Satellite Workshops

Frontiers in Neuroengineering and Psychiatry: Translating Research and Innovation into Real World Impact

Speakers:

• Sara Shnider, PhD, Senior Scientific Director, One Mind Accelerator
• Maryam Shanechi, PhD, Alexander A. Sawchuk Chair in Electrical and Computer Engineering and Professor of Electrical and Computer Engineering, Biomedical Engineering, and Computer Science — University of Southern California
• Raag Airan, MD, PhD, Assistant Professor of Radiology (Neuroradiology) — Stanford University
• Ignacio Saez, PhD, Associate Professor Department of Neuroscience, Department of Neurosurgery, Department of Neurology, Friedman Brain Institute — Icahn School of Medicine at Mount Sinai (ISMMS)
• Don Vaughn, PhD, Co-founder and CEO, Ampa Health
• Keith Murphy, PhD, Co-founder and CTO, Attune Neuroscience
• Jacob Robinson, PhD, Co-founder and CEO, Motif Neurotech
• Ryan Field, PhD, CEO and CTO of Kernel
• Ariane Tom, PhD, Founder and Managing Director, Kaleida Capital
• Samantha Tabone, Partner, XEIA Venture Partners
• Brandon Staglin, One Mind co-founder, Chief Advocacy and Engagement Officer
• Jon Nelson, Director of Lived Experience, Motif Neurotech
• Carmine di Maro, Executive Director, One Mind Accelerator

Abstract: This dynamic workshop explores the latest advances at the intersection of neuroengineering and psychiatry. Attendees will hear from leading academic scientists developing novel neurotechnologies, startup founders building creative neurotechnology solutions to treat psychiatric disorders, and investors sharing candid perspectives on market trends, funding strategies, and key factors that drive commercial success in mental health. The workshop will also highlight the vital role of people with lived experience in co-creating neurotech solutions that are practical, effective and ethically grounded.

Designed for researchers, entrepreneurs, clinicians, and industry professionals, this half-day program will highlight cutting-edge breakthroughs that bridge psychiatry, AI and engineering, as well as remaining challenges to overcome towards effective and commercially viable solutions to improve mental health treatment, access and care.

The event is hosted by the One Mind Accelerator, which backs visionary startup founders with the network, education and capital to build category-defining companies that radically improve the lives of people facing mental health challenges.

Implanted BCIs: Technologies, Applications, and Future Directions

Speakers:

• Prof. Kevin Otto, Dane A. Miller Head and Professor, Weldon School of Biomedical Engineering, Purdue University
• Prof. Francis Willett, Assistant Professor of Neurosurgery, Stanford University
• Prof. Chethan Pandarinath, Associate Professor of Biomedical Engineering, EmoryUniversity and Georgia Tech
• Prof. Rob Gaunt, Associate Professor of Physical Medicine and Rehabilitation, University of Pittsburgh
• Prof. Denise Oswalt, Assistant Professor of Neurosurgery, University of Pennsylvania

Organizers:

• Dr. Mark M. Iskarous, Postdoctoral Scholar, Organismal Biology and Anatomy, University of Chicago
• Dr. John E. Downey, Staff Scientist, Organismal Biology and Anatomy, University of Chicago
• Prof. Nitish V. Thakor, Professor of Biomedical Engineering, Johns Hopkins University

Abstract: Implanted brain-computer interfaces (iBCIs) represent a rapidly advancing frontier in neural engineering, offering unique insights into brain function while driving novel therapeutic and assistive applications. This half-day workshop will bring together leading researchers to examine the current state of iBCI technology, explore its translational potential, and critically assess the scientific and engineering challenges that will shape the field’s future.

The program will open with a survey of historical and emerging advances in implanted cortical interfaces (Prof. Kevin Otto, Purdue University), setting the stage for a series of application-focused talks covering iBCI-enabled restoration of speech (Prof. Francis Willett, Stanford University), motor control (Prof. Chethan Pandarinath, Emory University and Georgia Tech), somatosensation (Prof. Rob Gaunt, University of Pittsburgh), and vision (Prof. Denise Oswalt, University of Pennsylvania).

