Keynote Speakers |
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Edward Chang, M.D., Professor of Neurological Surgery, University of California, San FranciscoEdward Chang is a neurosurgeon-scientist who has made fundamental discoveries on the neural coding of speech in the human brain. Chang has provided the first detailed functional blueprints of cortical areas for speech perception and production. Overcoming the limitations of previous imaging studies, Chang pioneered high-resolution direct cortical recordings in humans and applied advanced computational approaches to understand how speech is computed at the level of basic phonetic elements. His seminal contributions catalyzed an entire field of human intracranial neuroscience, accelerated novel neurotechnologies, and led to the first successful ‘speech neuroprosthesis’ to restore communication after paralysis. |
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J. Thomas Mortimer, Ph.D., Emeritus Professor of Biomedical Engineering, Case Western Reserve UniversityJ. Thomas (Tom) Mortimer was born in 1939 and spent his formative years in the Texas Panhandle. A highlight of his preteen years was a 1951 summer job at Palo Duro Canyon State Park, which his friend Joe Macrander had helped him secure. He graduated in 1957 from Amarillo High School’s vocational program as an automobile mechanic and worked in Buick and Chrysler-Plymouth dealerships. In 1959, he enrolled at Texas Technological College, where he was deeply influenced by Professor Russel Seacat, and earned a BSEE in 1964. In 1965, Mortimer completed his M.S. in Engineering in James B. Reswick’s lab at Case Institute of Technology. That same year, he began learning to perform animal surgeries in C. Norman Shealy’s lab at Western Reserve University. After a year of drifting without a clear Ph.D. project, Mortimer was pointedly directed by Reswick to pursue Shealy’s concept for pain suppression, inspired by the 1965 Melzack and Wall paper proposing the gate control theory of pain. By 1967, Mortimer had designed, built, and tested two dorsal column stimulator devices, which Shealy implanted in patients at Gundersen Clinic in La Crosse, WI. During his time in Reswick’s lab, Mortimer was also inspired by Lojze Vodovnik of Ljubljana, whose passion for electrically activating the nervous system made a lasting impression. From 1968 to 1969, Mortimer conducted postdoctoral research at Chalmers Tekniska Högskola in Gothenburg, Sweden, where he came to recognize the promise of a career that combined electrical engineering with animal experimentation. In 1969, Mortimer joined the faculty of the Biomedical Engineering Department at Case Western Reserve University, launching a research program aimed at restoring function to people with spinal cord injuries—like his childhood friend Joe, who had sustained such an injury in 1955. Strongly influenced by Karl Frank and Terry Hambrecht’s Neural Prostheses Program at NINDS, he founded the Applied Neural Control Laboratory at Case, where he mentored 44 MS and Ph.D. students. These students and postdocs remained a profound influence throughout his academic life. Upon retiring in 2002, Mortimer created ANCtoolkit.com, an online repository for the knowledge he had acquired over the course of his career. The repository has been as a text for advanced undergraduate and graduate level courses. |
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Conference Moderators |
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James Cavuoto, Editor and Publisher, Neurotech ReportsJames Cavuoto is editor and publisher of Neurotech Business Report and the founder of Neurotech Reports. He is the lead author of "The Market for Neurotechnology," and "The Market for Bioelectronic Medicine," two market research reports published by Neurotech Reports. Cavuoto was the founder of Micro Publishing Press, Inc., a publishing company that helped pioneer the market for electronic publishing, digital imaging, and computer graphics. He holds a degree in biomedical engineering from Case Western Reserve University, where he studied under pioneers in the field of functional electrical stimulation. He has also studied human factors engineering at University of Southern California in Los Angeles. Cavuoto spent three years as a member of the technical staff at Hughes Aircraft Company in Los Angeles, where he worked on simulation, training, and publication products produced for the U.S. Department of Defense. Cavuoto was an adjunct professor at Rochester Institute of Technology and the author of eight books on computer graphics, electronic publishing, and digital imaging. He is a member of the IEEE Engineering in Medicine and Biology Society. He has authored a chapter in the textbook Neuromodulation (Elsevier, 2009), as well as articles in Neuromodulation, Journal of Neural Engineering, Medical Device Daily, IEEE Spectrum, MX magazine, and the International Journal of Medical Marketing. He is coauthor, with Jennifer French, of Bionic Pioneers: Brave Neurotech Users Blaze the Trail to New Therapies (Neurotech Press, 2014). |
