Flagship project
Virtual Lab Setup & Network Scan
You build a virtualised lab with Kali Linux and Windows, configure networking, and run your first Nmap and Wireshark scans.
- VirtualBox
- Kali Linux
- Nmap
- Wireshark
CybersecurityAI-Powered
AI-Powered Cybersecurity Course in Amritsar with Live Projects & Placement Support
AI-Powered Cybersecurity Course course in AmritsarThis is a practical, lab-first programme built around the tools and AI workflows currently used in security operations. You work on live projects, get your deliverables reviewed by mentors who still do client work, and train in small batches at our Amritsar campus. The course is structured as a ladder — you start with networking and Linux fundamentals and progress to AI-driven threat detection, incident response, and a full capstone project. Placement support is included.
3 / 6 / 9 MonthsIntermediateHybrid
3 / 6 / 9 Months
Duration
Weekday / Weekend / Online
Mode
12th pass or equivalent
Eligibility
ISO 9001:2015 certified institute
Certification
Admissions open
AI-Powered Cybersecurity Course · 3 / 6 / 9 Months
Batch timings
- Morning
- Evening
- Weekend
- Live online
About the programme
Course overview
Course overviewThis is a 3-to-9 month AI-Powered Cybersecurity Course in Amritsar that takes you from networking fundamentals to SOC analysis, ethical hacking, and AI-assisted threat detection, with a certificate and placement support at the end.
The learning arc is progressive: you start with foundations (networking, Linux, Python, Git), move into applied security work (vulnerability assessment, web security, ethical hacking), and finish with a capstone that ties everything together — either a SOC incident response simulation or a full penetration test report.
You finish with a documented portfolio: a GitHub repository of scripts and reports, a capstone project, and a resume built around the deliverables you actually produced. The programme is designed so that what you show an employer is the same work you did in the lab.
What Cybersecurity Actually Is (And Why It's Changing)
Cybersecurity is no longer just about firewalls and antivirus software. It's the practice of protecting networks, systems, and data from digital attacks — and in 2025, it's a field being reshaped by AI on both sides. Attackers use AI to automate phishing and find vulnerabilities faster; defenders use AI to detect anomalies, triage alerts, and respond to incidents in seconds rather than hours. This programme teaches you both sides: the offensive techniques (ethical hacking, penetration testing) and the defensive AI workflows (SOC automation, AI-driven threat detection) that employers now expect.
Why This Matters in Amritsar Right Now
Amritsar's IT sector is growing, and with it comes demand for security professionals. Banks, hospitals, logistics companies, and government contractors in Punjab all handle sensitive data — and they need people who can secure it. The catch: most entry-level candidates have theoretical knowledge from a generic course but zero hands-on experience with the actual tools. techcadd's programme is built to close that gap. Every module ends with a deliverable — a lab report, a working script, a penetration test — that you can show an employer. You're not just learning what a SIEM is; you're building one.
How techcadd's Approach Is Different
Most courses teach you the syllabus and send you home. This one is structured as a ladder with three exit points:
Cybersecurity Practitioner (3 months): Foundations. Networking, Linux, Python, ethical hacking basics, and an introduction to AI for cybersecurity. You finish with a working home lab and a vulnerability assessment report.
Cybersecurity Professional (6 months): Everything in Practitioner, plus advanced ethical hacking, cloud security, digital forensics, malware analysis, and SOC operations. You build a full incident response playbook and a DFIR investigation report.
Cybersecurity Expert (9 months): Everything in Professional, plus two capstone projects, interview preparation, resume building, and a GitHub portfolio review. You graduate with a portfolio of 10+ hands-on deliverables.
The teaching method is consistent across all modules: understand the concept → build it in a guided lab → apply it to a live project or real-world scenario → get it reviewed by a mentor → ship it as a portfolio piece. Small batches mean your mentor actually reviews your work, not just your attendance.
What You Finish With
By the end of the Expert track, you have a GitHub portfolio with scripts, lab reports, and capstone projects; a documented internship certificate; a resume tailored to SOC and security analyst roles; and interview readiness through mock technical interviews. You also leave with something most courses don't give you: proof of work. A hiring manager can open your GitHub and see exactly what you've built.
