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EV Charging Data Privacy and Cybersecurity Fundamentals
Master EV cybersecurity, data privacy, and incident response for charging infrastructure.
Micro-credential developed in partnership with
This micro-credential equips industry professionals with the knowledge and skills to protect electric vehicle charging networks, user data, and financial transactions. Across four modules, learners explore EV data ecosystems, authentication systems, infrastructure resilience, and incident response — grounded in real-world standards including PIPEDA, GDPR, NIST IR 8473, ISO/SAE 21434, and IEC 62443.
Micro-credential developed in partnership with
This micro-credential equips industry professionals with the knowledge and skills to protect electric vehicle charging networks, user data, and financial transactions. Across four modules, learners explore EV data ecosystems, authentication systems, infrastructure resilience, and incident response — grounded in real-world standards including PIPEDA, GDPR, NIST IR 8473, ISO/SAE 21434, and IEC 62443.
EV Charging Data Privacy and Cybersecurity Fundamentals
Topics
Communication, Electric Vehicles, Regulatory Awareness
Intermediate
Price:
Included in subscription
Time to complete:
31 hours
Outcome
workspace_premium
EV Cybersecurity & Data Protection
+3100 points
What you'll learn
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Analyze electric vehicle (EV) charging ecosystems to understand how data is collected, transmitted, processed, and shared across vehicles, charging infrastructure, backend systems, utilities, and third-party services.
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Identify and evaluate privacy and cybersecurity risks affecting EV charging infrastructure, including threats to data confidentiality, integrity, availability, and the potential impacts on users, operators, fleets, and power grid stability.
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Apply major privacy and data protection regulations, including PIPEDA, GDPR, and CCPA/CPRA, to real-world EV charging scenarios, particularly in cross-border and multi-stakeholder environments.
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Interpret and apply relevant cybersecurity and industry standards (such as NIST IR 8473, ISO/SAE 21434, IEC 62443, ISO 15118, and OCPP security profiles) to assess and improve the security posture of EV charging systems.
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Design EV charging solutions that incorporate Privacy by Design principles, including data minimization, security-by-default, lifecycle protection, transparency, and user control.
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Make informed governance, risk, and design decisions for EV charging operations by balancing regulatory compliance, cybersecurity requirements, operational needs, and user privacy considerations.
Program outline
Earn an OVIN EV Cybersecurity & Data Protection
Developed with top post-secondary institutions and leading organizations, earn a credential you can share online by completing this course.
Industry-recognized
Downloadable certificate
EV Charging Data Privacy and Cybersecurity Fundamentals