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Jeremy Koff, Senior Consulting Editor, Neurotech ReportsMr. Koff is senior consulting editor for Neurotech Reports and president of Colibri Partners Inc., a strategic and marketing consulting firm with a primary focus in the medical device sector. The company offers services related to market and risk analysis, clinical and technology assessments, business plan development, business/financial modeling, and market research. Mr. Koff has nearly 20 years of global experience in the medical device industry with companies including Advanced Bionics Corp., Boston Scientific, MiniMed Inc., Bioness Inc, and many others. His business plans have attracted tens of millions in start-up capital. Mr. Koff holds a Bachelor's degree in biology from Middlebury College, a Masters of Public Affairs from Indiana University, and an MBA from UCLA. He is an active classically-trained musician, supporter of the arts, and is a board member of the Fender Music Foundation. |
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Jo Jo Platt, Senior Contributing Editor, Neurotech ReportsJo Jo Platt brings more than 10 years experience as a neurotechnology consulant to Neurotech Reports. As the founder and president of Platt & Associates, she has helped leadership identify new opportunities, transform organizations, and build teams from the ground up. Most recently, she was a strategic development consultant for the Feinstein Institute for Medical Research, where she helped identify and establish strategic partnerships in the emerging field of bioelectronic medicine and was instrumental in the launch of the Center for Bioelectronic Medicine. Previously, Jo Jo communications director for eDigital, where she managed all internal and external communications and built braand recognition through tradeshows and consumer events. Platt holds a bachelor's degree in communication and media studies from National University. She is currently the finance chair for the IEEE Engineering in Medicine and Biology Neural Engineering 2019 meeting. |
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Victor Pikov, Ph.D., Co-Founder and CEO, Medipace, Inc.Victor Pikov is a contributing editor of Neurotech Reports and co-founder and CEO of Medipace Inc, a startup developing implantable neuromodulation therapies for auto-immune intestinal diseases. Victor previously worked at Galvani Bioelectronics and GlaxoSmithKline, where he oversaw development and testing of implantable pulse generators and stimulation leads for several clinical applications, including auto-immune and metabolic diseases. At the Huntington Medical Research Institutes, Victor developed neural interfaces for various chronic diseases, such as infertility, bladder paralysis, bladder spasticity/hyperreflexia, hearing and vision loss, tinnitus, obstructive sleep apnea, and obesity. At the California Institute of Technology, Victor developed optogenetic viral vectors for neuronal stimulation. Victor has several patent applications for implantable neural interfaces, closed-loop neuromodulation therapies, and non-invasive glucose measurement. |
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Entrepreneur Presenters |
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Tetiana Aleksandrova, CEO and Co-founder, SubsenseTetiana Aleksandrova is the CEO and Co-founder of Subsense, a company pioneering the next generation of brain-computer interfaces. She recently secured a $20 million funding round, accelerating Subsense’s mission to bridge the gap between the human brain and technology. With more than a decade in neurotechnology, Tetiana has built and scaled companies at the forefront of BCI innovation. Before Subsense, she co-founded Neiry, growing it into a global leader in non-invasive BCIs, securing $8 million in funding, and leading a successful M&A process. |
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Miri Polachek, Co-founder, Nuri BraintechMiri Polachek is a seasoned healthcare entrepreneur, executive, investor, and ecosystem builder. Currently, she is cofounder and Chief Business Officer at Nuri Braintech, a clinical-stage venture developing the first emotion brain computer interface for superior precision psychiatry to address severe, treatment-resistant conditions, starting with post-traumatic stress disorder. Previously, Miri served as CEO of Joy Ventures, a consumer mental health and wellbeing startup studio and venture fund. Miri co-founded and led Israel Brain Technologies, the national a hub and catalyst for neuro-innovation and commercialization, including the world’s first braintech startup accelerator. Miri has also held financial management positions in leading global healthcare companies including Pfizer and Teva. She received her M.A. in Health Economics from Boston University and her MBA from New York University. |
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Helen Bronte-Stewart, M.D., Founder and President, QDG HealthHelen Bronte-Stewart is the Founder and President of QDG Health, and the John E Cahill Family Professor in the department of Neurology and Neurological Sciences at Stanford University. She is a serial center/program developer and team builder, having founded the Stanford Movement Disorders Center, the Stanford Movement Disorders Surgical Program, the Stanford Balance Center, and the Human Motor Control and Neuromodulation Laboratory. She has used her training in mathematics and physics, bioengineering, neurology, movement disorders, and single-unit electrophysiology in primates to develop a rigorous translational program in motor control and neuromodulation research in human subjects. Seeing the unmet need in a wide range of neurological disorders, she developed multiple computerized, quantitative measurements of human motor behavior. After two decades of clinical validation, she has led the translation of one of these technologies, Quantitative DigitoGraphy (QDG), into QDG Health: a point-of-care monitoring system that enables on-demand assessment and management for neurological disorders. Paired with the proprietary digitography device, its AI-enhanced remote monitoring system has been validated as a breakthrough technology by the FDA and can be deployed across the healthcare ecosystem. Having received FDA Breakthrough Device Designation, QDG Health is raising a seed round to submit a 510(k) submission and pursue active clinical partnerships. | ![]() |