Cybersecurity Fundamentals & Networking Linux, Windows & VirtualisationPython & Security AutomationAI Tools for CybersecurityInformation Gathering & Vulnerability AssessmentWeb Security & Ethical HackingSOC Operations & AI-Assisted Threat DetectionCloud Security & DevSecOpsDigital Forensics & Malware AnalysisIncident Response & Capstone Project
- Duration
- 3 / 6 / 9 Months
- Level
- Intermediate
- Mode
- Hybrid
- Batches
- Morning, evening & weekend
Module by module
The curriculum, module by module
Module by module curriculumThe syllabus is structured as a ladder, not a menu. Each plan builds on the one before it — the 6-month Professional includes the full 3-month Practitioner foundation, and the 9-month Expert includes both. You progress from fundamentals to applied security work to a capstone project, with a deliverable at every stage.
- Module 01 of 33
Cybersecurity Fundamentals
The core principles of security and how attacks progress from reconnaissance to impact.
Topics covered
- CIA triad
- cyber attack lifecycle
- security domains
- cyber laws & ethics
Tools in this module
Kali LinuxUbuntuWindows 10/11,Cisco Packet TracerYou finish withA reviewed piece of work demonstrating cia triad and cyber attack lifecycle.
- Module 02 of 33
Computer & Operating Systems
How operating systems manage users, permissions, and processes — the foundation for all security work.
Topics covered
- Windows
- Linux
- users
- groups & permissions
Tools in this module
Windows 10/11,Cisco Packet TracerWiresharkNmapYou finish withA reviewed piece of work demonstrating windows and linux.
- Module 03 of 33
Networking Fundamentals
How data moves across networks, and where security controls fit.
Topics covered
- OSI/TCP-IP
- IP addressing
- subnetting
- routing
- DNS
- DHCP
- VPN
Tools in this module
WiresharkNmapVirtualBoxVMwareYou finish withA reviewed piece of work demonstrating osi/tcp-ip and ip addressing.
- Module 04 of 33
Virtualisation & Cyber Lab
How to build and run a virtual lab for safe security testing.
Topics covered
- VMware
- VirtualBox
- Kali Linux
- Windows Server
Tools in this module
VirtualBoxVMwareWindows ServerGitYou finish withA reviewed piece of work demonstrating vmware and virtualbox.
- Module 05 of 33
Git & GitHub
How to manage and share code and reports using Git.
Topics covered
- Git branching
- GitHub workflow
- version control
- collaboration
Tools in this module
Windows ServerGitGitHubChatGPTYou finish withA reviewed piece of work demonstrating git branching and github workflow.
- Module 06 of 33
AI for Cybersecurity
How to use AI tools for threat research, log analysis, and report drafting.
Topics covered
- ChatGPT
- Gemini
- Copilot
- prompt engineering
- AI research
Tools in this module
GitHubChatGPTGoogle GeminiCopilotYou finish withA reviewed piece of work demonstrating chatgpt and gemini.
- Module 07 of 33
Information Gathering
How to gather information about a target using open sources.
Topics covered
- OSINT
- Google Dorking
- WHOIS
- DNS & subdomain enumeration
Tools in this module
Google GeminiCopilotDeepSeekGobusterYou finish withA reviewed piece of work demonstrating osint and google dorking.
- Module 08 of 33
Vulnerability Assessment
How to scan systems and networks for known weaknesses.
Topics covered
- Nmap
- Wireshark
- Nikto
- Gobuster
Tools in this module
DeepSeekGobusterOWASP ZAPSQLmapYou finish withA reviewed piece of work demonstrating nmap and wireshark.
- Module 09 of 33
Web Security & Burp Suite
The most common web vulnerabilities and how to test for them.
Topics covered
- OWASP Top 10
- SQL injection
- XSS
- CSRF
- API & authentication security
Tools in this module
OWASP ZAPSQLmapMetasploitWazuhYou finish withA reviewed piece of work demonstrating owasp top 10 and sql injection.
