Curated list of the top 30 massive open online courses (MOOCs) that help software engineers deepen their cybersecurity knowledge, from secure coding to cloud‑native threat modeling.
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Six‑course program covering security fundamentals, network security, incident response, and tools like SIEM and Wireshark.
Four‑course series that walks through cryptography, software security, network security, and a capstone project.
Foundational concepts of confidentiality, integrity, availability, and risk management for developers.
Core principles of cybersecurity, threat modeling, and secure software development practices.
Practical guide to building secure software, covering threat modeling, secure design patterns, and code review.
Focuses on common software vulnerabilities, secure coding, and defensive programming techniques.
Advanced topics in operating‑system security, cryptography, and secure protocols.
Covers network attacks, firewalls, VPNs, and intrusion detection from a developer’s perspective.
Mathematical foundations of cryptography, symmetric & asymmetric encryption, and hash functions.
Hands‑on implementation of modern cryptographic primitives and protocols in real‑world code.
Best practices for writing resilient code in Java, Python, and C/C++.
Risk assessment, governance, and compliance topics relevant to software product teams.
Project‑based course where learners design, implement, and test a secure application.
Strategic risk management, policy development, and incident handling for software teams.
Securing cloud‑native applications, IAM, encryption, and compliance on GCP.
Integrating security into CI/CD pipelines, automated scanning, and container hardening.
Hands‑on labs for detecting, analyzing, and responding to security incidents.
Fundamentals of penetration testing, reconnaissance, and vulnerability exploitation.
Lifecycle approach to building secure software, from requirements to maintenance.
Detailed walkthrough of each SSDLC phase with real‑world case studies.
Protecting network communications and defending against SQL injection, NoSQL, and ORM attacks.
Core Cisco security concepts, firewall configuration, and secure network design.
Principles of secure architecture, threat modeling, and secure API design.
Techniques for static analysis, dynamic testing, fuzzing, and code review.
Deep dive into exploit development, post‑exploitation, and red‑team tactics.
Learn STRIDE, DREAD, and attack‑tree methodologies for software projects.
Security considerations for Android and iOS apps, including secure storage and communication.
OWASP Top 10, secure session management, and defensive coding for web services.
Security challenges in distributed ledgers, smart contracts, and consensus mechanisms.
Securing embedded devices, firmware analysis, and secure communication protocols.
Designing and implementing Zero Trust networks and policies for modern applications.
Techniques for embedding privacy controls, GDPR compliance, and data minimization.
Audit frameworks, compliance standards (ISO 27001, NIST), and reporting for software products.
Static and dynamic analysis techniques, sandboxing, and reverse engineering basics.