The workshop will conclude with a panel discussion addressing key open questions in iBCI development: optimizing device design and neural encoding strategies, understanding device-user co-adaptation, navigating regulatory and translational pathways, and identifying market and clinical opportunities. The session is designed to foster interdisciplinary exchange among neural engineers, neuroscientists, clinicians, and translational researchers working at the intersection of technology and neuroscience.

Incorporating Artificial Sensations: Using Electrical Stimulation of the Brain and Spinal Cord

Speakers:

• Maria Dadarlat, Assistant Professor, Purdue Biomedical Engineering
• Amol Yadav, Assistant Professor, Joint Department of Biomedical Engineering, University of North Carolina and North Carolina State University
• Samuel Senneka, Graduate Student, Purdue Biomedical Engineering
• Jacob Slack, Graduate Student, Joint Department of Biomedical Engineering, University of North Carolina and North Carolina State University
• Elizabeth Marie Olivo, Graduate Student, Department of Biomedical Engineering, Purdue University
• Xing Chen, Assistant Professor, Department of Ophthalmology, University of Pittsburg School of Medicine

Abstract: Artificial sensory feedback is essential to improve brain control of prosthetic devices and robotic actuators. Electrical stimulation of the central and peripheral nervous system are proposed as methods to incorporate sensory feedback in brain computer interface applications. Understanding how stimulation-based feedback influences neural circuits, induces neuroplasticity, and modulates behavior is crucial for optimal neuroprosthetic development. Animal studies that incorporate sensory feedback and investigate the relationship between stimulation, behavior, learning, and plasticity are integral for the translation of this emerging technology into clinical applications. This workshop will focus on stimulation-induced artificial sensations and their integration in the brain circuits. Speakers will share recent animal studies that use electrical and/or optical stimulation to induce artificial sensations and attempt to decipher the neural circuits involved.

Rationale: Participants will learn about the cutting-edge field of artificial sensory feedback and its application to brain computer interfaces. With the advent of stable and chronic invasive neural implants, the number of human studies investigating electrical stimulation-based sensory feedback has grown exponentially. At the same time, animal studies on artificial sensory feedback are declining. Animal experiments allow rapid testing of novel hypotheses; help characterize the relationship between stimulation and behavior before it can be clinically implemented; and provide a robust model to decipher basic science mechanisms. Thus, a workshop on animal studies incorporating artificial sensory feedback and behavior would be crucial for educating the neural engineering community about the opportunities available through animal experiments. This would also help showcase that animal investigations could inform and catalyze clinical translation ideas.

Enabling Neurotechnology Translation

Chairs:

• JoJo Platt, President, Platt & Associates, Inc.
• Sridevi V. Sarma, PI NeuroTech Harbor, NIH funded Blueprint Hub, Associate Professor of Biomedical Engineering, Institute for Computational Medicine, PI of Neuromedical Control Systems Group, Whiting School of Engineering / Johns Hopkins University

Speakers:

• Tim Marjenin, VP, Head of Neurology Regulatory Affairs, MCRA
• Andy Cornwell – Director, 11000 Cedar Startup Incubator – Case Western Reserve University
• Riki Banerjee, Founder, Tangible Neurotech
• Erika Ross Ellison, President, IEEE Engineering Medicine & Biology Society
• Sara Shnider, US Innovation Lead, Corundum Neuroscience

Abstract: Challenges identifying revolutionary ideas and the most promising solutions: Innovators will be assessing cutting-edge technologies and selecting those with the highest potential for impact on neurological health. The challenge is complex, because potential for impact depends on key areas of risks: (i) risks to commercial viability, (ii) risks to technical development, and (iii) team risks. Within each of these, many further risks reside. For example, commercial viability depends on a wide range of factors, such as value proposition, regulatory pathway, barriers to entry, and competitive landscape, including medical workarounds. NTH and CINTA, two NIH-funded BluePrint hubs, can work with innovators to ensure the proposed solution is thoroughly evaluated and provide the support and resources to create a feasible plan to achieve milestones and deliverables.

This workshop will address the common challenges innovators face on their path towards creating a market ready product. We will describe how funding and mentorship aim to accelerate neurotechnology translation and to open pathways for new and traditionally under-represented innovators. Attendees will have opportunities to hear from speakers with experience in commercialization, inclusive innovation, and FDA regulatory guidance.