- Module 10 of 33
SOC & AI-Assisted Security
How a Security Operations Centre monitors, detects, and responds to threats.
Topics covered
- SIEM
- Wazuh
- Splunk
- log analysis
- AI threat detection
Tools in this module
MetasploitWazuhKali LinuxUbuntuYou finish withA reviewed piece of work demonstrating siem and wazuh.
- Module 11 of 33
Advanced Ethical Hacking
How to use exploitation frameworks and password attacks in a controlled lab.
Topics covered
- Metasploit
- Hydra
- password attacks
Tools in this module
Kali LinuxUbuntuWindows 10/11,Cisco Packet TracerYou finish withA reviewed piece of work demonstrating metasploit and hydra.
- Module 12 of 33
Cloud Security Fundamentals
How to secure cloud infrastructure, identities, and containers.
Topics covered
- AWS
- Azure
- IAM
- Docker & Kubernetes security
Tools in this module
Windows 10/11,Cisco Packet TracerWiresharkNmapYou finish withA reviewed piece of work demonstrating aws and azure.
- Module 13 of 33
Python Security Automation
How to automate repetitive security tasks with Python.
Topics covered
- Python
- scripting
- log parsing & reporting automation
Tools in this module
WiresharkNmapVirtualBoxVMwareYou finish withA reviewed piece of work demonstrating python and scripting.
- Module 14 of 33
AI Security Automation
How to integrate AI APIs into security workflows.
Topics covered
- OpenAI API
- Gemini API
- AI Security Assistant & Chatbot
Tools in this module
VirtualBoxVMwareWindows ServerGitYou finish withA reviewed piece of work demonstrating openai api and gemini api.
- Module 15 of 33
Industry Capstone Project
How to apply everything you have learned to a realistic security scenario.
Topics covered
- Scenario-based Threat Detection & Response
Tools in this module
Windows ServerGitGitHubChatGPTYou finish withA reviewed piece of work demonstrating scenario-based threat detection & response.
- Module 16 of 33
Placement Preparation
How to present your skills and experience to employers.
Topics covered
- Resume building
- interview prep
- personal branding
- mock interviews
Tools in this module
GitHubChatGPTGoogle GeminiCopilotYou finish withA reviewed piece of work demonstrating resume building and interview prep.
- Module 17 of 33
AI SOC & Threat Detection
How to use AI and SIEM tools for proactive threat hunting.
Topics covered
- Wazuh
- Splunk
- MITRE ATT&CK
- threat hunting
Tools in this module
Google GeminiCopilotDeepSeekGobusterYou finish withA reviewed piece of work demonstrating wazuh and splunk.
- Module 18 of 33
Cloud & DevSecOps Security
How to integrate security into cloud and DevOps pipelines.
Topics covered
- AWS
- Azure
- Docker
- Kubernetes
- CI/CD
- SAST
- DAST & secrets
Tools in this module
DeepSeekGobusterOWASP ZAPSQLmapYou finish withA reviewed piece of work demonstrating aws and azure.
- Module 19 of 33
Digital Forensics
How to collect, preserve, and analyse digital evidence.
Topics covered
- Evidence collection
- chain of custody
- memory & disk analysis
Tools in this module
OWASP ZAPSQLmapMetasploitWazuhYou finish withA reviewed piece of work demonstrating evidence collection and chain of custody.
- Module 20 of 33
Malware Analysis & Threat Intelligence
How to analyse malware and use threat intelligence feeds.
Topics covered
- Static & dynamic analysis
- sandboxing
- IOC
- TTP
- STIX & TAXII
Tools in this module
MetasploitWazuhKali LinuxUbuntuYou finish withA reviewed piece of work demonstrating static & dynamic analysis and sandboxing.
- Module 21 of 33
Incident Response & AI in DFIR
How to respond to and recover from a security incident.
Topics covered
- Containment
- eradication
- recovery
- AI-assisted DFIR
Tools in this module
Kali LinuxUbuntuWindows 10/11,Cisco Packet TracerYou finish withA reviewed piece of work demonstrating containment and eradication.