Stefan Kampusch, Ph.D., CEO, Aurimod GmbHStefan Kampusch achieved his BSc degree in Electrical Engineering and his MSc degree in Biomedical Engineering from the Faculty of Electrical Engineering at TU Wien, Austria, in 2010 and 2012, respectively. Since 2009 his research is focused on closed-loop electrical neuromodulation and auricular vagus nerve stimulation in chronic diseases. In 2015 he co-founded AURIMOD GmbH and currently serves as CEO and Head of R&D. AURIMOD has developed a wearable auricular vagus nerve stimulation system to help patients with chronic low back pain. | ![]() |
Sumeet Mahajan, Ph.D., Co-founder and CEO, BrainalyzeProfessor Sumeet Mahajan is the Co-founder, CEO & CTO of Brainalyze, and a Professor of Molecular Biophotonics & Imaging at the University of Southampton, where he also serves as Deputy Head of the School of Chemistry & Chemical Engineering. With a multidisciplinary foundation spanning chemistry, physics, and biomedical engineering—gained at IIT Kanpur, IIT Bombay, and the University of Cambridge—he has spent over two decades pioneering advanced optical detection technologies. Prof. Mahajan is a globally recognized scientist and innovator, with over 150 peer-reviewed publications, six patents, and more than $12 millionin competitive research and industry funding as principal investigator. He leads large-scale collaborations, manages cross-functional teams, and mentors future leaders to translate deep science into real-world impact. At Brainalyze, he is now driving the commercialization of MX-Raman, a breakthrough neurodiagnostics platform developed from 12 years of cutting-edge research in his lab to unlock new frontiers in dementia diagnostics, monitoring, and personalized care. | ![]() |
Boris Goldstein, Ph.D., Founder, BrainBitBoris Goldstein is the founder of BrainBit, a neurotechnology company developing AI-driven neurofeedback systems. His work focuses on harnessing brain plasticity through innovative protocols designed to enhance cognitive function and support mental wellness. By combining patented dry-electrode EEG technology with machine learning, Dr. Goldstein aims to deliver personalized and optimized neurofeedback training. His research spans both human and multi-species models, advancing the understanding of neural mechanisms and informing the next generation of brain-computer interfaces. He holds a Ph.D. and is the author of numerous patents and publications in neuroscience and artificial intelligence. |
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Fred Walke, CEO, Wave NeuroscienceFor over 26 years, Fred Walke has led companies that push the boundaries of healthcare innovation. As CEO of Wave Neuroscience, he’s driving a transformation in mental health—introducing objective biomarkers, curative pathways, and scalable access to care that’s redefining what’s possible for patients and providers alike. Fred’s career is a testament to visionary leadership and measurable success. Across multiple ventures—MicroDental Laboratories, LeanMD, Presage Health, Reimagine, Zilliance, and Wave Neuroscience—he has raised hundreds of millions in capital and delivered growth that consistently outpaces industry norms. At MicroDental, Fred spearheaded a 20x industry-average growth streak for six consecutive years, culminating in a successful acquisition by Healthpoint Capital, one of the premier healthcare private equity firms. Fred contributes to the future of medicine through his involvement with the Harvard Leadership Forum and as an instructor and mentor in Clayton Christensen’s Entrepreneurship Program at Harvard—where he inspires the next generation of innovators to blend compassion with disruption. Now leading Wave Neuroscience, Fred sees his mission clearer than ever: to end unnecessary suffering and usher in Mental Healthcare 3.0—an era where science, compassion, and technology converge to help patients thrive and clinicians excel. |
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Ludovica Labruna, Ph.D., Founder and CEO, Magnetic TidesLudovica Labruna, PhD, is a neuroscientist and entrepreneur focused on non-invasive brain stimulation (NIBS). Following two decades of research at UC Berkeley, Dr. Labruna and her team of multidisciplinary scientists founded Magnetic Tides to develop a novel NIBS system designed for maximum efficacy and patient comfort. This project has been supported by an innovation award (EAGER) from the National Science Foundation, an SBIR grant from the National Institute of Neurological Disorders and Stroke, and the Weill Neurohub Next Great Ideas program. As CEO of Magnetic Tides, Dr. Labruna is focused on the commercialization of kTMP, a technology with the potential to transform the treatment of neurological and psychiatric disorders. |
