Overview
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Every AI model carries ethical risk, every blockchain carries an attack surface, and every customer record carries a privacy obligation. This Specialization builds AI ethics, blockchain security, and data privacy skills together: apply machine learning algorithms like XGBoost and CNNs alongside causal models and transformer-based NLP, run STRIDE threat modeling to harden smart contracts and wallets against real-world crypto attacks, and build a privacy program spanning data inventories, consent, and secure destruction. You'll leave equipped to design AI systems, blockchain architectures, and data programs that are technically sound, secure, and genuinely trustworthy.
Syllabus
- Course 1: Practical Privacy for Products and Services
- Course 2: Protect Your Data: An Introduction to Blockchain Security
- Course 3: Advanced AI: Techniques, Applications, and Ethics
Courses
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Most AI practitioners can run a model. Fewer can select the right one for the problem at hand, trace the causal story behind their data, and design systems that genuinely empower the people they affect. This course closes that gap, delivering the technical depth and ethical judgment that separate thoughtful AI expertise from surface-level familiarity. You'll classify machine learning types and apply XGBoost and CNNs to regression and classification tasks, running working Python code throughout. You'll build causal models using Bayesian networks and the DoWhy framework, integrate knowledge graphs for structured reasoning, and generate language and analyze sentiment with transformer models including GPT-2 and BERT. Then you'll program competitive AI agents using minimax algorithms and cooperative swarms with particle optimization before applying a rigorous ethics arc covering bias mitigation, privacy trade-offs, impossibility theorems, Value-Sensitive Design, and the Capability Approach. By the end of this course, you'll be able to select, build, and ethically evaluate AI systems across a range of real-world domains, equipped with both the technical skills and the principled design frameworks to ensure your work genuinely enhances human capability.
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Data is one of the most valuable assets your organization holds, and it is also one of its greatest liabilities. Every customer record, employee file, and behavioral data point creates legal, ethical, and operational obligations, and the consequences of getting privacy wrong range from regulatory sanctions to permanent damage to the trust your customers place in you. In this course, you'll identify what counts as personal data across your organization, classify it by sensitivity, and map every third party that touches it. You'll assess data processing risks using a structured probability-and-impact framework, draft internal privacy policies and external notices that meet regulatory requirements, and build training programs that turn your workforce into active privacy advocates. You'll then apply privacy-by-design principles across the full data lifecycle, from obtaining consent and collecting data securely to archiving and destroying records responsibly when their usefulness ends. By the end of this course, you'll be equipped to design, implement, and maintain a comprehensive privacy program that protects your customers, your employees, and your organization's long-term reputation.
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Crypto exchanges have been looted for billions of dollars, smart contracts drained overnight, and enterprise blockchain systems compromised not through flaws in the protocol itself but through flawed security architecture built on top of it. The vulnerabilities are real, recurring, and preventable. This course positions you to design and build systems that don’t repeat those mistakes. You'll trace blockchain's built-in cryptographic defenses, compare the security trade-offs across public, private, and consortium networks, and analyze the risks introduced by wallets and crypto exchanges. You'll apply the STRIDE threat modeling framework to classify and prioritize vulnerabilities, reverse-engineer real-world crypto attacks to extract actionable mitigations, and build out a security architecture that covers identity and access management, public key infrastructure, smart contract auditing, and penetration testing. By the end of this course, you'll be able to architect a secure, resilient blockchain solution that incorporates layered technical controls and a structured approach to ongoing threat assessment.
Taught by
Madecraft