Research Projects
Project 01:Optimization of Optical Dielectrophoretic(ODEP) Force
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To optimize ODEP performance: I have explored size- and position-based simulation and experimental study
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Used COMSOL for simulation and a FEOET device in an oil chamber to demonstrate experimental performance.
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Published this study in Micromachines as a cover story
Project 02: Optical Dielectrophoretic (ODEP) for On-demand droplet manipulation in microchannel
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Successfully trapped, released, and merged water droplets in a microchannel experimentally through ODEP technology.
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Trying to generate droplets through ODEP technology in the generation area of microchannel
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Fabricated microchannel with SU8 photoresist on a silicon wafer in a cleanroom to make the mold with PDMS.
Droplet Trapping
Droplet releasing
Droplet
merging
Project 03:Smartphone integrated paper-based micro detection platform
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Developed a smartphone-integrated platform to rapidly detect microorganisms through easy smartphone apps to make the screening process fast.
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Working on different applications using this platform
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Drafted a review paper about smartphone integrated system
Project 04: (Undergraduate research)
Effect of Orientation and Filling ratio on thermal performance for a closed loop pulsating heat pipe Using Different Nano Fluids
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Constructed experimental setup to find out the effect of setup orientation and filling ratio at pulsating heat pipe using different nanofluids
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Suggested best and optimized performed nanofluid among the commonly usable working fluids.
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Published as a conference paper in RUET ICMIME 2019 at Rajshahi, Bangladesh
Other Projects:
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“Automated Gardening System”- is an autonomous agricultural production system where we controlled 8 agricultural parameters and created each of them artificially
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A shell & Tube Heat Exchanger prototype