Flagship career programme · Intermediate–Advanced
Cybersecurity Engineer Career Program
Defend applications, networks and cloud environments using modern security operations, testing and incident response.
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Cybersecurity FoundationsEthical HackingSOC + DetectionCloud Security
Risk templatesSecurity lab environmentWiresharktcpdumpWindows
How you will learn
What you will learn, phase by phase
Explore the eight-phase pathway and its related syllabuses. Some phases use selected topics or alternative course options.
01Phase 1Cybersecurity FoundationsBuild security, networking, IAM, vulnerability and operations foundations.
Topics you will cover
- Cybersecurity Foundations and Risk
- Networking for Cybersecurity
- Operating System and Endpoint Security
- Identity, Access and Authentication
- Vulnerability Management and Security Testing
- Cryptography and Data Protection
- Security Operations and Monitoring
- Incident Response, Resilience and Capstone
Related syllabusCybersecurity & Network Security Foundations
02Phase 2Ethical HackingUnderstand offensive techniques through authorised labs and professional reporting.
Topics you will cover
- Ethics, Scope and Penetration Testing Methodology
- Reconnaissance and Attack Surface Mapping
- Scanning, Enumeration and Vulnerability Validation
- Network and Host Exploitation Concepts
- Web Application Security and OWASP Risks
- Authentication, API and Cloud-Native Attack Surface
- Exploitation Workflow, Evidence and Remediation
- Penetration Testing Capstone
Related syllabusEthical Hacking & Penetration Testing
03Phase 3SOC + DetectionInvestigate telemetry, engineer detections and respond to incidents.
Related syllabusSOC Analyst & Incident Response
04Phase 4Cloud SecuritySecure cloud identities, networks, data and workloads.
Topics you will cover
- Cloud Security Architecture and Shared Responsibility
- Cloud IAM and Privileged Access
- Network and Perimeter Security
- Data, Secrets and Key Security
- Workload, Container and Serverless Security
- DevSecOps, CSPM and Cloud Posture
- Cloud Detection, Incident Response and Forensics
- Governance, Compliance and Cloud Security Capstone
Related syllabusCloud Security Engineering
05Phase 5DevSecOps IntegrationEmbed security in CI/CD, containers and infrastructure as code.
Related syllabusDevOps, Kubernetes & Cloud Platform Engineering
06Phase 6Threat-Led DefenseUse ATT&CK, threat intelligence and hunting to improve detection coverage.
Related syllabusSOC Analyst & Incident Response
07Phase 7Purple-Team SprintRun an attack/defend scenario and validate preventive/detective controls.
Related syllabusExplore project examples
08Phase 8Flagship CapstoneSecure and investigate a hybrid/cloud application environment end to end.
Related syllabusView the flagship capstone
Portfolio examples and flagship capstone
Explore project examples and the integrated flagship capstone. Confirm your cohort’s project selection with admissions.
Small Business Security Baseline
Assess network, endpoints, IAM, vulnerabilities and monitoring and create an improvement roadmap.
Risk register · hardening checklist · monitoring plan · IR playbook.Authorized Multi-Service Penetration Test
Test a vulnerable network/web/API lab and produce a client-style report.
Rules of engagement · evidence · findings · remediation · retest results.SOC Detection and Response Challenge
Detect and investigate a simulated attack from endpoint/network/cloud logs.
Detection rules · timeline · incident report · response actions.Secure Cloud Application Blueprint
Harden IAM, network, data, workloads and CI/CD for a cloud application.
Threat model · IaC/security controls · logging · incident plan.Enterprise Threat Detection & Incident Response Lab
Learners integrate the complete pathway into a production-style capstone with a clear brief, architecture or process design, working implementation, testing or evaluation evidence, documentation, mentor review and a final technical or business presentation.
Project brief and architecture or process design. · Working implementation and testing or evaluation evidence. · Documentation and final technical or business presentation. Programme value
Why this programme
Develop the practical judgment to prevent attacks, detect threats and respond with evidence.
Who this programme is for
Students, IT professionals, network administrators and career switchers targeting cybersecurity, SOC, incident response or cloud security roles.
Intermediate–AdvancedCybersecurity Analyst / SOC Analyst / Security Engineer
PrerequisitesBasic computer literacy is required. Networking and operating-system foundations are taught before advanced security operations.
What you will be able to do
- Build security, networking, IAM, vulnerability and operations foundations.
- Understand offensive techniques through authorised labs and professional reporting.
- Investigate telemetry, engineer detections and respond to incidents.
- Secure cloud identities, networks, data and workloads.
- Embed security in CI/CD, containers and infrastructure as code.
- Use ATT&CK, threat intelligence and hunting to improve detection coverage.
- Run an attack/defend scenario and validate preventive/detective controls.
- Secure and investigate a hybrid/cloud application environment end to end.
Technology you will use in this programme
Risk templatesSecurity lab environmentWiresharktcpdumpWindowsLinux VMsSysmon conceptsIAM labNmapVulnerability scanner in a labOpenSSL conceptsDeveloper toolsSIEM labLog sourcesIR templatesSecurity lab
Career relevance
Cybersecurity Analyst / SOC Analyst / Security Engineer
Prepare for Cybersecurity Analyst, SOC Analyst and Security Engineer roles through practical skills, project evidence and interview preparation. Employment is not guaranteed.
Programme evidence and instruction
Discuss your learning pathway
Review prerequisites, learning format and project expectations with admissions before enrolment.
Get programme guidanceExplore the programme projects
Review the project briefs and deliverables to understand the work expected during the programme.
Review project expectationsClear answers before you enrol
How is a flagship programme different from a focused course?
A focused course develops one defined capability. A flagship programme combines foundations, specialist skills, production practices, capstone work and career preparation into a longer role-based journey.
How much time should I plan each week?
Confirm live class times and the expected weekly commitment with admissions before enrolment.
What practical work will I complete?
The curriculum includes guided labs, project work and a flagship capstone. Review the portfolio examples above and confirm cohort-specific project requirements with admissions.
How will my progress be assessed?
Progress is reviewed through guided labs, project work, implementation and evaluation evidence, and a final capstone presentation.
Are vendor certifications included?
The curriculum develops practical skills. Vendor certification exams and official certification status are not included unless explicitly confirmed in your enrolment offer.
Does this programme guarantee a job?
No. Employment depends on learner performance, experience, hiring conditions and employer decisions.
Will I receive a certificate?
A programme completion certificate may be issued after you meet the published attendance, assignment, project and assessment requirements.
Ready to start?
A-56, Sector-64, Noida, Uttar Pradesh – 201301Ready to explore the Cybersecurity Engineer pathway?
Review the curriculum and confirm prerequisites, fees and the next available cohort with admissions before enrolment.