TeleNeurology: Six-Month Professional Certificate Program
Prepare to launch or join teleneurology practices with potential earnings of \$95–\$700 per visit. With career‑assured practice‑readiness and placement assistance, graduates can establish their own clinics or join networks, potentially serving 200+ patients monthly with annual revenue possibilities between \$228,000–\$1,680,000 depending on payer mix, licensure footprint, and service scope.
Capstone, OSCE skills, certification, and placement assistance.
FHIR, SMART apps, eRx, labs, imaging, and RPM integration.
AI documentation, digital biomarkers, and neuromodulation.
HIPAA, HITECH, OIG, and state licensure practice frameworks.
From application to program commencement
Apply at www.telehealth.school/apply to begin your teleneurology career journey.
Discuss eligibility and select your specialized track with program advisors.
Submit required documents and select your payment option.
Access orientation materials and begin your learning journey.
Choose your cohort and get started.
Applications due Feb 15; Program Mar 13Aug 31;
Orientation Feb 20328
Applications due May 15; Program Jun 13Nov 30;
Orientation May 20331
Applications due Aug 15; Program Sep 13Feb 28;
Orientation Aug 20331
Applications due Nov 15; Program Dec 13May 31;
Orientation Nov 20330
Program Fees (Total \$1,969)
- Registration/Enrollment: \$369
- Technology/Platform: \$599
- Tuition: \$469
- Examination/Certification: \$99
- Materials: \$199
- Placement Assistance: \$234
Flexible ways to enroll
- Full payment: \$1,969
- Split payment: \$899 at enrollment; remainder at course completion
Contact us at info@telehealth.school or call (848) 233-3332 (Mon–Fri, 8:00 AM–3:00 PM CT) for more information.
Our comprehensive curriculum features over 120 topics organized in a progressive learning sequence. The program begins with essential foundations before advancing to specialized clinical applications and practice management.
Module 1: Foundations of Telehealth and TeleNeurology
- Historical Context
Explore telemedicine's evolution from military and NASA applications through rural networks to the COVID-era expansion, alongside the development of telestroke and neurology e-consults. - Telehealth Modalities
Master the various telehealth approaches: synchronous, asynchronous, Remote Patient Monitoring (RPM), Remote Therapeutic Monitoring (RTM), and Digital Therapeutics (DTx). - Clinical Framework
Understand the drivers of virtual neurology including access, cost, quality, and equity considerations, while defining teleneurology scope of practice and clinical boundaries. - Ethical Practice
Address ethical considerations in telemedicine, including professional responsibility, consent processes, capacity assessment, guardianship issues, and cultural competence in virtual care.
Module 2: Platforms, Health IT, and Interoperability
Health Information Technology Infrastructure
Module 2 equips practitioners with essential knowledge of telehealth platforms, electronic health record systems, and interoperability standards needed to deliver seamless virtual neurological care.
- Video Platforms: Comparison of HIPAA-compliant solutions and their features
- EHR Integration: Embedded vs. standalone models, APIs, and seamless workflows
- Interoperability Standards: HL7 v2, C-CDA, FHIR, and SMART on FHIR implementation
- Data Exchange: USCDI v4 data classes and TEFCA participation fundamentals
- Clinical Workflows: ePrescribing, PDMP checks, DEA telemedicine rules, eLabs and imaging order/result processes
- Advanced Functionality: FHIR Subscriptions, event-driven automations, patient portals, and scheduling systems
- Remote Monitoring: Device integration (Bluetooth, cellular, edge gateways) and data visualization for neurology RPM
This module bridges technical knowledge with clinical application, ensuring practitioners can effectively leverage health IT tools while maintaining security and compliance with healthcare standards.
Module 3: Compliance and Regulatory Requirements
Navigating the complex regulatory landscape is essential for teleneurology practitioners. This module provides comprehensive coverage of federal and state requirements that govern virtual care delivery.
