Prof. Razieh Salahandish: is an Assistant Professor at the York University, Canada. She was a postdoc fellow at the University of Calgary (2019-2022) where she developed various point-of-care devices for the detection of concussion and viral infectious diseases. 

Prof. Emad Mohammed: is an Assistant Professor at the Thompson Rivers University, Canada. He was a postdoc fellow in our BioMEMS lab (2020-2022) focusing his research on developing machine-learning models for the diagnosis of viral infections using cough sounds. 

Prof. Sundeep Singh: is an Assistant Professor at the University of Prince Edward Island, Canada. He was working on numerical modeling of viscoelastic fluids during his stay in our team (2020-2022). 

Prof. Alireza Bahramian: is a Lecturer at McGill University and CEO of OfBrains. He was a visiting professor with a project focusing on the early diagnosis of Parkinson's disease using biosensors. 

Prof. Mohammad Zarifi: is a Professor of Electrical Engineering at the University of British Columbia (UBC), Canada. His research has led to deeper insight into the understanding of Microwave technology. This has helped in developing the newer application of microwaves in Oil & gas, and Biomedical Engineering. 

Prof. Mohammad Saeedi: is an Assistant Professor at the Dalhousie University, Canada. He was a senior researcher in our BioMEMS lab (2022-2023) with a research focus on modeling complex fluid systems within microfluidics. 

Prof. Gurkan Yesiloz: is an Assistant Professor in Turkey. He contributed to developing microwave biosensors (2017-2019). 

Prof. Maysam Pedram: is a Professor at the Yale School of Medicine. He contributed to developing centrifugal microfluidic devices and biosensors (2019-2021).  

Prof. Shghayegh Shajari: is an Assistant Professor of Biomedical and Mechanical Engineering, Toronto Metropolitan University. She developed a wearable patche, MicroSweat, for human stress monitoring.

Dr. Hossein Jiraie: He was a postdoctoral scholar (2021-2023) in the BioMEMS lab with a research interest in the characterization of physical properties of biological materials using scanning probe microscopy.

Dr. Kirankumar Kuruvinashetti is a postdoctoral fellow at the University of Calgary, Canada. He did his two-year postdoc in BioMEMS lab where he developed microfluidic patches and wearable cortisol biosensors for monitoring stress levels in different populations (2022-2024). 

Dr. Fereshteh Vajhadin is a postdoctoral fellow in CardiAI, Calgary, Canada. She did her two-year postdoc in BioMEMS lab where she developed wearable MIP biosensors for monitoring stress levels in different populations (2022-2024). 

Dr. Zeinab Mousavisani is a senior scientist at the Biostream Diagnostics, Edmonton, Canada. She did two year postdoc in BioMEMS lab with research focus on characterizing MIP coating and MIP biosensors for diagnosis of infectious diseases (2023-2025). 

Dr. Raziyeh Mohammadi: is a senior scientist at 3M company. She was a postdoctoral fellow in our BioMEMS lab (2020-2022) focusing her research on the printing of biomaterials. 

Dr. Shirin Moossavi: is a postdoctoral fellow at KU Leuven. She was a postdoctoral fellow in our BioMEMS lab (2020-2022) with a research focus on understanding the diversity of gut microbiome in a premature birth population. 

Dr. Hassan Pezeshgi: is Cofounder of AirZyme. He was a postdoc fellow in our BioMEMS lab (2017-2020) focusing on thermostability of proteins. 

Dr. Mehrnaz Mireslami is a postdoc fellow at the University of British Columbia. She was a postdoc fellow at the University of Calgary (2020-2021) that developed computer vision and deep learning-based algorithms to automate accurate sample detection for use in digital health with a focus on SARS-CoV-2 detection.

Dr. Mehdi Mohammadi Ashani: is a postdoctoral scholar at the University of Calgary with Dr. Ian Lewis. He completed his postdoc in our lab on microfluidic-based isolation and detection of bacteria for rapid detection of bloodstream infection and antibiotic susceptibility testing. 

Dr. Hamid Sadabadi: CEO of Wireless Fluidics Inc. for developing microwave-microfluidic technologies for biomedical and Energy applications.

Dr. Ehsan Ebrahimnia-Bajestan: joined the Energy and Fuel Cell group at the U of Calgary. He contributed to the modeling of nanomaterials. 

