RESEARCH CORE
The Power of Nano Interfaces
Design a novel nanointerfaces in the direction of advanced functional systems and smart platforms.
The Advancement of Material Science
Develop a new material as well as advanced synthesis techniques toward smart human-machine interface-based devices.
The Intelligence of Digital Biology
Introduce the next-generation digital biological systems, electronics with life-like capabilities towards future clinical application.
The Cutting-Edge Artificial Intelligence
Introduce an intelligent system that allows incorporate Artificial Intelligence (AI) towards next-generation systems.
RESEARCH OVERVIEW
Ingestible Electronics
Edible Electronics
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Bioelectronics
Bioelectronics
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Live-Like Electronics
Live-Like Electronics
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Digital Biology
Digital Biology
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Synthetic Biology
Synthetic Biology
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Translational Medicine
Clinical Trials
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Gut Microbiome
Gut Microbiome
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Multi-Organ Communication
Multi-Organ Communication
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Personalized Medicine
The Future of Medicine
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Ingestible Robotics
Soft Robotics
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Wearables Implantables
Wearables & Implantables
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Human Machine Interaction
Human Machine Interaction
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Advanced Synthesis
Advanced Synthesis
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Artificial intelligence
Artificial Intelligence
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Nanogenerators
Nanogenerators
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Recent News
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PUBLICATIONS
MEDIA COVERAGE
TECHNOLOGY TRANSFORMATION
Intelligent Wearables
Self-Powered Wearables
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Internet of Things
Smart Cities
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Sustainable Energy Systems
Integrated Nanogenerators
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Skin-Like Electronics
Electronic Skin
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STARTUPS
Digitalization the Future of Things
ProCodify is a company building next-generation digital systems
to enable a premium life quality for everyone in the era of digitalization
ABOUT ME
Abdelsalam Ahmed, Ph.D.
Dr. Ahmed is currently a postdoctoral associate at Harvard University and Massachusetts Institute of Technology (MIT). He received his Ph.D. degree in mechanical engineering from University of Toronto. His research includes the design and fabrication of innovative materials for ingestible systems, precision medicine, translational medicine, soft implantable robotics, wearables, bioelectronics, advanced livable platforms, diagnostic and therapeutic systems, and energy and electrochemical systems.