Permission comes first
Every exercise runs against lab machines, intentionally vulnerable applications or PortSwigger's practice labs. Scanning or attacking anything else is illegal, whatever the intention.
45 Days Cybersecurity and Ethical Hacking Internship / Training in Jalandhar for College Students
Use a summer or winter break to get a structured introduction to cybersecurity and ethical hacking. Over 45 days you cover security foundations, networking, OSINT, malware and phishing awareness, how web applications work, the OWASP Top 10 with Burp Suite and PortSwigger labs, SQL injection basics and Nmap — every exercise in an authorised lab — and finish with a short assessment report.
A short introductory training, not an internship or a job guarantee. Every exercise runs in a permitted lab. Ask for the syllabus, session plan, fee and certificate details in writing before paying.
- 45days, ending in a mini project
- 9core tools, from VMware to Nmap
- Since 2016training in Jalandhar
- Crystal Plaza, opposite PIMS Hospital
Overview
What is 45 days cybersecurityand ethical hacking training?
Cybersecurity protects systems, networks and data from misuse; ethical hacking is the authorised side of offence — finding weaknesses with permission so they can be fixed. A 45-day training is a focused, practical introduction: enough to understand how networks and web applications are attacked and defended and to complete a small documented lab assessment, not enough to become a security professional.
Three different things share similar names. Introductory practical training teaches you a skill through guided labs and a mini project. A university industrial training requirement is an academic rule your college sets and assesses. An employment internship is supervised work inside an organisation. Ask which one a programme is, and check with your college what it accepts.
Understanding over tools
A tool's output means little without knowing the protocol behind it. The aim is to understand what you are seeing, not to memorise commands.
Training, not an internship
This is instruction with guided lab practice and a mentor checkpoint each day. It does not involve client systems or employment, and it is described that way in every document.
College rules come first
If you need academic industrial training credit, get written approval from your college before joining. Only your college decides what counts.
Who can apply
Who the 45-day cybersecurity training suits
Every batch starts with an entry assessment, so the pace matches what you already know. Check your college requirements, laptop access and timetable before enrolling.
B.Tech CSE and IT
Connect computer networks, operating systems and web technologies subjects with hands-on lab work during a summer or semester break.
BCA
Build from familiar computer applications topics toward networking basics, web security and a documented lab report.
MCA
Get a practical grounding in web application security and use the mini project to practise structured reporting.
B.Sc IT and Computer Science
Apply systems knowledge to security questions, with emphasis on evidence, method and clear documentation.
First-year students
An early, structured look at cybersecurity, so you can decide whether to go deeper in later semesters.
Beginners who have never coded
No coding is needed to start — the training begins with foundations and networking. Expect extra self-study time and confirm this with the entry assessment.
Why 45 days?
Why a 45-day cybersecurity training makes sense
Forty-five days fits a summer or winter holiday window and is long enough to cover the foundations and complete a lab assessment. It is a starting point: there is no promise of mastery, a job or academic credit.
A focused holiday window
Six to seven weeks fit most college breaks, so you can train without missing classes or examinations.
Foundations first
Networking, the command line and how the web works are the ground every attack and defence stands on — and the part most worth getting right early.
Test your interest
Find out whether web security, network testing or defensive work appeals to you before committing to a longer programme.
Professional habits
Scope, permission, evidence and a clear written report — habits that matter more than any single tool.
Honest expectations
Forty-five days gives you a structured introduction and a mini project, not job readiness or a vendor certification.
Tools & technologies
What you will learn in 45 days
Drawn from the first half of the centre's cybersecurity syllabus: foundations and networking first, then OSINT, malware and phishing awareness, web technologies, web application testing and Nmap basics. Ethics, scope and permission run through every session. Ask for the session plan for your batch.
Security foundations and lab set-up
The CIA triad, the phases of ethical hacking, the law and ethics of testing, and an isolated virtual lab in VMware.
Command line, proxies and VPNs
Essential command-line use, how proxies and VPNs work, and basic Windows security settings.
Networking fundamentals
The OSI and TCP/IP models, IP addressing, ports, TCP and UDP, DNS, HTTP and firewalls, with a first look at packets in Wireshark.
OSINT
Open-source intelligence with Maltego and search operators — and what is legal to collect and what is not.
