Micro Bead control
Controlled rotation
Yaw rotation
Pitch rotation/rolling
Micro swimmer control
I am a Ph.D. graduate in Mechanical Engineering from the University of Canterbury, Christchurch, New Zealand, with over five years of postdoctoral research experience in the United States. My background spans interdisciplinary research across engineering, physics, and biology, with a focus on developing micro- and nanoscale systems that integrate cyber-physical platforms and bioelectromagnetic principles.
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My research has aimed to bridge gaps between micro/nanorobotics, bioelectromagnetics, and synthetic biology to enable secure, scalable automation strategies for applications such as cell–cell communication, mitochondrial therapies, in-vitro fertilization (IVF), and targeted drug delivery.
During my doctoral research, I addressed key challenges limiting the automation of high-throughput cell manipulation for enucleation in bovine cloning and IVF. I achieved the first experimental demonstration of a 3D rotator biochip capable of precise three-dimensional rotation and manipulation of single bovine oocytes at high throughput. This work resolved long-standing limitations in 3D single-cell control and demonstrated a cost-effective, scalable pathway for automation in cloning and assisted reproductive technologies.
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​My subsequent research explored the interaction of electric and magnetic fields with biological cells and intracellular organelles, particularly mitochondria. This work has implications for emerging cancer therapies, neurological disorders, and next-generation magnetoelectric-based cell therapies. I am especially interested in understanding electromagnetic effects at sub-cellular and nanoscale regimes to advance knowledge of cell–cell communication and bioelectromagnetic signaling.
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Looking ahead, I aim to contribute to and lead interdisciplinary research efforts in micro- and nanoparticle manipulation using electric and magnetic fields, integrating data-driven and AI-enabled approaches for biomedical, industrial, and defense-relevant applications.
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Beyond technical research, I am also interested in science policy and cybersecurity management. My experience across academic and industrial research environments has highlighted the importance of protecting scientific data, maintaining robust policy frameworks, and securing cyber-physical systems to ensure responsible and resilient technology deployment.
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A defining strength of my career is my broad international experience across academia and industry. I have worked both as a team member and in leadership roles across continents, gaining exposure to diverse technical cultures and collaborative environments. These experiences have shaped my ability to communicate complex ideas, work across disciplines, and engage meaningfully with global scientific and technological communities.