- Privacy Rule: PHI management and permitted uses/disclosures
- Security Rule: Administrative and technical safeguards
- Breach Notification protocols and risk assessments
- Business Associate Agreements (BAAs) and vendor management
- HITECH Act and ONC Cures Act Final Rule implementation
- Information blocking prevention strategies
- NIST CSF 2.0, SOC 2, and incident response protocols
- Cybersecurity best practices: MFA, VPN, endpoint management
- Medicare/CMS telehealth policies, place of service, modifiers
- OIG telehealth fraud/abuse risk areas and prevention
- Anti-Kickback Statute and Stark Law compliance
- Documentation standards and audit readiness
Mastering these regulatory requirements establishes a foundation for compliant practice, protecting both practitioners and patients while enabling sustainable teleneurology service delivery across jurisdictions.
Module 4: Conducting Effective Remote Neurological Assessments
Virtual Neurological Examination Techniques
Performing accurate neurological examinations via telehealth requires specialized adaptations of traditional techniques. This module develops the skills needed to conduct comprehensive evaluations remotely.
- Pre-examination Setup
Optimize the virtual environment through proper space arrangement, lighting, camera angles, and caregiver preparation to ensure examination quality. - General Examination Components
Master remote techniques for mental status assessment, cranial nerve evaluation, motor system testing, coordination exercises, and safe gait/balance testing. - Specialized Assessments
Implement NIHSS via telemedicine, pediatric exam adaptations, and incorporate bedside tools (cameras, dermatomes, digital stethoscopes). - Documentation Practices
Utilize specialized templates and appropriate exam qualifiers that acknowledge the virtual context while maintaining clinical validity.
Through detailed instruction and practice sessions, practitioners will develop confidence in conducting thorough neurological assessments that maintain diagnostic accuracy despite the virtual medium, knowing when in-person evaluation is necessary.
Module 5: Diagnostic TeleNeurology Toolset
Remote Neurological Diagnostics
Effective teleneurology practice requires strategic utilization of remote diagnostic capabilities and referral pathways. This module explores the full spectrum of available tools and their appropriate implementation.
- Neurodiagnostic Testing
Manage tele-EEG workflows, remote seizure detection, and EMG/NCS triage while understanding the limitations of virtual diagnostics. - Imaging and Laboratory
Develop neuroimaging ordering pathways with decision support tools and implement laboratory testing via e-orders and home phlebotomy services. - Digital Biomarkers
Utilize innovative assessment tools including voice analysis, gait measurement, keystroke patterns, and tapping tasks for objective data collection. - Patient-Reported Outcomes
Implement standardized assessments (PROMIS, MSIS-29, PDQ-8, HIT-6) and AI-assisted triage with appropriate clinical decision support.
Home-based neurodiagnostic testing has revolutionized accessibility while maintaining clinical accuracy when properly implemented.
This module equips practitioners to build comprehensive diagnostic pathways that blend virtual assessment with targeted in-person testing when necessary, optimizing both patient convenience and diagnostic accuracy.
Module 6: Disease-Based TeleNeurology I
Acute and High-Impact Neurological Conditions
This module focuses on the virtual management of urgent and high-impact neurological conditions, establishing protocols for remote assessment, triage, and follow-up care.
Implement acute stroke and TIA management protocols using hub-and-spoke models, code stroke procedures, and telestroke cart technology.
Develop virtual approaches to seizure classification, home safety protocols, rescue medication management, and status epilepticus pathways.
Create comprehensive management strategies for migraine, tension-type, cluster, and medication overuse headaches through telehealth.
Master remote assessment techniques for Parkinson's disease, essential tremor, and progression monitoring using digital tools.
Distinguish MS relapse from pseudo-relapse and implement disease-modifying therapy monitoring protocols remotely.
The module continues with specialized approaches for neuromuscular diseases, peripheral neuropathies, radiculopathies, dizziness/vertigo, dementia, and post-concussion management, creating a comprehensive toolkit for managing common acute and chronic neurological conditions virtually.
Module 7: Disease-Based TeleNeurology II
Subspecialty Neurological Care
Building on fundamental neurological conditions, this module explores specialized areas of virtual neurology practice, addressing complex presentations and interdisciplinary care requirements.
- Neuro-ophthalmology & Neuro-otology
Evaluate visual and vestibular complaints remotely, with appropriate referral pathways for specialized testing and intervention. - Autonomic & Neuro-oncology
Manage autonomic disorders, syncope evaluation, and neuro-oncology survivorship with symptom management strategies. - Special Populations
Address pediatric neurology, women's neurology concerns, and neurological aspects of systemic conditions through tailored telehealth approaches.
