Current Students: PhD Students:
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Postdocs:
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Jiaqi Wang, PhD j767wang@uwaterloo.ca Jiaqi Wang is working on photothermoelectric infrared detectors based on low-dimensional nano materials, such as CNTs. |
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Zhemiao Xie, PhD z73xie@uwaterloo.ca Zhemiao Xie is working on low dimensional carbon nanomaterials for various applications in photothermalelectric detectors, supercapacitors and TENGs. |
Visiting Students:
Coop Students:
Alumni and Former Students:
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Alex Jiayu Liu, PhD ja5liu [at] uwaterloo.ca His research focuses on the design, simulation and fabrication of carbon nanotube field emission (CNT-FE) cathode that mainly studies the characteristics of X-ray source. |
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Elahe Cheraghi, PhD echeraghi [at] uwaterloo.ca Linkedin: https://www.linkedin.com/in/elahe-cheraghi-b0a4a958/ ResearchGate: https://www.researchgate.net/profile/Elahe-Cheraghi-3 She received both her bachelor and master degree in material science and engineering, and have worked with different kind of materials for various applications so far. Currently, She works on boron nitride (BN) aerogel fabrication for radiation shielding application as her PhD thesis. The main focus in her project is to improve the thermal properties of a very light weight BN aerogel. |
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Siyuan Chen, PhD csykeith@gmail.com His research focus on nanomaterials for radiation shielding application. |
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Mingyu Zhang, PhD zhangmingyu [at] hit.edu.cn Mingyu Zhang is working on simulation, design and fabrication of carbon materials for infrared and terahertz detection. |
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Champika
Samarasekera, PhD
csamaras [at] uwaterloo.ca Champika is working on cell lysis and lysate separation techniques for Lab-on-Chip type devices that utilize a combination of nanostructured surfaces and ultrasound. 
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Yunhan Li, PhD liyunhan88 [at] hotmail.com Yunhan is studying a novel multi-pixel X-ray source for fluence field modulated CT based on carbon nanotube field emission technology. |
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Zhou Zheng, PhD z57zheng [at] uwaterloo.ca Zhou Zheng is working on simulation, design and fabrication of capacitive micromachined ultrasonic transducers (CMUTs). He is keen on developing CMUTs for medical imaging applications. |
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Zhenhao Li, PhD z223li [at] uwaterloo.ca Zhenhao's research interests are: (i) particle radiation shielding material design; (ii) Gas sensor design
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Limin Lu, PhD lu.limin001 [at] gmail.com Limin's research area: blood dialysis materials for artificial kidneys |
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Yibei Zhao, PhD y263zhao [at] uwaterloo.ca He is working on cell sorting and separation for a lab-on-a-chip device that utilizes the phenomenon of dielectrophoresis.
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Albert I.H.
Chen, PhD ichen [at] uwaterloo.ca My research is mainly focused on integrating CMUT with Catheters for medical imaging. I am also designing medical imaging device using MEMS Micromirror.
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Lawrence Wong, PhD l5wong [at] uwaterloo.ca His research interest is "Capacitive Micromachined Ultrasonic Transducers for Non-destructive Testing Application". |
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Shuai Na, PhD nashuow [at] gmail.com Shuai is studying on Capacitive Micromachined Ultrasonic Transducers (CMUT) for air-coupled applications. |
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Yaning Cui, MASc ycui [at] uwaterloo.ca She is working on design, simulation and fabrication of a Polymer-based Capacitance Micromachined Ultrasonic Transducers (CMUTs) for Medical Imaging Applications.
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Shruti Nambiar, PhD snambiar [at] uwaterloo.ca She works on nanomaterial-based radiation sensors for biomedical applications. She has also worked on radiation shielding materials using polymer/carbon-nanotubes and polymer/nanoparticle composites. |
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Manu Pallapa, PhD mgpallap [at] uwaterloo.ca His research interests are in standard and hybrid MEMS based biomedical sensors and actuators. He is currently working on polymer magnetic MEMS for endoscopic imaging applications. The work involves the fabrication, modelling and testing of single and array polymer magnetic mirrors with contactless actuation and control. |
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Hui Chen, PhD huichenscut [at] gmail.com His research interest is focused on nonlinear control of the MEMS devices. His current project is to design the control system for magnetic and electrostatic actuated MEMS micromirror. |
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Fangjun Liu lfj816 [at] gmail.com Research Subject: Modeling radiation dependent conductivity of carbon nanotube matrix |
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Morteza Ahmadi, PhD morteza.ahmadi [at] gmail.com Morteza's research interests are: (i) radiation sensors based on bio/nanomaterials; (ii) an artificial kidney
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Mohamed Aly Saad Aly, PhD malysaad [at] uwaterloo.ca My research mainly focus on designing and fabricating lab-on-chip device for cell lysis using antimicrobial porous polymeric monolith (PPM) column fabricated in polymeric microfluidic biochips.
