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Graduate Students

Md Anam Mahmud
mahmu2m@cmich.edu
Advisor: Ahmed Abdelgawad
Ahmed Tashfin Iftekhar
iftek1a@cmich.edu
Advisor: Tolga Kaya
James Hasbany
hasba1jh@cmich.edu​
Advisor: Waseem Haider
Moh'D-Eslam Dahdolan
dahdo1m@cmich.edu
Advisor: Emad Tanbour
Sayedul Aman
aman1m@cmich.edu
Advisor: Kumar Yelamarthi
Nitish Kumar Vaja
vaja1n@cmich.edu
Advisor: Oumar Barry
Jun Lu
lu4j@cmich.edu
Advisor: Jinxiang Xi

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Graduate Student Projects:


Ahmed Tashfin Iftekhar
Faculty Advisor: Tolga Kaya

"The main goal of the sweat sensor is to fabricate a wearable watch type device that can measure sweat electrolyte concentration and flow rate, which will lead us to know about person's physiological condition."


Nitish Kumar Vaja
Faculty Advisor: Oumar Barry

"The Dynamic Modeling and Analysis of an Asymmetric Stockbridge Damper (device used for controlling Aeolian vibration of overhead transmission lines), efficiency of Stockbridge dampers is improved by modifying the material and geometry properties using Dynamic Modeling and Analysis."


Faculty Advisor: Waseem Haider

"Corrosion, biocompatibility and material characterization analysis of degradable and non-degradable materials used for implant devices. Some of the materials will be developed using 3D printing. Surfaces will be modified via electropolishing, anodization, coatings and other surface treatments methods."


Moh'D-Eslam Dahdolan
Faculty Advisor: Emad Tanbour

"My masters project is modeling and characterization of high performance thermal insulation materials, especially aerogel based nano-porous insulation blankets. Those high performance thermal insulation materials are to be experimentally characterized and theoretically modeled. Their performance is to be further studied and evaluated for thermal applications."


Md Anam Mahmud
Faculty Advisor: Ahmed Abdelgawad

"Indoor robotic navigation using Kalman filter. I am using Kalman filter to improve the system accuracy."


Sayedul Aman
Faculty Advisor: Kumar Yelamarthi

"Working on improvement of mobile robot localization techniques and obstacle avoidance algorithms. Applying sensor fusion for local data collection and using Raspberry pi as the processor."


Jun Lu
Faculty Advisor: Jinxiang Xi

"Sensitivity analysis of Aerosol/breathing properties and uncertainty quantification of particle deposition in human respiratory tract.  Previously only deterministic quantification was used. The stochastic approach will provide a more realistic way to study the delivery efficiency of drug delivery."​