- Post-COVID Neurology
Identify and manage post-COVID and long COVID neurologic syndromes using virtual assessment and monitoring tools. - Neuropsychiatric Interface
Navigate the complex relationship between neurological symptoms and psychiatric conditions including anxiety, depression, and ADHD. - Palliative Neurology
Conduct goals-of-care discussions and implement palliative approaches for progressive neurological conditions via telehealth.
This module prepares practitioners to address the full spectrum of neurological subspecialties through telehealth, recognizing opportunities for virtual care while establishing appropriate referral thresholds for in-person evaluation when necessary.
Module 8: Care Models, Operations, and Workflow
Operational Excellence in TeleNeurology
Design optimal scheduling templates, implement no-show reduction strategies, and develop triage ladders for efficient patient flow management.
Establish standardized protocols and standing orders for staff/RNs, building hub-and-spoke networks with emergency departments and primary care providers.
Design comprehensive RPM/RTM programs for blood pressure, glucose, gait, and seizure monitoring, integrating data into clinical decision-making.
Build multidisciplinary practices with PT/OT/SLP and neuro-rehabilitation specialists, implementing care navigation and community resource coordination.
Performance Optimization
Learn to develop cross-state practice expansion strategies, implement after-hours coverage protocols, create patient education libraries, and establish peer review processes. Design comprehensive KPI dashboards tracking access metrics, clinical outcomes, safety indicators, and patient-reported value to drive continuous improvement.
Module 9: Reimbursement, Coding, and Finance
Financial Sustainability in TeleNeurology
- Telehealth Coding Expertise
Master evaluation and management coding for telehealth under 2024+ E/M rules, appropriate use of telehealth modifiers, place of service codes, and time vs. medical decision-making selection criteria. - Remote Monitoring Revenue
Implement RPM/RTM CPT codes with proper documentation, alongside CCM/TCM/BHI codes relevant to neurological care to diversify revenue streams. - Procedural Considerations
Develop revenue strategies for neurological procedures (EEG, sleep studies, infusions) through hybrid virtual/in-person models that optimize reimbursement. - Payer Strategy
Navigate Medicare, Medicaid, and commercial payer policies, implement prior authorization strategies, and develop claims scrubbing and denials management processes.
E/M Visits · RPM/RTM · CCM/TCM · Procedures · Group Visits
Sample Revenue Distribution: Diversified revenue streams enhance financial sustainability in teleneurology practice.
Financial Planning and Analysis
Develop expertise in pricing strategies, good-faith estimates, and cash-pay models. Master unit economics including visit length optimization, panel size determination, and break-even analysis. Create ROI models for technology investments, EEG partnerships, and staffing decisions to ensure sustainable practice growth.
Module 10: Risk Management and Module 11: Patient Experience
Patient Safety and Risk Management
Delivering safe, high-quality teleneurology care requires robust risk management protocols and patient-centered experience design. These modules address critical safety considerations alongside strategies to enhance access and engagement.
- Emergency Protocols
Emergency recognition and ED diversion procedures; Suicide risk screening and crisis response plans; Falls risk assessment and home safety coaching. - Medication Safety
Remote medication reconciliation processes; Controlled substance management via telehealth; Patient education on medication adherence. - Documentation & Continuity
Malpractice risk mitigation through documentation; Incident reporting and root cause analysis; Business continuity and disaster recovery planning.
- Digital Access
Digital literacy assessment and coaching methods; ADA compliance and accessibility accommodations; Device provision strategies for underserved populations. - Cultural Competence
Language access and interpreter integration; Rural, tribal, and underserved community strategies; Culturally responsive care delivery approaches. - Engagement Strategies
Family/caregiver engagement in virtual care; CAHPS and experience metric monitoring; Patient feedback integration into service improvement.
These modules ensure practitioners can deliver care that is both safe and accessible, establishing protocols that protect patients while creating inclusive, engaging virtual care experiences.
