Artificial Intelligence, Machine Learning & Generative AI
Co-developed with iHub Anubhuti–IIITD
CyberX
The next generation of cyberattacks will be AI-driven, and so must your defense.
Co-developed with iHub Anubhuti–IIITD
Duration
~3 months
Format
Fully online
Schedule
1.5-hour live classes on alternate days
Why this programme
Combine core security practice with AI/ML techniques for threat detection and response, and learn to secure AI systems themselves. Practice is defensive, ethical and lab-based; any scanning or assessment is limited to prepared, explicitly authorised environments.
Your starting point
For engineering students with basic Python and an interest in security. Familiarity with terms such as malware, phishing and firewalls is useful. Prior ML or ethical-hacking experience is not expected.
These notes describe the programme’s intended starting point, not a formal eligibility table. Working professionals are welcome to enquire; no additional entry criteria are implied here.
What you can take forward
Curriculum map
Core topics and module build tasks are the programme pathway. Optional extensions are marked separately and are not promised core instruction.
Core topics
Threats, account hygiene, MFA, access controls and authorised lab practice; frameworks are introduced for awareness.
Build task
Complete a checklist-based security audit of a prepared environment.
Core topics
IP, ports, DNS, HTTP, basic Linux commands, permissions, logs and firewalls.
Build task
Inspect safe traffic or logs in a guided lab.
Core topics
CVEs, severity, prioritisation and scanning only authorised lab assets.
Build task
Write a findings and recommendations report.
Optional extension · not a core promise
Extensive OSINT tooling.
Core topics
Insecure authentication, input validation, common web flaws and simple fixes in a training app.
Build task
Identify and explain a controlled vulnerability in the training environment.
Core topics
Structured logs, alerts, incident timelines, triage and reporting.
Build task
Investigate synthetic logs and submit an incident report.
Core topics
One small phishing or security-anomaly classification example, features, confusion matrix and false positives.
Build task
Evaluate a simple detector.
Optional extension · not a core promise
Malware/IDS modelling.
Core topics
AI-assisted summarisation of synthetic security logs, verification, confidentiality and human decision-making.
Build task
Create a reviewed incident-summary assistant.
Core topics
Prompt injection, sensitive-data exposure and simple safeguards in a toy application.
Build task
Complete a controlled assessment and mitigation report.
Optional extension · not a core promise
Advanced attack catalogues and MCP security.
Core topics
IAM, least privilege, MFA, basic cloud misconfigurations and practical privacy responsibilities.
Build task
Review access permissions in a prepared scenario.
Optional extension · not a core promise
Detailed compliance.
Core topics
An authorised defensive project such as incident analysis, a phishing detector or a toy AI-app security review.
Capstone deliverables
Include evidence, reproducibility, limitations, report and demo; complete an individual viva.
Tools named as examples or recommendations in the outline are illustrative; the teaching approach may use one supported tool or stack where indicated.
Portfolio & capstone
An authorised defensive capstone—such as incident analysis, a phishing detector or a toy AI-app security review—with evidence, reproducibility, limitations, report and demo, completed with an individual viva.
Learning rhythm
One hands-on assignment per module, quizzes and a mid-programme assessment. Guided work includes structured and recorded content, live sessions, exercises, coding practice and case studies.
Illustrative next steps
Entry-level pathways to explore—not placement promises.
Certification
Certification with iHub Anubhuti–IIITD
Co-developed with iHub Anubhuti–IIITD
Delivery & assessment
Duration
~3 months
Format
Fully online
Live classes
1.5 hrs, alternate days
Modules
10, capstone from module 8
Each programme runs about 3 months, fully online, with 1.5-hour live classes on alternate days and about 30–35 hours of live instruction. Structured and recorded content sits alongside hands-on exercises, coding work, case studies, quizzes and guided projects. There is one hands-on assignment per module plus quizzes and a mid-programme assessment. The capstone begins in module 8, includes mentor checkpoints, and concludes with a final demo, assessment and individual viva. Certification considers assignments, the assessment, capstone and a minimum attendance requirement.
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