Best After 12th 6-Month Cyber Security Certificate Program in Mohali

This six-month programme follows a progressive path so that beginners do not have to jump directly into advanced security tools.

Month 1 — Cybersecurity Foundations & Networking. The first month establishes the technical base required for cybersecurity. You will learn computer fundamentals, operating systems, Windows and Linux administration, networking concepts, virtualisation and basic security principles.

The networking portion covers the OSI and TCP/IP models, IP addressing, subnetting, routing, switching, DNS, DHCP, NAT and VPN concepts. You will also create virtual environments using VMware or VirtualBox and work with Kali Linux and Windows Server. Git, GitHub and introductory AI tools are also introduced to help you document work and explore AI-assisted cybersecurity workflows.

Month 2 — Ethical Hacking & Web Security. The second month introduces authorised security testing and web application security. You will explore OSINT, information gathering, DNS and subdomain enumeration, WHOIS and search-based reconnaissance. Practical security tools include Nmap, Wireshark, Nikto, Gobuster and Nuclei.

Web security training covers HTTP, HTTPS, cookies, sessions and APIs before moving into OWASP Top 10 vulnerabilities such as SQL injection, XSS, CSRF, insecure file uploads and authentication weaknesses. Burp Suite is used for understanding and testing web applications in controlled environments. AI-assisted research, vulnerability analysis and report preparation are also introduced.

Month 3 — Advanced Ethical Hacking & SOC Operations. Month three moves towards offensive security techniques and defensive security operations. Topics include Metasploit, Hydra, password security, wireless security, Windows security, Active Directory, Group Policy and privilege-escalation fundamentals.

You will then move into SOC operations, blue-team workflows and incident handling. SIEM platforms such as Wazuh, Splunk and the ELK Stack are used to understand log collection, monitoring and investigation. Threat hunting introduces MITRE ATT&CK, indicators of compromise, threat intelligence and detection engineering. AI can be applied to log analysis, alert classification and security investigation workflows.

Month 4 — Cloud Security & Security Automation. Modern security professionals increasingly need to understand cloud infrastructure. This module covers security concepts across AWS and Azure, including IAM, EC2, S3, CloudTrail, security groups, Azure IAM and cloud security monitoring.

You will also explore Docker and Kubernetes security, CI/CD security, SAST, DAST and secrets management. Python is introduced for security automation, including scripts for log processing, API interaction and repetitive security tasks. OpenAI and Gemini APIs can be used to develop security-focused assistants and automation workflows.

Month 5 — Digital Forensics, Malware Analysis & Incident Response. The fifth month focuses on what happens after a security incident occurs. You will study evidence collection, chain of custody, memory analysis and disk analysis. Malware analysis introduces static analysis, dynamic analysis, sandboxing and indicators of compromise.

The incident-response process covers detection, containment, eradication, recovery and lessons learned. Threat intelligence concepts include IOCs, TTPs, STIX, TAXII and threat feeds. AI applications in malware analysis, incident response and threat intelligence are also explored.

Month 6 — Capstone Project & Career Preparation. The final month brings the previous modules together. You will select and develop an AI-enabled cybersecurity project such as an AI SOC platform, threat-hunting system, vulnerability-management application, security automation tool or AI security assistant.

The project includes architecture planning, technical documentation, a user guide, GitHub documentation and deployment considerations. Career preparation covers ATS-friendly resumes, LinkedIn optimisation, GitHub presentation, technical interview questions and mock interviews.

Practical cybersecurity activities should always be performed in your own lab, authorised training environments or intentionally vulnerable platforms such as DVWA and OWASP Juice Shop.