Module 12: Holistic and Integrative Strategies
Integrative Approaches for Neurological Health
- Lifestyle Medicine
Implement evidence-based approaches for migraine prevention, stroke risk reduction, and cognitive health through sleep optimization, movement strategies, and nutritional interventions. - Mind-Body Techniques
Integrate mindfulness-based stress reduction, cognitive behavioral therapy for insomnia (CBT-i), and evidence-supported movement practices like yoga, tai chi, and qigong for balance and stress management. - Nutritional Approaches
Guide patients on evidence-based nutraceuticals including magnesium, riboflavin, CoQ10, and omega-3 fatty acids, alongside anti-inflammatory and Mediterranean diet patterns for neurological health. - Neuromodulation
Oversee home-based noninvasive neuromodulation technologies including Cefaly, Nerivio, gammaCore, and transcutaneous vagal nerve stimulation for appropriate conditions.
Rehabilitation and Support Strategies
Learn to implement cognitive rehabilitation techniques, music therapy integration, occupational therapy coordination, and fatigue management through virtual platforms. Utilize virtual reality applications for pain distraction and rehabilitation exercises, while providing ergonomic and posture coaching for radiculopathy. Connect patients with appropriate community programs and peer support networks to enhance treatment adherence and outcomes.
Module 13: Futuristic TeleNeurology and Emerging Tech
Emerging Technologies in TeleNeurology
- AI Integration: AI scribes, ambient documentation, and bias mitigation strategies for clinical documentation
- Digital Biomarkers: Speech/voice biomarkers for ALS/PD monitoring and smartphone-based gait/tapping tests
- Predictive Analytics: Early warning systems for stroke/epilepsy readmissions through data pattern recognition
- Home Monitoring: Advanced wearables for continuous physiological monitoring and seizure detection
- Neuromodulation: Home tDCS/tMS oversight and closed-loop neuromodulation systems
- Digital Twins: Personalized brain models for treatment simulation and precision medicine
- Advanced Computing: Federated learning, synthetic data generation, and blockchain for consent management
- Connectivity: Satellite/5G/6G technologies for frontier healthcare access and quantum-safe encryption
Future Vision
BCIs, quantum computing, AR/VR telepresence
Advanced Biomarkers
Integrated, continuous physiological markers
Near Future
Closed-loop neuromodulation and digital twins
Current Tools
AI scribes, wearables, smartphone assessments
This forward-looking module prepares practitioners to evaluate, adopt, and integrate emerging technologies responsibly, considering both clinical value and ethical implications while positioning their practice at the forefront of neurological care innovation.
Module 14: Business Launch, Marketing, and Leadership
Business Development and Leadership
- Service Design
Craft distinctive service lines based on market needs, clinical expertise, and reimbursement opportunities. - Marketing Strategy
Develop branding, web presence, and referral networks with PCPs, EDs, and urgent care facilities. - Operational Excellence
Create comprehensive policies, hire and train staff, and implement quality management systems. - Sustainable Leadership
Master change management, prevent burnout, and build an adaptive organizational culture.
Capstone Project
The program culminates in a comprehensive capstone project requiring students to develop a detailed launch plan, profit and loss projection, and quality management framework for their teleneurology practice. This practical application synthesizes all program modules into an actionable business plan that can be implemented immediately upon completion.
Certification Process
Final certification exam covering all program domains; OSCE-style virtual examination skills assessment; Business plan and portfolio review; Personalized placement assistance.
This module bridges clinical expertise with entrepreneurial know-how, empowering practitioners to build thriving teleneurology practices that deliver exceptional patient care while achieving financial sustainability.
Teleneurology offers effective management options for a wide range of neurological conditions, though some require hybrid care approaches combining virtual and in-person elements.
- Ischemic stroke/TIA (acute triage and follow-up)
- ICH triage and management planning
- Carotid disease monitoring
- New-onset seizure evaluation and triage
- Chronic epilepsy medication management
- Rescue plans and caregiver training
- Migraine prevention and treatment
- Tension-type and cluster headache management
- Medication-overuse headache intervention
- Parkinson disease symptom management
- Essential tremor evaluation and treatment
- Atypical parkinsonism consultative care
- Multiple sclerosis relapse assessment
- NMOSD follow-up care
- Treatment monitoring and side effect management
- MCI and dementia management
- Caregiver training and support
- Safety assessment and intervention
Additional conditions amenable to teleneurology include neuromuscular disorders, vestibular conditions, neuropathic pain syndromes, autonomic disorders, sleep neurology concerns, pediatric neurology, and post‑concussion management. Always follow local regulations and maintain clear criteria for in‑person escalation when virtual care is insufficient.
