Zhi-De Deng, PhD
Engineer | Physicist | Brain Stimulation Researcher
Full-Time Awesome Person
Contact meDr. Deng is a Senior Associate Scientist, and Director of the Computational Neurostimulation Research Program in the Noninvasive Neuromodulation Unit at the National Institute of Mental Health. He earned the SB degree in physics, SB and MEng in electrical engineering and computer science, from the Massachusetts Institute of Technology. He received his PhD in Electrical Engineering from Columbia University. Dr. Deng completed his postdoctoral training at Duke University and subsequently a research fellowship at NIMH.
Dr. Deng is a leader in neuroengineering and psychiatric neuromodulation. His work focuses on three integrated areas: (1) the physics and biophysics of neurostimulation, (2) optimization and individualization of therapeutic dosing, and (3) the model-driven development of next-generation brain stimulation technologies. His influential contributions to electric field modeling for transcranial magnetic stimulation have shaped both scientific understanding and regulatory pathways, supporting the clearance and clinical adoption of TMS systems. He has built a multidisciplinary program at the interface of engineering, computation, and mental health, and is recognized internationally for advancing seizure therapy and precision neuromodulation strategies. He is a Senior Member of the IEEE, and has received numerous honors, including two NIMH Director's Awards for scientific innovation. His vision is to integrate engineering solutions into psychiatric practice, enabling a new era of personalized, effective mental health interventions.
He has an Erdős number of 4 (who doesn't?). When not working at one of his three jobs, he's performing magic or hanging out with his pets—who, by the way, have their own Instagram page. Feel free to follow for updates. Or, you could do something productive with your life... but that's not recommended.
 
                    Control Theory
 
                    MEG Source Localization
 
                    Hippocampus
 
                    MST
 
                    Modeling Tool
 
                    Modeling Tool
 
                    MST
 
                    Simulation Method
 
                    Visual Search
 
                    ECT Modeling
 
                    TMS Technique
 
                    Modeling
 
                    MEG
 
                    Modeling
 
                    iTBS
 
                    Online TMS
 
                    sTMS
 
                    ECT Dosing
 
                    MST
 
                    ECT Review
 
                    TMS Modeling Review
 
                    ECT Imaging
 
                    TMS Meta-Analysis
 
                    BMI and BD
 
                    TMS Modeling
 
                    Closed-loop tACS
 
                    TMS Modeling
 
                    BMI and MDD
 
                    TMS Modeling
 
                    ECT Imaging
 
                    TMS Modeling
 
                    ECT EEG
 
                    cTBS
 
                    ECT Modeling
 
                                2025
Advancing ECT through computational modeling, dose optimization, and device innovation
 
                                2025
Innovating neurostimulation: From treatment optimization to next-generation technology
 
                                2025
Recent advances in transcranial magnetic stimulation: Devices, modeling, and applications
 
                                2025
From models to medicine: Advancing precision neuromodulation through engineering
 
                                2024
A model-driven approach to personalized neuromodulation treatment
 
                                2025
Model-driven neurostimulation: Computational approaches to device and dose optimization
 
                                2025
Reading tells: Using facial expression analysis to track emotional states in depression
 
                                2025
Advancing personalized seizure therapy: Magnetic seizure therapy and Multichannel Individualized Stimulation Therapy
 
                                2025
Engineering precision in neuromodulation: Computational models to clinical applications
 
                                2024
Model driven brain stimulation treatments
+1 301 594 0387
10 Center Drive, Bethesda, MD 20892
zzzdeng@alum.mit.edu