Dr. Kar Wey Yong (Ronald): continues his postdoc training at the University of Alberta. He contributed to developing organ-on-chip models and engineering of aneurysm tissues. 

Dr. Arindam Phani: Continuing his postdoc training at the University of Calgary. He contributed to studying single-cell interaction with substrates using AFM. 

Dr. Bahareh Zarin (PhD): Develped tumor on chip models for studying mechanisms underlying the role of integrin-B4 on breast cancer lung metastasis.  

Dr. Sara Hassanpour Tamrin (PhD): Developed a microfluidic-microelectronic system for on-chip isolation and haracterization of exosomal nanoparticles in different biofluids.  

Dr. Mahmoud Kahlghollah (PhD): Developed a capillary microfluidic platform using combined experimental testing, computational models, and AI. 

Dr. Pezhman Jalali (PhD): Developed CapDrop as a new high-thoroughput capillary microfluidic system for diagnostics and tissue engineering application.  

Dr. Sultan Khetani (Ph.D): Development of organ on chip models and diagnostic biosensors for rapid diagnosis of brain injuries and concussion.

Dr. Hossein Zargartalebi (PhD): Development of biosensors for detecting viral infections. 

Dr. Milad Azarmanesh (Ph.D.): Developing high-throughput droplet microfluidic platforms for biomedical and energy applications

Dr. Mohsen Janmaleki (Ph.D.): Development of biomaterials for modeling 3D human tissues (aneurysm model, brain tissues) 

Prof. Asmaa Khater (Ph.D.): Development of thermal microfluidics for sensing applications 

Prof. Razeah Salahandish (Ph.D.): Developing nano-biosensors for cancer detection. She is now CoFounder of Criticare Dx. 

Dr. Farideh Haghighi (Ph.D.): Developing chromatography methods for biosensing 

Dr. Yaqi Zhang (Ph.D.): Developing micromoldes to model multiphase flow systems in subsurfaces

Dr. Aref Moad (Ph.D.): Engineering of cellulose nanocrystal gels for biomedical and energy applications

Dr. Seyed Morteza Seyedpour (Visiting Ph.D.): Contaminant transport in soil: A comparison of the Theory of Porous Media approach with the microfluidic visualisation

Dr. Pouria Golasteh (Visiting Ph.D.): Developing business plan and risk assessment strategies for point-of-care devices

Dr. Seyede Javaheri Shalmani (Visiting Ph.D.): Developing risk assessment strategies for cancer diagnostic kits

Fatemeh Haghayegh (MSc): Developing immuno-biosensors on chip for rapid detection of SARS-CoV-2 (Covid patients)

Rakesh Narang (MSc): Developing microfluidic and microwave integrated system for biosensing applications

Prof. Parisa Bazazi (MSc): Development of microfluidic micromodels for enhanced oil recovery

Shirin Soleimani (MSc): Reconstruct tumor microenvironment on a chip to predict the response of cancer to drug panels.

Armin Geraili (Visiting MS.c): Developing microtablets for profile release of drugs

Maryam Mapar (Visiting MS.c): Developing microfluidic chips for bacteria isolation

Aida Javadian Sarraf (Visiting MS.c): Developing microfluidic chips for bacteria isolation and detection

Fatemeh Yazdanpanah (Visiting MS.c): Developing microfluidic chips for bacteria isolation and detection

Hamed Heidarifar (Visiting MS.c): Synthesis of nanoparticles using microfluidics

Raied Aburashed (MSc): Development of 3D printed microfluidic devices for rapid detection of viral infections. 

Mahrokh Namazi (M.Sc): Developed potentiostat for wearable biosensing of cortisol marker. 

Tumi Akalumhe. Integrated sensing system for monitoring infection in wound. 

Nathan Ante. Machine learning unit for monitoring signs of infection in wound.

Nnamdiebere Ochulor. Developing an electronic unit for monitoring bacteria growth.

Dominic Choi. Developing a software unit for monitoring infection in deep wounds.

Josh Debele. Developing a structural unit for monitoring infection in deep wounds. 