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Andy Gotshalk, CEO Neurologic Solutions, Inc.Andy Gotshalk is the CEO of Neurologic Solutions, Inc., a startup company dedicated to pioneering advanced analytical solutions that revolutionize the diagnosis and treatment of patients afflicted by epilepsy and a spectrum of neurological disorders. Andy is a medical device executive with over 20 years’ experience and most recently was the founder and CEO of Blackrock Neuromed. Blackrock Neuromed was an innovative EEG technology company that developed and commercialized high definition EEG and was acquired by Natus Medical Inc. in 2017. Prior to Blackrock Neuromed, he was the CEO of Blackrock Microsystems where he successfully commercialized research products in the neurophysiology market. Prior to that, Mr. Gotshalk was responsible for sales and operations for the US Surgical Division of Haemonetics Corporation. |
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Daniel Powell, CEO, Spark Biomedical Inc.Daniel Powell has more than 20 years experience developing and selling technology-based products and has served in leadership roles in upstream and downstream marketing, business development, strategic planning, and program management. Powell launched more than 18 medical device products during his career at St. Jude Medical (now Abbott) and Cyberonics (now LivaNova). He has a wide range of experience in the the neurological disorders space including movement disorders, psychiatric disorders, and epilepsy. Additionally, Powell has in-depth experience in interventional neuromodulation technology, both implanted and external, as well as other active implantable medical technology, bio monitoring, and disease management systems. Powell now leads his own startup, Spark Biomedical, and acts as an advisor for other startups in the industry. |
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Pawel Soluch, CEO, Spinally MedicalPawel Soluch is CEO and Co-Founder of Spinally, a company pioneering innovative spinal cord stimulation and recording implants. With more than 20 years of experience in clinical, scientific, and entrepreneurial domains, he is an inventor of outcome-driven medical devices for diagnostics, therapy, and research. He holds eight patents, with five products on the market, one in clinical trials, and two in pre-clinical stages. Recognized for his innovations in medtech and commitment to social responsibility, he is skilled in building companies and teams, fundraising, medical device design, and navigating regulatory and clinical trial processes. Throughout his career, he has collaborated with both neurotechnology startups and major industry players, including Medtronic, Siemens, Philips, and GE. |
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Manfred Franke, Ph.D., Co-founder and CEO, NeuronOff, Inc.Dr. Franke is co-founder, CEO and chairman at Neuronoff, Inc. Prior to starting Neuronoff, he spent 12 years in neuromodulation research and industry. His work included the development of electronics and interface technology, waveforms, and novel therapies to reliably stimulate or block nervous system activity. With a focus on converting biological effects and reflexes into medical treatments, most of his 60+ granted patents are in the neuromodulation space, ranging from technologies to applications in chronic pain, cardiac and bladder management, dry eye disease, and more. He was the principal scientist at Oculeve, a startup focused on dry eye disease and rooted in the Stanford Biodesign program. Oculeve utilized Manfred’s waveforms to reliably stimulate nerves around the eye and in the nose to increase the release of natural, healthy tears. Oculeve sold at a 10+x multiple to Allergan. Following the acquisition, Manfred was the scientific lead for clinical trials documenting the reflexive release of high quality tears, substantiating the claim of a “full, true tear” for marketing purposes. He co-led safety work conducted prior and during the FDA pivotal trials that became part of the de Novo submission data set, resulting in what became known as Allergan’s “True Tear” treatment. Prior to his startup work and in parallel to his doctoral work at Case Western Reserve University, Manfred interned at Boston Scientific where he was tasked to develop ways to achieve reduction in heart rate and blood pressure with vagal neurostimulation, all while avoiding side effects such as vocal cord activation. His internship resulted in more than 40 patent applications, many of which are international patents today. Manfred received his Ph.D. from Case Western which included extensive preclinical surgical training in collaboration with the Case School of Medicine & Metro Health Hospital resulting in about three years of preclinical OR time for acute and chronic implants in PNS and CNS neuromodulation. He holds an M.S. in Electrical Engineering from Dresden University of Technology, conducted in collaboration with the IMTEK at the University of Freiburg. He is a recipient of the Fulbright Fellowship, the Naumann Fellowship, the Doctoral Excellence Award from the Case School of Medicine, and has served as DAAD Research Ambassador for Germany. Last but not least, he is a veteran of the German Armed Forces. |
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