- 05
Malware and phishing awareness
How malware, keyloggers and trojans spread, the WannaCry case study, phishing types, email headers and how to recognise and report a phishing attempt.
- 06
Web technologies
HTML, PHP, databases, HTTP requests and responses, cookies and sessions — how a web application actually works before you test one.
OWASP Top 10 with Burp Suite
Intercepting and modifying requests, the repeater workflow and the most common web risks, practised on PortSwigger labs.
SQL injection and Nmap basics
How SQL injection arises and how developers prevent it, plus host discovery and port scanning against lab targets in scope.
Tools & technologies you will use
- VMware
- Linux command line
- Wireshark
- Maltego
- Burp Suite
- PortSwigger Labs
- OWASP Top 10
- SQLmap
- Nmap / Zenmap
Syllabus & learning roadmap
45-day cybersecurity roadmap
The pace depends on your entry assessment. Each day follows the same pattern: a clear objective, a guided practical in the authorised lab, an independent task and a mentor checkpoint. Nothing is ever tested outside the lab or PortSwigger's practice labs.
- Days 1–5
Foundations and lab set-up
Entry assessment, the CIA triad, the law and ethics of testing, the phases of ethical hacking, an isolated VMware lab, command-line basics, proxies and VPNs.
- Days 6–13
Networking fundamentals
The OSI and TCP/IP models, IP addressing, ports, TCP and UDP, DNS, HTTP and firewalls, Windows security settings and a first look at packet captures in Wireshark.
- Days 14–19
OSINT and malware awareness
Open-source intelligence with Maltego and search operators, what is legal to collect, then how malware, keyloggers and trojans work, with the WannaCry case study.
- Days 20–26
Web technologies and phishing awareness
HTML, PHP, databases, HTTP requests, cookies and sessions; phishing types, email headers and tracing, and how to recognise and report an attempt.
- Days 27–32
OWASP Top 10 with Burp Suite
The OWASP Top 10, intercepting and modifying requests in Burp Suite, and access control and authentication practice on PortSwigger labs.
- Days 33–37
SQL injection and Nmap basics
SQL basics, how SQL injection arises and is prevented, guided SQLmap and PortSwigger practice, then host discovery and port scanning with Nmap against lab targets only.
- Days 38–45
Mini project and final evaluation
Agree a written scope, assess a lab target or intentionally vulnerable application, document findings and fixes, write the training report and present it for evaluation.
Training vs internship vs industrial training
Summer training, internship or industrial training?
Colleges use “summer training”, “industrial training” and “internship” differently. Your university handbook and department coordinator decide what counts — not the programme title.
45-day practical training
- What it is
- Instruction, guided lab work and a mini project over a holiday window
- What it records
- A training completion certificate and a lab assessment report
- What to check
- The syllabus, lab set-up, code of conduct and certificate criteria
VS
Employment internship
- What it is
- Supervised work tasks inside an organisation
- What it records
- A letter describing the role, duration and supervisor
- What to check
- The host organisation, hours, a named supervisor and written authorisation for any testing
VS
University industrial training
- What it is
- An academic requirement your college sets, supervises and assesses
- What it records
- Whatever documents and marks your department specifies
- What to check
- Written college approval before you join any programme
Questions to ask techcadd
- Is this described as training, and how will documents word it?
- What lab environment is used, and how is testing kept within scope?
- What does the entry assessment cover, and how is the pace set?
- Which documents can be issued, and in my college's format?
The mini project
What makes a 45-day security project credible
- Written scope and permission
- Define the lab target, techniques and time window before any testing starts — and test nothing outside them.
- Reproducible evidence
- Record the requests, screenshots and commands behind each finding so a reviewer can confirm it.
- Fixes, not just findings
- Explain each issue's realistic risk and how a developer or administrator would fix it.
- Honest framing
- Describe it as a lab training project, never as a client engagement, and list its limitations.
Certificates & deliverables
What you finish with
- Training completion certificate
- Confirm the exact wording, issuer and the attendance and assessment criteria. It is not a vendor certification such as CEH, Security+ or OSCP, nor university accreditation.
- Lab write-ups
- Short write-ups of your networking, OSINT and PortSwigger lab exercises, explaining what you did and why.
- Training report
- Objectives, scope and permissions, lab set-up, methodology, findings, remediation, limitations and references.