Focused offerings allow for clinical specialization and operational efficiency.
Implement hub-and-spoke models providing emergency stroke assessment and treatment guidance to partner hospitals, improving time-to-treatment metrics and patient outcomes.
Comprehensive headache management combining medication protocols with digital therapeutic neuromodulation devices, lifestyle interventions, and remote monitoring.
Partner with ambulatory/home EEG providers to deliver comprehensive seizure diagnosis and management, including medication optimization and safety planning.
Specialize in Parkinson's disease and other movement disorders using remote motor tracking technologies, medication management, and coordination with therapy services.
- MS Virtual Care; Neuromuscular Triage; Tele-Dementia Program
- Concussion Management; Sleep Neurology; Neuro-rehabilitation
- Second Opinion Service; Workplace Neurology
Strategic development of specialized service lines allows practitioners to build expertise, optimize workflows, and create recognizable market positioning while addressing specific community needs.
Example Schedule: Fully Functional TeleNeurology Practice
Understanding the rhythm and flow of a successful teleneurology practice helps practitioners envision their future workflow.
- Platform check and inbox review
- Review overnight RPM alerts triaged by RN
- Team huddle with MA, RN, and scribe
- Review telestroke standby schedule
- Four established patient eVisits (migraine, MS relapse check, PD follow-up, neuropathy)
- Documentation finalization with AI scribe review
- eRx and lab order processing
- Ambulatory EEG over-read and report sign-off
- New patient TIA evaluation with imaging orders
- Break and prior authorization review with coordinator
- Group tele-visit: CBT-i for insomnia (12 patients)
- Care coordination with PT/OT, infusion center, and social worker
- Telestroke consult from partner ED (NIHSS via cart, tPA/transfer decision)
- Two pediatric e-consults (tics; headaches) with caregiver training
- Quality dashboard review and QI notes
- Outreach to referring PCPs
- Patient message inbox, chart completion, and next-day preparation
This diverse schedule demonstrates how teleneurology enables practitioners to deliver care across multiple conditions and populations while maintaining work-life balance through an efficient, technology-enabled practice model.
Case Studies: Real-World Impact
The following de-identified composite case studies illustrate the clinical and operational success achieved through well-implemented teleneurology programs across various subspecialty areas.
"Implementing our 24/7 code-stroke video network transformed stroke care across five rural counties. Door-to-needle time decreased by 18 minutes, and tPA utilization rates increased from 6% to 12%. The revenue model combining coverage contracts with consultation CPT codes proved financially sustainable while dramatically improving patient outcomes."
"Our 32-year-old patient with refractory focal seizures underwent ambulatory EEG that successfully captured events, allowing medication adjustment that reduced seizure frequency by 70%. Emergency department visits decreased significantly, and patient-reported outcome measures showed substantial improvement in quality of life."
"Our comprehensive headache management program combining mindfulness-based stress reduction, magnesium supplementation, and noninvasive neuromodulation produced an average 10-point reduction in HIT-6 scores. SMS appointment reminders reduced our no-show rate from 18% to 6%, significantly improving practice efficiency."
"Implementing smartphone-based tapping and gait tests enabled earlier levodopa adjustment for our Parkinson's patients. UPDRS motor scores improved compared to traditional care, and caregiver burden metrics showed significant reduction through more timely intervention and support."
Additional success stories demonstrate the effectiveness of teleneurology in MS relapse triage, multidisciplinary ALS care, dementia caregiver coaching, vestibular disorder management, concussion recovery, and post‑COVID dysautonomia. These cases highlight both the clinical and financial viability of well-designed teleneurology programs.
Rigorous Evaluation Ensures Practice-Ready Graduates
The TeleNeurology Certificate Program employs comprehensive assessment strategies to verify competency across all essential domains of virtual neurological care.
