information or to apply, please contact Reza Amin (reza.amin@uconn.edu) and cc Asst. Prof. Tasoglu (tlab.undergrad@gmail.com). Please do not send your emails to Dr. Tasoglu's uconn email address. The subject of the email should be “Android Application Developer Position”.
Please visit our website to have more information about T-Lab:https://tasoglulab.net. Our lab specializes in applying micro and nano-scale technologies to problems at the interface of medicine and engineering. Main research areas are:
1. Bottom-up tissue engineering: Tissues are made up of repeating functional units. Bottom-up tissue engineering aims to assemble mm-scale hydrogels as building blocks to form organized 3D tissue constructs with spatial control over micro-architecture mimicking native tissues.
2. Bio-space research: T-Lab is interested in levitating particles (hydrogel blocks, cells, etc.) to understand biological events at the microgravity settings.
3. Self/directed-assembly of building blocks for complex material fabrication: Self-assembly occurs from molecular to planetary scale. We’re interested in both self- and directed- assembly of microparticles to create heterogeneous materials.
4. Bio-fluidics / micro-physiological system engineering (both analytical and experimental): T-Lab is interested in developing: (i) computational fluid dynamic models of transport of particles across complex tissues, and (ii) platforms to experimentally study micro-physiology.
For more information, contact: Reza Amin at 860 830 4019