- Module 22 of 33
AI Security Capstone & Deployment
How to plan, build, and document a full security capstone project.
Topics covered
- Architecture
- documentation
- GitHub
- cloud/DevOps deployment & reporting
Tools in this module
Windows 10/11,Cisco Packet TracerWiresharkNmapYou finish withA reviewed piece of work demonstrating architecture and documentation.
- Module 23 of 33
Capstone Phase I — Project Planning
How to plan a capstone project from scope to methodology.
Topics covered
- Scoping
- planning
- methodology
Tools in this module
WiresharkNmapVirtualBoxVMwareYou finish withA reviewed piece of work demonstrating scoping and planning.
- Module 24 of 33
Capstone Phase II — Secure Lab Build
How to build and document a secure lab environment for your capstone.
Topics covered
- Lab architecture
- tool setup
- documentation
Tools in this module
VirtualBoxVMwareWindows ServerGitYou finish withA reviewed piece of work demonstrating lab architecture and tool setup.
- Module 25 of 33
Capstone Phase III — Advanced AI Features
How to add advanced AI features to your capstone project.
Topics covered
- AI model integration
- automation
- custom tooling
Tools in this module
Windows ServerGitGitHubChatGPTYou finish withA reviewed piece of work demonstrating ai model integration and automation.
- Module 26 of 33
Capstone Phase IV — Execution & Testing
How to execute and validate your capstone project.
Topics covered
- Testing
- validation
- iteration
Tools in this module
GitHubChatGPTGoogle GeminiCopilotYou finish withA reviewed piece of work demonstrating testing and validation.
- Module 27 of 33
Capstone Phase V — Documentation & Reporting
How to document and present your capstone professionally.
Topics covered
- Technical writing
- reporting
- presentation
Tools in this module
Google GeminiCopilotDeepSeekGobusterYou finish withA reviewed piece of work demonstrating technical writing and reporting.
- Module 28 of 33
Networking & Linux
Deeper networking and Linux skills for senior roles.
Topics covered
- Advanced networking
- Linux administration
Tools in this module
DeepSeekGobusterOWASP ZAPSQLmapYou finish withA reviewed piece of work demonstrating advanced networking and linux administration.
- Module 29 of 33
SOC & SIEM
How to run and tune a SOC using SIEM tools.
Topics covered
- SOC operations
- SIEM tuning
- advanced threat detection
Tools in this module
OWASP ZAPSQLmapMetasploitWazuhYou finish withA reviewed piece of work demonstrating soc operations and siem tuning.
- Module 30 of 33
Resume & GitHub Portfolio
How to present your work to employers effectively.
Topics covered
- Portfolio building
- GitHub optimisation
- personal branding
Tools in this module
MetasploitWazuhKali LinuxUbuntuYou finish withA reviewed piece of work demonstrating portfolio building and github optimisation.
- Module 31 of 33
Aptitude & HR Preparation
How to prepare for aptitude tests and HR interviews.
Topics covered
- Quantitative aptitude
- logical reasoning
- HR interview prep
Tools in this module
Kali LinuxUbuntuWindows 10/11,Cisco Packet TracerYou finish withA reviewed piece of work demonstrating quantitative aptitude and logical reasoning.
- Module 32 of 33
Technical Mock Interviews
How to handle technical interviews confidently.
Topics covered
- Technical interview questions
- whiteboarding
- scenario-based rounds
Tools in this module
Windows 10/11,Cisco Packet TracerWiresharkNmapYou finish withA reviewed piece of work demonstrating technical interview questions and whiteboarding.
- Module 33 of 33
Final Industry Readiness & Certification
How to demonstrate industry readiness and earn your certification.
Topics covered
- Final assessment
- certification
- placement readiness
Tools in this module
WiresharkNmapVirtualBoxVMwareYou finish withA reviewed piece of work demonstrating final assessment and certification.
What you build
Projects that answer the interview question for you
Portfolio projectsEach project is reviewed individually, and the review notes go into your portfolio documentation.