- Weekly quizzes covering module content
- OSCE-style virtual examination of neurological assessment techniques
- NIHSS certification through standardized cases
- Compliance vignette assessments for HIPAA, OIG, and HITECH scenarios
- Comprehensive market analysis for target service area
- Detailed service-line launch plan with implementation timeline
- Key performance indicator dashboard development
- Security and compliance program documentation
- Proctored comprehensive examination covering all domains
- Portfolio review demonstrating applied learning
- Job placement assistance program enrollment
- Ongoing access to program resources and community
- Launch or join compliant teleneurology practices
- Perform high-quality virtual neurological examinations
- Implement appropriate triage protocols for hybrid care
- Bill correctly for all telehealth service types
- Establish specialized service lines
- Utilize digital biomarkers and remote monitoring
- Lead quality improvement and equity initiatives
To successfully deliver teleneurology services, practitioners need appropriate technology infrastructure that ensures both clinical effectiveness and regulatory compliance.
Core Technology Requirements
- HIPAA-compliant telehealth platform (provided via program tech fee)
- EHR access or template pack with FHIR-ready tools
- High-resolution webcam for detailed visual assessment
- Professional-quality headset for clear audio communication
- Secondary monitor for simultaneous documentation and patient interaction
Security and Connectivity
- Secure, reliable internet connection (recommended 50+ Mbps)
- Virtual private network (VPN) for secure remote access
- Multi-factor authentication for all clinical systems
- Encrypted devices meeting HIPAA Security Rule requirements
- Backup connectivity option for service continuity
Optional equipment for hybrid clinic partners includes mobile cart cameras, otoscope/ophthalmoscope adaptors, and digital stethoscopes that enable remote clinicians to perform more comprehensive examinations with on-site assistance.
- American Academy of Neurology (AAN) Telemedicine Position Statements and Practice Guidelines
- American Heart Association/American Stroke Association (AHA/ASA) telestroke guidelines
- Centers for Medicare & Medicaid Services (CMS) Telehealth Services policies
- HHS Office for Civil Rights HIPAA guidance
- HITECH Act, ONC Cures Act Final Rule, and Information Blocking regulations
- NIST Cybersecurity Framework 2.0 and HHS 405(d) practices
- OIG Special Fraud Alerts and compliance advisories
- WHO Digital Health Guidelines and NIH BRAIN Initiative resources
- NICE and Cochrane reviews for evidence-based neurological care
- AASM guidelines for sleep telemedicine
This carefully curated technology infrastructure and knowledge foundation ensures practitioners can deliver teleneurology services that meet both clinical quality standards and regulatory requirements while maintaining workflow efficiency.
Limitations and Practice Boundaries
While teleneurology offers tremendous benefits for accessibility and convenience, practitioners must recognize its appropriate boundaries and limitations to ensure safe, effective patient care.
This curriculum provides educational preparation for teleneurology practice. All clinical care must adhere to current evidence-based guidelines, local laws and regulations, and your professional scope of practice and licensure requirements.
Some neurological conditions and procedures still require in-person examination, monitoring, or interventions. Telehealth serves as a complement to traditional care, not a complete replacement. Establish clear protocols for when patients require face-to-face evaluation.
- Triage criteria that determine which patients are appropriate for virtual versus in-person care
- Emergency escalation pathways for patients requiring immediate intervention
- Hybrid care coordination with local providers for diagnostic testing and procedures
- Comprehensive documentation that acknowledges the virtual context and any limitations
- Quality monitoring that tracks outcomes, safety metrics, and patient satisfaction
- Continuous education to stay current with evolving guidelines and technologies
- Cross-jurisdictional practice that complies with all applicable licensure requirements
- Ethical decision-making that prioritizes patient welfare above convenience
By establishing appropriate boundaries and recognizing the complementary role of teleneurology within the broader healthcare ecosystem, practitioners can leverage this innovative care modality to expand neurological care access while maintaining the highest standards of clinical quality and patient safety.
Ready to begin your teleneurology journey?
Apply today or book a consultation to discuss your goals. 100% Practice Setup Assistance with assured patients.
Website: www.telehealth.school
Email: info@telehealth.school
Ph: 8482333332