Harvard Brain Medicine: Integrating the Clinical Neurosciences 2026

Neurology • Psychiatry • Neuropsychiatry • Clinical Neuroscience

Explore the rapidly developing field of Brain Medicine with Harvard Brain Medicine: Integrating the Clinical Neurosciences 2026, an advanced educational program bringing together perspectives from neurology, psychiatry, psychology, neuropsychiatry, neuropsychology, and neuroscience.

This multidisciplinary course examines how traditionally separate clinical specialties can work within a more integrated framework to understand and manage complex brain disorders affecting cognition, behavior, emotion, perception, social functioning, and sensorimotor abilities.

The 2026 program explores both established clinical principles and emerging areas including digital phenotyping, social networks, neuropsychological assessment, psychopharmacology, personalized neuromodulation, deep brain stimulation, psychotic spectrum disorders, autoimmune encephalitis, and psychotherapy for psychosis.

Complete Digital Course Bundle

16 Video Lectures (.MP4)
16 Audio Lectures (.MP3)
16 English Subtitles (.VTT)
13 PDF Course Materials
Total Size: 4.59 GB

Course Date: February 6, 2026
Edition: 2nd Annual Course
Specialties: Neurology • Psychiatry • Neuropsychiatry • Psychology • Clinical Neuroscience • Brain Medicine

Course Overview

Modern patients with complex brain disorders frequently present with symptoms that do not fit neatly within the boundaries of a single medical specialty.

Neurological disease may affect mood and behavior. Psychiatric illness may involve cognition and perception. Neuroimmune disorders can present with psychiatric symptoms. Brain network dysfunction may produce combinations of cognitive, emotional, behavioral, and sensorimotor changes.

Brain Medicine provides a framework for approaching these complicated presentations through greater integration of the clinical neurosciences.

The course brings together expertise from areas including:

Behavioral Neurology • Neuropsychiatry • Consultation-Liaison Psychiatry • Biological Psychiatry • Cognitive-Affective Neuroscience • Neuropsychology • Neuromodulation • Brain Health

Through lectures, clinical discussions, and expert Q&A sessions, participants can explore how these disciplines contribute to a more comprehensive understanding of complex brain disorders.

What You’ll Learn

The program is designed to strengthen your understanding of how to:

• Examine the historical development and future direction of integrated brain medicine.
• Understand lessons from integrated inpatient medicine-psychiatry services.
• Explore practical models for multidisciplinary outpatient brain medicine.
• Evaluate the influence of social networks on neurological and psychiatric health.
• Understand emerging applications of digital phenotyping in clinical neuroscience.
• Review contemporary approaches to neuropsychological testing.
• Apply principles of psychopharmacologic management to neuropsychiatric symptoms.
• Understand advances in personalized noninvasive neurostimulation.
• Explore individualized approaches to deep brain stimulation (DBS).
• Review the pathophysiology of primary psychotic spectrum disorders.
• Differentiate primary psychiatric presentations from secondary neurological causes of psychosis.
• Examine complex presentations such as autoimmune encephalitis with psychosis.
• Review contemporary approaches to psychotherapy for psychotic disorders.

Major Areas Covered

Integrated Brain Medicine

Explore the evolution of brain medicine as an interdisciplinary framework connecting:

• Neurology
• Psychiatry
• Neuropsychiatry
• Psychology
• Neurorehabilitation
• Neuropsychology
• Cognitive neuroscience
• Allied mental health services

The course examines how integration across these specialties may improve the evaluation and management of patients with biopsychosocially complex brain disorders.

Integrated Medicine-Psychiatry Services

Review lessons learned from clinical services where medical and psychiatric care are delivered within coordinated treatment models.

Topics include:

• Complex medical-psychiatric presentations
• Interdisciplinary assessment
• Inpatient consultation
• Coordinated treatment planning
• Outpatient brain medicine models

Digital Phenotyping

Explore one of the fastest-developing areas of clinical neuroscience.