Vulnerability Assessment Report
You scan a target system with Nikto and Gobuster, identify weaknesses, and write a professional vulnerability report with remediation steps.
- Nikto
- Gobuster
- Nmap
Web Application Security Test
You test a deliberately vulnerable web app with Burp Suite, OWASP ZAP, and SQLmap, documenting each finding with evidence.
- Burp Suite
- OWASP ZAP
- SQLmap
AI-Assisted Threat Detection
You use ChatGPT and Copilot to analyse log data, identify anomalies, and draft an incident response summary.
- ChatGPT
- Copilot
- Splunk
SOC Incident Response Simulation
You work through a simulated attack scenario — detection, analysis, containment, and reporting — using Wazuh and MITRE ATT&CK.
- Wazuh
- MITRE ATT&CK
- Splunk
Capstone: Full Penetration Test or Forensic Analysis
You plan, execute, and document a full penetration test or digital forensic investigation, presented as a professional report.
- Metasploit
- Autopsy
- Volatility
The working loop
Learn it. Build it. Make it yours.
Learn it. Build it. Make it yours.Every project moves through the same loop: understand the brief, build it with guidance, then explain the decisions behind your work. The certificate is the receipt — the portfolio is the point.
- 01
01 Industry-focused curriculum
You learn it the way it is used in production, with the workflow and standards a working team expects.
Virtual Lab Setup & Network Scan
- 02
Live labs, not slide demos
You work in a virtualised environment with real tools like Kali Linux, Wireshark, and Splunk, not just watch someone else do it.
Vulnerability Assessment Report
- 03
Mentors who still do client work
Your trainers bring current field experience into the lab, so the feedback you get is practical, not theoretical.
Web Application Security Test
- 04
AI integrated from day one
You use ChatGPT, Copilot, and AI security agents for threat research, log analysis, and reporting — the same way modern SOC teams do.
AI-Assisted Threat Detection
- 05
Placement support until you are hired
Resume building, mock interviews, and placement assistance continue until you are placed, not just until the course ends.
SOC Incident Response Simulation
The honest pitch
Your months should build more than a certificate.
Your months should build more than a certificate.A course is worth the time you give it only if you finish with work you can show and skills you can defend. In this AI-Powered Cybersecurity Course in Amritsar, every module ends with a deliverable — a vulnerability report, a Python script, a SOC dashboard, or a forensic analysis — so your portfolio proves what you can do, not just what you attended.
Project review week at the Amritsar campus
Mentors mark up work line by line
Hiring drive & mock interview day
Practitioners run the panel, not HR
Why choose AI-Powered Cybersecurity Course
Why students choose techcadd
Why students choose techcaddWhat genuinely differs about this course at techcadd is that every module ends with a deliverable you built yourself, reviewed by a mentor who still works in the field.
- 01
Mentors who do client work
Your trainers are not full-time teachers; they work on live security projects and bring that context into the lab.
- 02
Live labs, not simulations
You work in a virtualised environment with real tools — Kali Linux, Wireshark, Burp Suite, Splunk — not a slide-based demo.
- 03
Small batch sizes
Batches are kept small so you get individual feedback on your work, not just a mark.
- 04
Documented internship and certificate
You finish with a techcadd certification and a documented internship record, backed by ISO 9001:2015 certification.
- 05
Placement support until you are hired
The placement team works with you on resume, mock interviews, and applications until you are placed.
- 06
AI-integrated from day one
You learn how AI tools fit into security workflows from the first module, not as an afterthought.
Eligibility
Who can join the AI-Powered Cybersecurity Course course
Who can join the AI-Powered Cybersecurity Course courseThis programme fits anyone who wants to enter cybersecurity from a non-specialist starting point — you do not need a computer science degree to begin.
- Educational backgroundNo specific degree or stream required — school leavers, graduates and career switchers all qualify.
- Prior experienceNone required. The programme opens at intermediate level and builds from there across 3 / 6 / 9 months.
- AgeNo upper age limit. What matters is being able to commit to the full course rather than dropping off midway.
- EquipmentA laptop or desktop with a stable internet connection for classroom or live-online batches.