Workshop objectives:

There are unique learning objectives and benefits for the attendees

1. Participants will learn about the journey to translate scientific findings and to bring forward solutions that impact human health for all.
2. Participants will be presented with several case studies that illustrate the challenges faced when translating novel ideas to the bedside.
3. Participants will understand the innovation support available from the Blueprint Medtech Incubator hubs to accelerate the development of early-stage neurotech solutions for first-in-human testing.

Centering Disabled Neurotechnology Users in Neural Engineering: What, Why, When, and How?

Speakers:

• Lilyana Levy, Postdoctoral Fellow, UCLA David Geffen School of Medicine Department of Neurosurgery, UCLA-CDU Dana Center for Neuroscience and Society
• Ashley Feinsinger, Assistant Professor, Department of Neurosurgery; Co-Director UCLA-CDU Dana Center for Neuroscience and Society; Chair Ethics Theme, David Geffen School of Medicine
• Valerie Black, postdoctoral scholar, UCSF Decision Lab (Department of Neurology)
• Winston Chiong, Professor in Residence, UCSF Neurology, Memory and Aging Center; Mary Oakley Foundation Professor of Neuroethics; Director, UCSF Bioethics
• Cynthia Millionis, UCSF UX designer and human-centered-design strategist
• Maya Hunt, UCSF Decision Lab, Clinical Research Coordinator

Workshop Structure / Talks:

1. “Approaches for Centering Disabled Users in Neurotechnology Development” interactive presentation (Valerie Black and Winston Chiong)
2. “Analyzing Neurotechnology Failures Through the Lenses of Disability Justice and Design Justice” interactive presentation (Lilyana Levy and Ashley Feinsinger)
3. “Disability + Neurotech Hackathon” small group activity (Winston Chiong, Ashley Feinsinger, Lilyana Levy, Valerie Black, Maya Hunt)
4. “Disability + Neurotech Discussion” large group facilitated discussion (Winston Chiong, Ashley Feinsinger, Lilyana Levy, Valerie Black, Maya Hunt)

Rationale: Despite rapid advancement in AI-driven neurotechnology, critical gaps remain in how accessibility, equity, and user engagement are integrated in design and implementation processes. IEEE NER presents a unique opportunity to engage a global audience of neural engineers in timely dialogue that can elicit real-world challenges and practical goals for addressing ongoing and emerging ethical challenges in neural engineering. Drawing on human-centered design, disability justice, and design justice to center disabled users in neurotechnology development requires adapting when, how, and with whom engineers should engage to justly design novel neurotechnology. Accordingly, this session will not only share knowledge from justice and design principles but also create a space for engineers to reflect on and contribute insights into technical constraints, design trade-offs, and implementation challenges that may not be visible to non-engineers. This bidirectional exchange is essential for pioneering equitable and responsible neurotechnologies.

A Neuromorphic and Neurostimulation Approach for Sensorimotor Restoration

Speakers:

• “Tales from the closed loop: insights on stroke recovery through closed loop stimulation”,
  Prof. Federico Barban, Dept. of Informatics, Bioengineering, Robotics System Engineering, University of Genova, Italy.
• “Personalized Strategies for Brain Repair: Insights from Preclinical Models”,
  Dr. Marta Carè, IRCCS Ospedale Policlinico San Martino, Italy.
• “Neuromorphic encoding of tactile stimuli for neuroprostheses and neurorobotics”,
  Dr. Mark Iskarous – Department of Neurological Surgery, University of Chicago.
• “Neuromorphic twin for emulating somatosensory cortex”,
  Prof. Elisa Donati, Institute of Neuroinformatics, University of Zurich and ETHZ, Switzerland.
• “Neuromorphic and multi-modal stimulation for enhancing perception and function”,
  Prof. Luke Osborn, Case Western Reserve University, OH, USA.

Abstract: Somatosensory feedback is fundamental for natural and adaptive motor control, yet it remains a missing component in most current neuroprosthetic and neuromodulation systems. This workshop focuses on the emerging and rapidly growing field of restoring sensorimotor integration through peripheral nerve stimulation and intracortical microstimulation (ICMS) to improve motor control, promote post-damage recovery and enhance patient quality of life.