Digital phenotyping examines how data generated through digital technologies may potentially contribute to understanding:

• Behavior
• Cognition
• Activity
• Social functioning
• Mental health
• Neurological status

The program examines the evolving role of these technologies within clinical neuroscience.

Social Networks & Brain Health

Learn how social relationships and network structures may interact with:

• Cognitive function
• Mental health
• Neurological disease
• Behavioral outcomes
• Brain health

Neuropsychological Testing in 2026

Review contemporary approaches to neuropsychological assessment and consider how testing continues to evolve alongside advances in neuroscience and digital technology.

Psychopharmacology of Neuropsychiatric Symptoms

Complex neurological disorders frequently produce psychiatric and behavioral manifestations.

The course examines principles of psychopharmacological management of neuropsychiatric symptoms, connecting neuroscience with practical clinical decision-making.

Personalized Neuromodulation

A major focus of the 2026 program is the movement toward more individualized brain stimulation strategies.

Noninvasive Neurostimulation

Explore developments aimed at personalizing noninvasive stimulation according to individual brain circuitry, symptoms, and treatment goals.

Deep Brain Stimulation

Review emerging approaches to individualized deep brain stimulation (DBS) for complex neurological and neuropsychiatric disorders.

The sessions examine how advances in brain-network science may influence the future of targeted neuromodulation.

Psychotic Spectrum Disorders

The course provides dedicated coverage of both primary and secondary psychotic presentations.

Topics include:

• Pathophysiology of idiopathic psychotic spectrum disorders
• Brain circuitry and psychosis
• Neuropsychiatric differential diagnosis
• Secondary causes of psychosis
• Autoimmune encephalitis
• Psychotherapy for psychosis
• Contemporary treatment strategies

Autoimmune Encephalitis & Psychosis

Through a case-based discussion, participants can examine how autoimmune encephalitis may present with psychiatric symptoms and why recognizing potential neurological causes of psychosis is clinically important.

Psychotherapy for Psychosis

Review the contemporary role of psychotherapy for individuals with psychotic spectrum disorders and how psychological treatment can complement medical and pharmacological approaches.

Complete 16-Lecture Program

01. Brain Medicine: Past, Present & Future

Explore the historical foundations, current state, and future direction of integrated brain medicine.

02. Lessons Learned from Integrated Inpatient Medicine-Psychiatry Services

Examine practical experiences from integrated inpatient models combining medical and psychiatric expertise.

03. Spotlight: Outpatient Brain Medicine at the University of Toronto

Review an outpatient model demonstrating how brain medicine can be implemented in clinical practice.

04. Expert Q&A

David Perez • Amy Newhouse • Sara Mitchell

Discussion of integrated brain medicine and clinical service models.

05. Social Networks in the Clinical Neurosciences

Explore relationships between social networks, brain health, behavior, cognition, and neurological or psychiatric outcomes.

06. Digital Phenotyping in the Clinical Neurosciences

Review emerging digital approaches to measuring behavior and clinically relevant neurological and psychiatric characteristics.

07. Neuropsychological Testing in 2026: Where Are We?

Examine the current state and future direction of neuropsychological assessment.

08. Expert Q&A

Dorene Rentz • Caitlin Adams

Discussion of neuropsychological assessment, digital neuroscience, and related clinical topics.

09. Psychopharmacological Management of Neuropsychiatric Symptoms

Review medication strategies and clinical considerations for neuropsychiatric manifestations of brain disorders.

10. Toward Personalized Noninvasive Neurostimulation for Brain Disorders

Explore advances in individualized noninvasive brain stimulation.

11. Toward Personalized Deep Brain Stimulation for Brain Disorders

Examine developments in targeted and personalized DBS approaches.

12. Expert Q&A

Caitlin Adams • Michael Fox • Joan Camprodon • David Perez

Expert discussion of neuromodulation and individualized brain stimulation.

13. Pathophysiology of Idiopathic Psychotic Spectrum Disorders

Review contemporary concepts surrounding the neurobiology and pathophysiology of primary psychotic disorders.