Syes Tuhid Ullah Shah.  Developing a chemical sensing unit for monitoring infection in deep wounds 

Shine David Daniel. Developing smart nanomaterial for drug delivery to wound 

Aliaa Elmurshedy. Dveloping MIP biosensor for monitoring stress in sweat 

Ahmed Asiff. Developing a microfluidic patch for monitoring stress in sweat 

Carter Fuchs. Developing a potentiostat for real-time monitoring of cortisol in sweat 

Thanusha Veeraperumal. Developing an optical reader for monitoring infection in deep wounds 

Jerry Li. Developing smart capsule for spatial sampling from GI tract

Dein Dami-Fiberesima. Developing a capillary microfluidics for exosome isolation 

Justin Young. Developing a wearable patch for isolating human sweat 

Sara Mah. Developing a wearable biosensor for detecting sweat cortisol

Mohamad Abdel Rida. Developing an App for communicating with portable potentiostat reader

Hiba Mahmood. Adopting a 3D robot for assembly of microfluidic layers

Patrick Scollard. Design of a fiber-free microfluidic test kit for detecting stress biomarkers

Kale Derkson. Fabricating a microfluidic chip for detecting stress biomarkers

Aamna Amer. Simulating liquid flow in a self-power test kit for detecting stress markers

Leona Marlene Schmidt-Speicher. Developing a microfluidic incubator for engineering of plant cell growth 

Tanzi Chowdhury. Developing a machine learning model to predict liquid flow in trigger valves of microfluidic devices

Shehzaad Brar. Monitoring of sweat in human subjects using new wearable biosensors

Emmi Munro. Developing capillary microfluidic chips for sweat detection 

Ruba Rashid. Developing MicroSweat wearable for reliable collection of sweat from human skin.

Michelle Nguyen. Biomaterial designs for coculturing of cells

Angel Nong. Using bioinspired techniques to solve biomedical problems.

Eduardo Miramontes Beas. Studying the impact of mechanical gradient on axonal growth

Jun Liu. Utilizing both the physical parameters of the bioprinter and the chemical compositions of the hydrogel to optimize the printability of a 3D bioprinter.

Saad Luckman. Electrochemical sensing of CD9 cancer biomarker

Yasaman Samanian. Modeling lung infection on-chip for studying diseases associated with lungs. (Present position: Ohio State University)

Ganga Poudel: Design wireless communication circuit in the bladder cancer-specific exosomes detection device

Sharmin Rahman: Data visualization on virtual reality platforms to assist with cancer research

Armaan Mohar: Android applications using Basic4Android

Aida Javadian Saraf: Developing biosensors for food pathogen detection

Katrin Smith. Developing uDrop portable detection device for electrochemical biosensors

Savitri Butterwort. Developing uDrop portable detection device for electrochemical biosensors

Ken Loughery. Developing uDrop portable detection device for electrochemical biosensors

Brendon Besler. Developing uDrop portable detection device for electrochemical biosensors

Thomas Lijnse. Developing uDrop portable detection device for electrochemical biosensors

Developed a portable detection device for electrochemical biosensors.

Omokhowa Agbojo: Identifying optimum operational conditions for the electrochemical biosensors

Mathew Milne: Studying mechanical property of collagen in a microfluidic chip.

Kevin Guan: Functionalization of microfluidic chips using catecholamine.

Emily Kuervers: Testing mechanical properties of biological materials using atomic force microscopy.

Erin Eastick: Developed catecholamine films for biosensing and anti-bacterial applications. 

Varun Kundra: Developed an electrochemical biosensor for the point of care detection of injury.

James Reeves: Studied mechanical loading and chemical gradients on a lung-on-chip model. 

Braden Hommy: Development of a microfluidic platform to study the axonal branching of motor neurons.

Andrei Actavian Susa: Response of cells to chemical gradients.

Caitlin Avalon Connelly: Development of microfilters for isolation of cancer cells.

Kenny Yang: Fabrication of a microfluidic-nanofluidic network for studying the physics of molecule transport.

Jomar Sangalang: Biomechanics of colorectal cancer cells in a tumor microenvironment.

Raied Aburashed: Development of an integrated microfluidic device for early detection of Aβ-peptide.

Fatemeh Yazdanpanah: Developing microfluidic devices for bacteria detection and antibiotic susceptibility testing. (Present Position: Stratuscent company in Montreal)

Mahdi Moezzi: Developing microfluidic devices for tissue engineering

Sobhan Panjavi: Developing flexible hydrogel tubes for engineering of vascular tissues

Elvira Nurmambetova: Engineering of vascular tissues

Nameerah Wajahat: Engineering of biomaterials for reliable bioprinting