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Specialized Engineering

Healthcare Facilities

Bobby Rogers

The security architecture for healthcare facilities must be carefully designed. This course will teach you the skills required to apply security engineering principles in the design of controls which protect healthcare information and privacy..

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The security architecture for healthcare facilities must be carefully designed. This course will teach you the skills required to apply security engineering principles in the design of controls which protect healthcare information and privacy..

Too often, facilities and systems are designed with no consideration for security, resulting in numerous vulnerabilities that are often difficult to remediate without a great deal of rework after they are built, requiring security that is “bolted on” after the fact. Beyond the basics of protecting data, cybersecurity practitioners in the healthcare industry need the specialized skills used to determine requirements for effective security controls to protect hospitals, clinics, and other medical facilities, while maintaining compliance with healthcare laws. In this course, Specialized Engineering: Healthcare Facilities, you’ll learn the critical knowledge to apply security engineering principles to the design, implementation, and validation of controls needed to protect healthcare facilities. First, you’ll explore security engineering processes such as requirements gathering, control design, and testing, and solution implementation, and see how they specifically apply to healthcare security. Next, you’ll discover how to design those administrative, technical, and physical controls to meet security requirements by balancing tradeoffs between security, functionality, and resources. You’ll also see how governance can influence the design and architecture phases of the security engineering process and how the facility must be designed to comply with appropriate healthcare security laws and regulations. Finally, you’ll learn how to assess and validate security designs to ensure they fulfill initial and changing requirements over the life of the facility. When you’ve completed this course, you’ll have the skills and knowledge of security engineering needed to approach designing healthcare security from the ground up, “baking it in” to facilities and systems, rather than having to fit security in afterwards.

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What's inside

Syllabus

Course Overview
Applying Security Engineering to Healthcare
Implementing Engineering Solutions for Healthcare Security and Privacy
Validating Healthcare Security Designs
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Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Develops administrative, technical, and physical controls to meet security requirements by balancing tradeoffs between security, functionality, and resources
Examines security engineering processes such as requirements gathering, control design, and testing, and solution implementation, and how they specifically apply to healthcare security
Explores critical governance principles that influence the design and architecture phases of the security engineering process and facility compliance with healthcare security laws and regulations
Teaches cybersecurity principles and knowledge for determining requirements for effective security controls to protect healthcare entities
Assesses and validates security designs to ensure they fulfill initial and changing requirements over the life of the facility
This course requires strong knowledge in healthcare security engineering

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Activities

Coming soon We're preparing activities for Specialized Engineering: Healthcare Facilities. These are activities you can do either before, during, or after a course.

Career center

Learners who complete Specialized Engineering: Healthcare Facilities will develop knowledge and skills that may be useful to these careers:
Healthcare Security Engineer
Healthcare Security Engineers are responsible for the security of healthcare facilities, including data protection, cybersecurity, and physical security. They apply security engineering principles to design security controls, assess risks, and ensure compliance with healthcare laws and regulations. This course provides a solid foundation in these principles, helping you develop the skills needed to succeed in this in-demand field.
Healthcare IT Manager
Healthcare IT Managers oversee the information technology systems used in healthcare facilities. They are responsible for ensuring that these systems are secure, efficient, and compliant with regulations. This course provides knowledge in security engineering principles, which can be applied to design and implement security controls for healthcare IT systems, helping you advance your career in this field.
Cybersecurity Analyst
Cybersecurity Analysts are responsible for protecting computer systems and networks from unauthorized access, use, disclosure, disruption, modification, or destruction. This course provides specialized knowledge in healthcare security engineering, which can help you develop the skills needed to design and implement security controls specifically for healthcare facilities.
Security Consultant
Security Consultants provide advice and guidance to organizations on how to improve their security posture. This course provides in-depth knowledge in security engineering principles and their application to healthcare facilities, which can help you develop the expertise needed to succeed as a Security Consultant in this specialized field.
Healthcare Compliance Officer
Healthcare Compliance Officers are responsible for ensuring that healthcare organizations comply with laws and regulations. This course provides knowledge in healthcare security engineering, which can help you understand the technical aspects of compliance and develop the skills needed to design and implement security controls that meet regulatory requirements.
Information Security Analyst
Information Security Analysts are responsible for protecting information assets from unauthorized access, use, disclosure, disruption, modification, or destruction. This course provides specialized knowledge in healthcare security engineering, which can help you develop the skills needed to design and implement security controls specifically for healthcare environments.
Healthcare Privacy Officer
Healthcare Privacy Officers are responsible for protecting the privacy of patient information. This course provides knowledge in healthcare security engineering, which can help you understand the technical aspects of privacy protection and develop the skills needed to design and implement security controls that meet privacy regulations.
Security Architect
Security Architects design and implement security measures to protect computer systems and networks. This course provides specialized knowledge in healthcare security engineering, which can help you develop the skills needed to design and implement security controls specifically for healthcare facilities.
IT Auditor
IT Auditors assess the security of computer systems and networks. This course provides knowledge in healthcare security engineering, which can help you develop the skills needed to assess the security of healthcare IT systems and identify vulnerabilities.
Forensic Computer Analyst
Forensic Computer Analysts investigate computer crimes and collect evidence from computer systems. This course provides knowledge in healthcare security engineering, which can help you understand the technical aspects of computer forensics and develop the skills needed to investigate security incidents in healthcare facilities.
Information Security Manager
Information Security Managers are responsible for managing the security of computer systems and networks. This course provides knowledge in healthcare security engineering, which can help you develop the skills needed to manage the security of healthcare IT systems and implement security controls.
Chief Information Security Officer
Chief Information Security Officers are responsible for overseeing the security of an organization's information assets. This course provides knowledge in healthcare security engineering, which can help you develop the skills needed to manage the security of healthcare information and implement security controls that meet regulatory requirements.
Security Engineer
Security Engineers design and implement security measures to protect computer systems and networks. This course provides specialized knowledge in healthcare security engineering, which can help you develop the skills needed to design and implement security controls specifically for healthcare facilities.
Network Security Engineer
Network Security Engineers design and implement security measures to protect computer networks. This course provides knowledge in healthcare security engineering, which can help you develop the skills needed to design and implement security controls for healthcare networks.
Cloud Security Engineer
Cloud Security Engineers design and implement security measures to protect cloud computing environments. This course provides knowledge in healthcare security engineering, which can help you develop the skills needed to design and implement security controls for healthcare cloud environments.

Reading list

We've selected six books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Specialized Engineering: Healthcare Facilities.
This classic work on security engineering provides a theoretical foundation for the principles and techniques covered in the course.
Provides a comprehensive overview of healthcare information management systems, including security and privacy considerations.
The NIST Cybersecurity Framework provides a valuable reference for understanding and implementing cybersecurity best practices in healthcare.
This resource from the US Department of Health and Human Services provides a comprehensive overview of HIPAA security regulations and compliance requirements.
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Provides a structured methodology for conducting security assessments in healthcare IT environments, complementing the course's focus on design and validation.
This comprehensive reference book covers a wide range of cryptographic algorithms and techniques, providing a deeper understanding of the underlying security mechanisms.

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