The session will highlight the importance of novel neuromorphic and neurostimulation strategies not just for improving motor performance, but for embodiment, safety, and long-term usability of assistive technologies. With contributions from leading researchers, participants will explore technological advancements, stimulation strategies, and the open scientific and clinical challenges in restoring meaningful sensorimotor information. Interactive discussions will promote collaboration and critical thinking on experimental design, translational hurdles, and future directions in the field.

A central part of the workshop is a hands-on group session, where participants, guided by the organizers, will work at small tables to define open questions, propose experimental designs, or outline translational strategies. Each group will present a short outcome that will feed into the final discussion. The day concludes with a panel discussion bringing together the invited speakers and group representatives to reflect on these outcomes. The goal is to encourage open, interdisciplinary dialogue and identify the key priorities and challenges in advancing sensorimotor neurostimulation from lab to clinic.

Rationale: While significant progress has been made in motor decoding, restoring sensory feedback as well as the sensorimotor functions, particularly in a way that supports closed-loop sensorimotor integration, remains a frontier in neuroengineering. Challenges include developing biomimetic encoding strategies, integrating neuromorphic processing, and ensuring the long-term viability of implants. At the same time, it holds the potential to dramatically improve the daily lives of people with limb loss or brain damage. This workshop will address this novel and timely topic by bringing together interdisciplinary experts and actively involving participants in shaping future research directions.

The EEG Foundation Challenge at NeurIPS 2025 represents a paradigm shift in brain signal decoding, featuring the Healthy Brain Network (HBN) dataset with 3,000+ participants, the world’s largest pediatric neurophysiology repository. With over 1,000 teams globally, this competition addresses fundamental challenges: cross-task generalization, subject-invariant representations, and translating brain signals into clinically relevant biomarkers for mental health prediction.

This workshop explores both scientific achievements and technical infrastructure that enable large-scale neuroscience competitions. We will discuss critical challenges in data curation and the urgent need for robust quality management systems in massive neurophysiology datasets. These principles extend beyond EEG to Meta’s newly released EMG datasets (emg2qwerty and emg2pose), which we are exclusively distributing through NEMAR.org to advance neuromotor interface research.

Central to democratizing access are open platforms bridging neuroscience and machine learning. NEMAR.org provides integrated data, tools, and high-performance computing resources for processing large-scale neurophysiology data. EEGDash.org delivers PyTorch-ready datasets optimized for deep learning and mega-analysis. Braindecode offers the leading Python toolbox for decoding electrophysiological signals with deep neural networks. Together, these platforms transform how researchers access and analyze brain data at scale.

Speakers will present winning approaches from the challenge and explore next steps for open and reproducible science in EEG-based brain-computer interfaces, featuring MOABB (Mother of All BCI Benchmarks) framework demonstrations. Future HBN dataset expansion will incorporate synchronized eye-tracking, personalized head models from structural MRI, and alignment with functional and diffusion MRI data, enabling unprecedented insights into brain-behavior relationships for precision medicine in neurology and psychiatry.

Speakers:

Arnaud Delorme
Research Scientist
Swartz Center for Computational Neuroscience, Institute for Neural Computation, UC San Diego, La Jolla, CA French National Centre for Scientific Research (CNRS), Paris, France

Seyed Yahya Shirazi
Assistant Project Scientist
Swartz Center for Computational Neuroscience, Institute for Neural Computation, UC San Diego, La Jolla, CA

Sylvain Chevallier
Professor
The Interdisciplinary Laboratory of Numerical Sciences (LSiN), Paris, France, French National Centre for Scientific Research (CNRS),
University Paris-Saclay,
National Institute for Research in Digital Science and Technology (Inria)

Pierre Guetschel
PhD Candidate
Donders Institute for Brain, Cognition and Behaviour,
Radboud University, Nijmegen, Netherlands

Dung (Young) Truong
Research Engineer
Swartz Center for Computational Neuroscience, Institute for Neural Computation, UC San Diego, La Jolla, CA