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Mehdi Shahini, PhD m2shahin [at] uwaterloo.ca His research is on miniaturization of electro-mechanical systems into lab-on-a-chip devices functioning biological sample preparation. The multidisciplinary projects involve modeling, simulation, design, fabrication and troubleshooting of MEMS-based prototypes. The main focus of the research is on i) Incorporation of Carbon Nanotube (CNT) to enhance cell electroporation and, ii) Development of a cheap and fast methodology for fabrication of electro-microfluidic chips.
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Yanhui Bai, PhD His research area includes the modeling and simulation of MEMS actuators and sensors, applications of MEMS devices, as well as various types of MEMS fabrication techniques. Currently, he is designing novel MEMS micro-mirrors for optical coherence tomography (OCT) and confocal systems for biomedical applications such as endoscopes. |
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Mohsen Shahini, PhD mshahini at engmail.uwaterloo.ca He is working toward an effective solution for the problem of manipulating micro-sized objects precisely and automatically. He proposes MEMS technology to fabricate the mechanical components of such manipulators which will enhance the dexterity and manoeuvrability of the system. That will also improve the throughput of multi degree of freedom micromanipulation tasks by fitting a number of micro/milli-scaled actuators into one workplace. Multiple of the manipulators can operate together in a conventional robotic-assembly-line fashion to implement more complex manipulation. To minimize the intervention of a human, the manipulation is automated by incorporating a visual-servo feedback mechanism into the controller. Artificial intelligence is efficiently employed to compensate for the poorly-known nonlinear effects of various micro forces, making the system robust against variation in parameters involved in the overall magnitude of the micro forces such as ambient and surface conditions. |
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Andrew S. Logan, PhD He is responsible for the development of MEMS based ultrasound transducers for catheter based imaging. A catheter based ultrasound imaging system will allow for improved diagnosis of vascular occulsions and better monitoring of a patient's treatment. Applying MEMS based technology will facilitate manufacturability and flexibility of the transducer system when compared to traditional technologies. |
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Josh Reid js2reid [at] uwaterloo.ca He is a co-op student working under Mehdi Shahini doing research on MEMS and lab on a chip devices, specifically dealing with cell lysis and electroporation. |
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Pablo Enrique pablo.daniel.100 [at] gmail.com He conducted experiments involving a hydrophone, oscilloscope, CNC machine, LabVIEW and Matlab to programmatically acquire data from 2D and 3D areas. He also measured and modeled CMUTs with 3D modeling software.
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Kevin Joseph kevinjoseph91 [at] gmail.com |
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Frans van Wijngaarden fransw [at] arago.utwente.nl |
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Yun Wang, PhD y83wang at engmail.uwaterloo.ca Her research interest is focused on the design, modeling and fabrication of a capacitive humidity sensor based on capillary condensation. Micro/nano porous structures can highly enhance the condensation and adsorption of vapour due to capillary effect. Therefore a higher change of capacitance can be detected because of the higher dielectric of water. This device has high potential applications on biomedical systems or fuel cells.