14. Case-Based Discussion: Autoimmune Encephalitis with Psychosis

Examine an important neurological differential diagnosis in patients presenting with psychotic symptoms.

15. Psychotherapy for Psychosis in 2026 — Where Are We?

Review contemporary psychotherapeutic strategies for individuals with psychotic spectrum disorders.

16. Expert Q&A

Matcheri Keshavan • Kim Mueser • Caitlin Adams

Expert discussion of psychosis, psychotherapy, neurobiology, and complex clinical presentations.

Learning Objectives

After completing the educational material, learners should have an improved understanding of how to:

✓ Evaluate the evolution and potential future applications of integrated brain medicine.

✓ Understand insights from inpatient medicine-psychiatry services and outpatient brain medicine models.

✓ Analyze the role of social networks and digital phenotyping in contemporary clinical neuroscience.

✓ Review updated approaches to neuropsychological testing.

✓ Understand psychopharmacological strategies for managing neuropsychiatric symptoms.

✓ Examine personalized approaches to noninvasive neuromodulation and deep brain stimulation.

✓ Review the neurobiology and pathophysiology of psychotic spectrum disorders.

✓ Recognize neurological and neuroimmune conditions that may present with psychiatric manifestations.

✓ Understand contemporary psychotherapeutic approaches to psychosis.

Who Should Study This Course?

This multidisciplinary program is particularly relevant for:

Neurologists • Psychiatrists • Neuropsychiatrists • Behavioral Neurologists • Primary Care Physicians • Psychologists • Neuropsychologists • Nurse Practitioners • Physician Assistants • Nurses • Residents • Fellows • Allied Health Professionals

It may be especially valuable for professionals caring for patients whose conditions involve overlapping neurological, psychiatric, cognitive, behavioral, and emotional symptoms.

Why Brain Medicine Matters

Traditional medical specialties have often separated disorders of the brain into neurological, psychiatric, psychological, and rehabilitative categories.

Yet many complex brain disorders cross these boundaries.

Patients may simultaneously experience changes involving cognition, mood, behavior, perception, social functioning, movement, and other neurological functions.

Brain medicine seeks to create a more integrated clinical framework by combining insights from multiple neuroscience-based disciplines.

The Harvard Brain Medicine: Integrating the Clinical Neurosciences 2026 course examines this approach while highlighting technologies and treatments that may increasingly shape future clinical practice.

Key Benefits

✓ Integrated Neurology + Psychiatry — Explore brain disorders beyond traditional specialty boundaries.

✓ 16 Video Lectures — Comprehensive expert-led clinical neuroscience education.

✓ 16 Audio Lectures — Convenient alternative format for flexible learning.

✓ 16 English Subtitles — Follow complex neuroscience discussions more easily.

✓ 13 PDF Resources — Accompany the lectures with additional course materials.

✓ Digital Phenotyping — Explore emerging technologies for understanding behavior and brain health.

✓ Personalized Neuromodulation — Review advances in noninvasive stimulation and DBS.

✓ Psychosis Update — Examine neurobiology, secondary causes, autoimmune encephalitis, and psychotherapy.

✓ Expert Q&A Sessions — Learn from multidisciplinary discussions covering difficult and evolving areas of brain medicine.

Harvard Brain Medicine: Integrating the Clinical Neurosciences 2026

Complete Digital Course Bundle

16 VIDEOS + 16 AUDIOS + 16 ENGLISH SUBTITLES + 13 PDFs

Total Size: 4.59 GB

Course Date: February 6, 2026

Brain Medicine • Neurology • Psychiatry • Neuropsychiatry • Clinical Neuroscience • Neuropsychology • Digital Phenotyping • Neuromodulation • Deep Brain Stimulation • Psychosis

A comprehensive multidisciplinary educational resource for clinicians seeking to understand the evolving integration of neurology, psychiatry, psychology, neuroscience, neuropsychology, and modern brain-based therapeutics.