Certified Healthcare Device Cybersecurity Practitioner (CHDCP) Certification Program by Tonex
Certified Healthcare Device Cybersecurity Practitioner is designed for professionals who secure the full healthcare technology environment, from bedside devices to cloud enabled platforms and clinical information systems. The program explores how connected sensors, infusion pumps, imaging systems, wearables, and hospital networks interact with electronic health records and third party services.
Participants learn to identify vulnerabilities that can disrupt care delivery, expose protected health information, or compromise safety critical functions. The course connects technical controls with governance, clinical workflows, and vendor ecosystems so that security decisions support clinical outcomes instead of obstructing them.
Strong emphasis is placed on practical strategies for strengthening cybersecurity across heterogeneous devices, legacy systems, and modern IoT platforms. Graduates will be prepared to collaborate with clinicians, biomedical engineering, IT, and security teams to design, assess, and maintain resilient healthcare technology environments.
Learning Objectives
- Explain how connected healthcare devices interact across networks, platforms, and clinical workflows
- Identify common vulnerabilities and failure modes in networked medical and healthcare technology systems
- Map technical controls to healthcare regulations, patient safety requirements, and privacy expectations
- Design and evaluate security architectures that fit clinical usability and operational constraints
- Implement processes for monitoring, threat detection, and incident handling across device fleets
- Understand the cybersecurity impact of interconnected healthcare devices on patient safety and service continuity
Audience
- Cybersecurity Professionals
- Healthcare IT and network engineers
- Clinical and biomedical engineers
- Medical device and IoMT product developers
- Risk, compliance, and privacy officers in healthcare
- Healthcare technology managers and directors
- Consultants and system integrators serving hospitals and clinics
Program Modules
Module 1: Foundations of Healthcare Cybersecurity Ecosystems
- Healthcare digital transformation trends
- Types of healthcare devices and platforms
- Data flows between devices and clinical systems
- Safety, privacy, and reliability requirements
- Shared responsibilities across vendors and providers
- Aligning cybersecurity with clinical outcomes
Module 2: Threats to Connected Healthcare Devices
- Threat actors targeting healthcare environments
- Typical attack paths into clinical networks
- Device level vulnerabilities and misconfigurations
- Ransomware and availability focused attacks
- Supply chain and third party service risks
- Impact on care delivery and patient safety
Module 3: Secure Architecture for Clinical Networks
- Network segmentation for clinical environments
- Zoning strategies for devices and workloads
- Secure connectivity for remote and mobile devices
- Identity, access, and role design for users
- Secure integration with cloud and data centers
- Reference architectures for resilient hospitals
Module 4: Regulatory Compliance and Risk Governance
- Overview of key healthcare security regulations
- Risk assessment methods for device ecosystems
- Security requirements in procurement and contracts
- Vendor risk management and shared responsibility
- Policy frameworks for device and data protection
- Governance models spanning IT and clinical teams
Module 5: Incident Response for Healthcare Technologies
- Building healthcare specific response playbooks
- Detecting and triaging device related incidents
- Coordinating with clinical operations during crises
- Forensic considerations for medical technologies
- Communication with regulators and stakeholders
- Post incident reviews and resilience improvements
Module 6: Operational Hardening and Future Readiness
- Secure configuration baselines for devices
- Patch, update, and lifecycle management strategies
- Compensating controls for legacy technologies
- Continuous monitoring and assurance practices
- Preparing for emerging technologies and threats
- Roadmaps for long term cybersecurity maturity
Exam Domains
- Healthcare Cyber Threat Landscape and Actors
- Secure Design of Networked Clinical Systems
- Risk Management and Compliance Frameworks
- Device Hardening and Secure Configuration
- Monitoring, Detection, and Incident Handling
- Resilience, Continuity, and Future Technologies
Course Delivery
The course is delivered through a combination of lectures, interactive discussions, expert demonstrations, and project based learning, facilitated by specialists in healthcare technology and security. Participants will work through real world case examples and structured exercises that connect technical concepts to clinical operations. They will also have access to curated online resources, including readings, case studies, and tools that support practical application in their own healthcare environments.
Assessment and Certification
Participants will be assessed through quizzes, structured assignments, and an integrative capstone project that applies concepts to a realistic healthcare technology scenario. Upon successful completion of the program and required assessments, participants will receive the Certified Healthcare Device Cybersecurity Practitioner CHDCP certificate from Tonex, validating their capability to secure complex healthcare technology ecosystems.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified Healthcare Device Cybersecurity Practitioner CHDCP Certification Training exam, candidates must achieve a score of 70% or higher.
Advance your role at the intersection of patient safety, technology, and cybersecurity by enrolling in the CHDCP Certification Program by Tonex and become a trusted expert in securing modern healthcare ecosystems.