- Evidence over labels
- Clear documented lab work says more than a certificate. Treat the certificate as a record, not a qualification.
Course Completion Certificate
Issued on finishing the programme, with a QR code and certificate ID anyone can verify.
Project Completion Certificate
A separate certificate naming the live project you designed and built during training.
Project ideas
Cybersecurity mini project ideas
Each is sized for the final week and runs only in the authorised lab or on intentionally vulnerable targets: agree a written scope, record your method and evidence, and finish with a short report and presentation.
Lab network map
Map a small virtual lab network with Nmap and document the services you find and how to reduce exposure.
Packet capture walkthrough
Capture lab traffic in Wireshark and explain a DNS lookup and an HTTP request step by step.
PortSwigger lab write-ups
Solve a set of beginner PortSwigger labs and write up the cause and fix for each.
OWASP Top 10 checklist
Test an intentionally vulnerable web application against selected OWASP Top 10 risks with Burp Suite.
SQL injection explainer
Demonstrate SQL injection on a lab application and show the parameterised-query fix.
Phishing awareness guide
Analyse sample phishing emails for header, link and attachment indicators and write a short guide for students.
OSINT exposure review
Using only public information about a fictional or consenting organisation, show what an attacker could learn and how to reduce it.
Malware case study
Explain how WannaCry spread, what it exploited and which basic controls would have limited it.
Personal security checklist
A practical guide to passwords, multi-factor authentication, updates and backups, tested against your own lab machine.
How to apply
From enquiry to final evaluation
Six steps, so you know what is agreed before you pay and how you are assessed at the end.
Enquiry
Share your degree, semester, holiday dates and whether your college requires academic training.
Counselling
Discuss your goals, the format, timings, fee, lab code of conduct and documents, and ask for the syllabus and session plan.
Skill assessment
A short entry assessment of your computer, networking and web basics to set the pace.
Syllabus selection
Agree the session plan and the level of the mini project based on your assessment.
Orientation
Set up the lab, agree the rules of engagement, and go through attendance, conduct and evaluation rules.
Attendance, evaluation and feedback
Daily checkpoints, an attendance record, a final presentation and written feedback on your report.
College requirements
Documents your college may ask for
Ask your training and placement cell or department coordinator what they need before paying, and ask techcadd to confirm which documents it can genuinely issue.
- NOC from your college
- Joining letter
- Attendance record
- Report format
- Mentor verification
- Weekly diary
- Training report
- Completion certificate
Requirements differ between universities and departments. Get written college approval first if the training must count towards an academic requirement, and do not assume an institute certificate alone satisfies it.
Dates & batches
Planning 45 days around college
Summer training
The most common window — the break after even semesters usually fits a 45-day schedule.
Winter vacation
A shorter break may need a slightly more intensive timetable or a split schedule. Ask what is possible.
Weekday or weekend intensity
Daily weekday sessions move faster; weekend-only batches take longer to cover the same 45-day plan.
Confirm start dates
Ask for the actual start date, session timings and holidays for your batch rather than relying on an “admissions open” banner.
Eligibility, fees & what is included
Cybersecurity training fees and what to ask
No fee is published here. Ask for the current fee in writing and exactly what it includes before you pay.
Ask what the fee covers
- Instruction
- Taxes
- Laptop or lab access
- Entry assessment
- Learning materials
- Mini project review
- Certificate
Request before paying
- The syllabus and session plan
- The total fee including taxes
- Whether you need your own laptop, and its specification for virtual machines
- The lab set-up and code of conduct
- The refund policy
- The certificate criteria
Entry prerequisites
Basic computer skills are enough to start; no prior security or coding experience is assumed. Comfort with networking concepts helps, and complete beginners should plan for extra self-study.
Career scope
Where 45 days of cybersecurity can lead
Roles you might work towards with further study and practice — not roles this training promises:
- SOC analyst (L1)
- Junior security analyst
- Vulnerability assessment associate
- Application security trainee
- Network security associate
- IT support with a security focus
Forty-five days gives you a structured introduction and a mini project. It does not guarantee employment; a longer programme, documented lab work and, later, recognised certifications support future applications.
Keep practising legally
Continue on PortSwigger labs and your own isolated lab, writing up each exercise.