- Time commitmentAble to attend regularly across 3 / 6 / 9 months, in a morning, evening or weekend batch.
Where it leads
The roles this portfolio opens
Job titles vary by company, but the underlying expectations do not. Each destination below maps to work you will have already done during the programme.
Tools you will actually use
The working stack for AI-Powered Cybersecurity Course
Tools and technologies coveredEvery tool below is installed, configured and used by you during the course — not demonstrated on a slide. You leave able to set up your own environment from scratch.
20tools covered
Operating system
- Kali Linux
- Ubuntu
- Windows 10/11
- Windows Server
Network simulation
- Cisco Packet Tracer
Network analysis
- Wireshark
Network scanning
- Nmap
Virtualisation
- VirtualBox
- VMware
Version control
- Git
Code hosting
- GitHub
AI assistant
- ChatGPT
- Google Gemini
- Copilot
- DeepSeek
Web scanner
- Nikto
Directory scanner
- Gobuster
Web security testing
- Burp Suite
- OWASP ZAP
SQL injection tool
- SQLmap
Exploitation framework
- Metasploit
SIEM
- Wazuh
Certification
Get certified in AI-Powered Cybersecurity Course
Get certified in AI-Powered Cybersecurity CourseIssued on completion against the modules you finished and the projects you submitted — plus an internship letter where the industrial training track applies. Shareable to LinkedIn, and verifiable by an employer who calls the Amritsar desk.
- Module-wise assessment, not attendance-based
- Project submissions logged against your certificate
- Internship letter on the industrial training track
- Verifiable directly with the campus office
Future scope
Where this takes you over the next five years
Where this takes you over the next five yearsThe skill does not stand still, and neither does what it is worth. Cybersecurity in Amritsar is moving from basic IT support toward specialised SOC, cloud, and AI-driven threat detection roles — and the people who train on those tools now will be the ones hiring teams later.
- AI-assisted threat detection becomes standardSecurity teams are moving from manual log review to AI models that flag anomalies in real time. Analysts who understand how to tune and trust those models are in higher demand than those who only know the manual process.
- Cloud security skills command a premiumAs more Punjab-based firms move workloads to AWS and Azure, the gap between general IT security and cloud-specific security is widening. Cloud security certifications and hands-on cloud lab experience are increasingly listed as mandatory, not preferred.
- Remote SOC roles open the local marketSecurity operations roles are increasingly remote-friendly. A candidate in Amritsar can now work for a SOC in Bangalore, Dubai, or London without relocating — which means your competition is global, and your portfolio needs to prove you can work at that level.
The objective is practical knowledge rather than memorised concepts.
Every module ends with a deliverable — a script, a report, or a working lab — so you finish with a portfolio you can show, not just a certificate.
Due diligence
How techcadd compares
How techcadd comparesThis comparison covers the practical differences between techcadd’s AI-Powered Cybersecurity programme and a typical cybersecurity course.
| What you should ask | techcadd Amritsar | Other institutes |
|---|---|---|
| Live project work | Every module, from week one | Often only at the end, if at all |
| AI integration | Built into every stage — threat detection, log analysis, reporting | Usually not covered, or a single optional module |
| Mentor background | Trainers who still do client security work | Full-time teachers with limited recent field experience |
| Batch size | Small, capped batches | Large lecture-style groups |
| Deliverable portfolio | GitHub repository of reports, scripts, and capstones | Certificate only, no portfolio |
| Placement support | Until you are hired, with mock interviews | Resume help only, no follow-through |
| Lab environment | Virtualised lab with real tools | Slide demonstrations or limited sandbox access |
| Certification | ISO 9001:2015 certified | Varies; often not independently certified |
Every comparison here is about substance, not marketing language.
Before you enrol
Questions we get asked at the admissions desk
Frequently asked questionsIf something here is not covered, the Amritsar desk will answer it directly — no call-back queue.
No. The programme opens at intermediate level and assumes no background beyond comfort with a computer. Students who already have some exposure move through the early modules faster and spend the saved time on project work.