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Weijie Wan, PhD wwan at engmail.uwaterloo.ca His research interest is focused on design, modeling, fabricating and testing of lab-on-chip devices that are capable of performing several biochemical analysis functionalities in a single chip such as preparation, separation, proliferation and detection of biological samples. The technology has a huge potential for applications such as point-of-care diagnosis and portable biochemical analysis systems. |
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Sangtak Park, PhD sangtak at engmail.uwaterloo.ca He has been working on a novel operating scheme of the micromirror based on MEMS technology. His main research topic is a charge actuation mechanism that can be implemented with low operating voltage, while achieving more deflection than the conventional voltage-controlled method does. |
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So-Ra Chung, M.E.Sc. P.Eng., PhD RF Energy Harvest Device for advanced MEMS with 3-D construction robotics technology. |
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Joyce Xinya Gao, PhD x8gao at engmail.uwaterloo.ca Her main research interests include modeling and simulation of Carbon Nanotubes sensors, the properties and applications of CNTs. Her current project is CNTs based Nano device for biomedical applications which include CNTs models setting up and designing a CNTs based radiation dosimetry. |
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Fred Sun, PhD He is studying the field emission property of CNT. He plans to design a CNT based multi-pixel CT scanner which will be used in cancer study. |
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Rong Bai, PhD candidate rbai at engmail.uwaterloo.ca |
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Qingsheng Kang, PhD qkang at engmail.uwaterloo.ca He is working on radiation sensors using nanomaterials. |
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Seungwoo Park, PhD s56park at engmail.uwaterloo.ca His research interests include micro-/nano-technology based humidity sensing systems for fuel cell applications. |
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Niraj Sinha, PhD Novel nanomaterial-based X-ray Scanner.
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Jiazhi Ma, PhD Her research interest lies in developing novel sensors and devices using nanotechnology for biomedical applications. Current projects include carbon nanotubes and carbon fibers based radiation dosimetry with the objective of designing and building a new generation of radiation dosimeters. Radiation dosimetry is an important application to radiation biology and oncology as proper beam production to avoid unintended exposure to radiation is crucial. |
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Jethro Ma, BASc candidate jkma at engmail.uwaterloo.ca He is a Nanotechnology Engineering student responsible for designing and developing hardware and programming software interfaces for nanotechnology based devices. He is currently developing a system to interface with a new generation of carbon nanotube based radiation dosimeters. |
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Sarbast Rasheed, Ph. D. s.rasheed@ieee.org Modelling and simulation of MEMS devices. |
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James Ting-Yu Lin, MASc. jtlin[at]uwaterloo.ca Research in the electrokinetics of small particles through phenomena such as dielectrophoresis and traveling wave dielectrophoresis. He is currently investigating the effects of novel electrode geometry in biological cell sorting. The overreaching goal of his project is an integrated and portable bioanalysis system. |
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Keith Mo, MASc. kkmo at engmail.uwaterloo.ca His research area is primarily focused on developing a fluorescence detection system that can be integrated with lab-on-a-chip to help achieve a truly portable bioanalytical system. He also has side projects involving integrating inertial measurement sensors for applications such as monitoring joint movement. |
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Chau Do, MASc. Her area of focus is three dimensional microassembly of MEMS structures. This involves designing microgrippers as well as the components that will make up the structure. Once these are fabricated, the grippers will be interfaced with macro equipment and used to assemble the parts. |
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Xiaodan Xu, BASc candidate x7xu at sciborg.uwaterloo.ca Her project is software and hardware developments for x-ray devices. |
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Ryan Case, BASc candidate rjcase at engmail.uwaterloo.ca MEMS Interface Design |
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Ahmad Ebadi
Tezerjani, MASc in Systems Design Thesis: Micro-Electro-Thermo-Magnetic Actuators for MEMS Applications aebadite at engmail.uwaterloo.ca The principles of engineering design and scaling laws in microscale are investigated. The focus in his research is on developing various designs of single and multi-degree-of-freedom microactuators for MEMS applications. In his research, he has developed new designs of linear and rotary microactuators including micromotors. Electrothermal, electromagnetic, and electrothermomagnetic microactuation techniques are developed. |
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Jamie Yantzi, MASc in Systems Design Biotechnological applications for lab-on-a-chip technologies |
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James Pei M. SHE, PhD candidate novel nanomaterial-based Sensors and Sensor Networking |
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Samer Abdallah, MASc Candidate Using Nano and Micro technology to build biomedical devices or what is called lab-on-chip |
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Sangjune Laurence LEE, BASc. Adaptive Optics and Lab-on-chip Devices |
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Caglar Elbuken, PhD candidate Magnetic levitation (maglev) robotics and damping control in maglev systems. He is currently studying on the design and implementation of a microlevitation system for micromanipulation and drug delivery applications. |
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Wood Chiang, BASc Candidate (2007) wochiang at gmail.com His research area includes biomedical MEMS and control systems for MEMS microassembly. |
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Sidha Wong, BASc Candidate Greenhouse Robotics |
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Nancy Xu, BASc Candidate Microgripper design for microassembly processes |