Go deeper
The six-month cybersecurity programme adds penetration testing, cross-site scripting, cryptography, digital forensics, Python and a full capstone.
Choose a direction
Use what you enjoyed most — web testing, networks or defence — to choose your next course or certification.
Why students consider techcadd
Why consider techcadd for cybersecurity training in Jalandhar?
Ask about trainer experience, batch size, practical lab time, how the lab is isolated and how the mini project is reviewed — and ask to see sample reports shared with permission.
Syllabus-based
The 45 days follow the first half of the centre's own cybersecurity syllabus.
Ethics built in
Every exercise is authorised and runs in a permitted lab, so you learn professional habits along with the techniques.
Daily checkpoints
Every day ends with a mentor checkpoint, so problems are caught early.
See it for yourself
Visit the centre, meet the trainers and look at the labs before you confirm a batch.
Cybersecurity training in Jalandhar, Punjab
The centre is at 2nd Floor, Crystal Plaza, SCS 78, Opposite PIMS Hospital, Jalandhar. Check your travel time against your holiday plans, and ask about counselling hours before you visit.
techcadd Jalandhar — 2nd Floor, Crystal Plaza, SCS 78, Opposite PIMS Hospital, Jalandhar, Punjab 144001Frequently asked questions
45 days cybersecurity training FAQs
Answers can differ by degree, semester and batch — confirm any academic requirement with your college.
Is ethical hacking legal?
Testing is legal only with explicit permission from the system owner. Every exercise in this training runs in a permitted lab or on PortSwigger's practice labs — never against systems without written permission.
What is the difference between cybersecurity and ethical hacking?
Cybersecurity covers protecting systems as a whole; ethical hacking is the authorised testing part of it.
Is 45 days enough to learn cybersecurity?
It is enough for a structured introduction and a small lab assessment. It is not enough to become a security professional; that takes a longer programme and continued practice.
Which topics and tools are covered?
Foundations, networking, OSINT, malware and phishing awareness, web technologies, the OWASP Top 10 with Burp Suite and PortSwigger labs, SQL injection basics and Nmap, using VMware, Wireshark, Maltego and SQLmap. Ask for the session plan for your batch.
What is the OWASP Top 10?
A widely used list of the most common web application security risks, such as injection and broken access control.
Do I need coding knowledge?
No. The training starts with foundations and networking. Python is covered in the six-month programme.
What is the difference between summer training and an internship?
Summer training is instruction with guided practice and a project. An internship is supervised work inside an organisation. This programme is training.
Will my college accept this as industrial training?
Only your college or university can confirm that. Get written approval before joining if you need academic credit.
Can I get a joining letter?
Ask techcadd which documents it can issue, including a joining letter, and whether they can follow your college's format.
Do I need a laptop?
Ask about lab availability and the recommended specification for running virtual machines if you practise at home.
Can first-year students join?
Yes, first-year students can enquire. The entry assessment sets the pace to match what you already know.
I have never coded. Can I join?
Yes, motivated beginners can start with the foundations, but should expect extra self-study during the 45 days.
Does this prepare me for CEH or Security+?
Some topics overlap with entry-level certifications, but this training is not a vendor certification. Check each exam's own syllabus.
Will I get a certificate?
Confirm the exact certificate wording and the attendance and assessment criteria for receiving it.
Is placement guaranteed?
No. A 45-day training is an introduction, and no placement or job is guaranteed.
What should come after the 45 days?
Keep practising in legal labs, or move on to the six-month cybersecurity programme, which continues the same syllabus.
How do I apply?
Send an enquiry from this page or call +91 98881 22254, share your degree and holiday dates, and ask for the syllabus and session plan.
Where is the centre?
techcadd Jalandhar is at 2nd Floor, Crystal Plaza, SCS 78, Opposite PIMS Hospital, Jalandhar, Punjab 144001. Visit for counselling before you confirm a batch.
Apply
Plan your 45-day cybersecurity training
Looking for 45 days cybersecurity training in Jalandhar, ethical hacking summer training or a short introduction to web security? Tell us your degree, semester, holiday dates and goals, and request the syllabus, session plan, lab set-up and document details before you enrol.
- Request the syllabus and session plan
- Ask how the lab is set up and kept in scope
- Confirm your college's requirements
- Check start dates, fees and documents