FOUNDATIONAL PRINCIPLES OF PRIVACY IN TECHNOLOGY
Summarizes the foundational elements for embedding privacy in technology through privacy by design and value-
sensitive design; reviews the data life cycle and common privacy risk models and frameworks.
THE ROLE OF THE TECHNOLOGY PROFESSIONAL IN PRIVACY
Reviews the fundamentals of privacy as they relate to the privacy technologist; describes the privacy technologist’s role in ensuring compliance with privacy requirements and meeting stakeholder privacy expectations; explores the relationship between privacy and security.
PRIVACY THREATS AND VIOLATIONS
Identifies inherent risks throughout the stages of the data life cycle and explores how software security helps mitigate privacy threats; examines the impacts that behavioural advertising, cyberbullying and social engineering have on privacy within the technological environment.
TECHNICAL MEASURES AND PRIVACY-ENHANCING TECHNOLOGIES
Outlines the strategies and techniques for enhancing privacy throughout the data life cycle, including: identity and access management; authentication, encryption, and aggregation; collection and use of personal information
Explores the role of privacy engineering within an organization, including the objectives of privacy engineering, privacy design patterns, and software privacy risks.
Illustrates the process and methodology of the privacy-by-design model; explores practices to ensure ongoing
vigilance when implementing privacy by design.
TECHNOLOGY CHALLENGES FOR PRIVACY
Examines the unique challenges that come from online privacy issues, including automated decision making, tracking and surveillance technologies, anthropomorphism, ubiquitous computing and mobile social computing.