The 12th International IEEE NER Conference 2025: Dates, Location, And The Human-Centered AI Theme You Need To Know

The 12th International IEEE EMBS Conference on Neural Engineering (NER 2025) is set to be the premier global gathering for innovators in the rapidly evolving field of neural engineering, scheduled for November 11–14, 2025. This highly anticipated event, hosted by the IEEE Engineering in Medicine and Biology Society (EMBS), will convene leading researchers, clinicians, and industry experts to explore the latest advancements at the intersection of neuroscience, technology, and artificial intelligence. As of today, December 23, 2025, the conference is officially accepting submissions for its "Call for Papers," inviting groundbreaking research that aligns with the ambitious central theme: "Human-Centered Neural Engineering and AI." The single-track format promises a focused, high-impact program designed to bridge fundamental research with real-world clinical applications, making it an essential event for anyone serious about the future of brain-machine interfaces and personalized therapies.

Essential Details: Dates, Location, and Organizing Body

The IEEE NER Conference, now in its 12th annual iteration, has established itself as the flagship event for the international neural engineering community, fostering collaboration and showcasing high-quality, peer-reviewed research.

Key Conference Information for NER 2025

• Full Name: 12th International IEEE EMBS Conference on Neural Engineering (NER 2025)
• Dates: November 11–14, 2025
• Location: San Diego, California, USA
• Venue: Town and Country Resort, San Diego
• Host Organization: IEEE Engineering in Medicine and Biology Society (EMBS)
• Official Theme: Human-Centered Neural Engineering and AI

San Diego, a major hub for biotechnology and medical device innovation, provides the perfect backdrop for this event. The conference is known for its focused, single-track program, which ensures all attendees are exposed to the full breadth of the cutting-edge research being presented, from foundational neuroscience to clinical translation.

The Esteemed Steering Committee

The success and prestige of the NER conference series are guided by a distinguished Steering Committee composed of world-renowned experts in the field. These individuals ensure the technical rigor and topical relevance of the program. Key members of the Steering Committee for NER 2025 include:

• Metin Akay
• Helen Huang
• Jack Judy
• Pedro Irazoqui

Their leadership underlines the conference’s commitment to advancing the science and technology of neural interfaces, sensing, and modulation.

The Groundbreaking "Human-Centered Neural Engineering and AI" Theme

The choice of "Human-Centered Neural Engineering and AI" as the central theme for NER 2025 reflects a critical shift in the field. It emphasizes the necessity of developing technologies that are not only scientifically advanced but also ethically sound, user-friendly, and directly beneficial to human health and well-being. This theme is a direct call to action for researchers to integrate artificial intelligence and machine learning—powerful tools for data processing and pattern recognition—with neural engineering principles to create personalized and effective therapeutic and assistive devices.

Key Research Areas and Topical Authority

The NER 2025 program will feature a wide array of specialized topics, workshops, and mini-symposia that fall under the main theme, providing deep dives into specific areas of innovation. These tracks are designed to foster topical authority and interdisciplinary discussion. The conference is a vital platform for submissions across the full spectrum of neural engineering, including:

• Brain-Machine Interfaces (BMI) and Neuroprosthetics: Developing and improving devices that connect the nervous system to external technology for motor and sensory restoration.
• Neuromodulation and Neurofeedback: Techniques for altering nervous system activity, including deep brain stimulation and non-invasive methods.
• Neural Signal Processing and AI: Advanced algorithms, machine learning, and deep learning for interpreting complex brain and nerve signals.
• Bridging Neuroscience and AI for Personalized Therapies: A dedicated focus on how AI can tailor treatments based on individual neurological data.
• Neurorehabilitation and Assistive Technology: Innovations aimed at restoring function after injury or disease, such as stroke or spinal cord injury.
• Neuromorphic Engineering for Clinical Care: Exploring specialized hardware and systems that mimic biological neural networks for medical applications.
• Computational Neuroscience and Modeling: Creating mathematical and computational models to understand neural circuit function and dysfunction.
• Sensory and Motor Systems Engineering: Focus on restoring sight, hearing, and movement through electrical stimulation and neural interfaces.

A notable session will be the Neuromorphic Engineering for Clinical Care Minisymposium, which is supported by the prestigious NIH BRAIN Initiative, highlighting the strong collaboration between engineering and major biomedical research funding bodies.

The Importance of the Call for Papers and Submission Process

For academics, researchers, and students, the NER 2025 Call for Papers represents a crucial opportunity to share their latest work on a global stage and contribute to the field's peer-reviewed literature. All accepted papers will be published in the IEEE XPlore® peer-reviewed conference proceedings, ensuring maximum visibility and academic citation.

Why Submit to NER 2025?

Submitting research to this conference offers several distinct advantages:

1. Global Visibility: Presenting to an audience of international leaders in academia, industry, and clinical practice.
2. Academic Credibility: Publication in the IEEE XPlore digital library, a benchmark for technical publication quality.
3. Networking Opportunities: Direct engagement with the Steering Committee members and other high-profile researchers.
4. Interdisciplinary Feedback: Receiving critical feedback from experts spanning engineering, neuroscience, and medicine.

The conference maintains a high standard for submissions, encouraging researchers to bring their "boldest ideas" in neural engineering. The single-track format, while intense, maximizes the exposure of every presented paper, unlike multi-track conferences where important work can be missed.

Beyond the Technical Program: Workshops and Future Trends

In addition to the main single-track sessions, NER 2025 will host specialized Workshops and Mini-symposia. These sessions are crucial for diving into current and future trends, particularly in areas like medical technology development and biomedical engineering. Workshops often involve hands-on sessions, focusing on practical applications and emerging research methodologies. The focus on Human-Centered AI and the integration of neuroscience with computational models suggests that the future of neural engineering will be heavily driven by data science. Attendees will gain insights into how machine learning models are becoming indispensable for decoding complex neural data and creating responsive, adaptive neuroprosthetics. The conference is a key indicator of the field’s trajectory toward more personalized, effective, and ethically considered medical technologies.

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