UGC NET AND CYBERSECURITY BOTH STUDY PLAN

 

🎯 Overall Strategy

You’ll study:

• 4–5 hours daily

• 2 sessions per day

• Skill + theory balance

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🗓 DAILY STUDY STRUCTURE (Repeatable Weekly Format)

Time	Focus
Morning (2 hrs)	UGC NET
Evening (2–3 hrs)	Cybersecurity

If busy:
Minimum = 3 hrs/day (1.5 + 1.5 split)

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📘 UGC NET (Computer Science) Study Plan

UGC NET has:

• Paper 1 (Teaching & Research Aptitude)

• Paper 2 (Computer Science)

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🧠 UGC NET SYLLABUS BREAKDOWN (Paper 2)

Important Units:

1. Discrete Mathematics

2. Digital Logic

3. Computer Organization

4. Programming & Data Structures

5. Algorithms

6. Theory of Computation

7. Compiler Design

8. Operating Systems

9. Databases

10. Computer Networks

11. Software Engineering

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📅 UGC NET DAILY PLAN (Morning Session – 2 Hours)

🔹 Monday

• 1 hr: Discrete Mathematics

• 1 hr: MCQs practice

🔹 Tuesday

• 1 hr: Data Structures

• 1 hr: Previous Year Questions

🔹 Wednesday

• 1 hr: Theory of Computation

• 1 hr: Notes revision

🔹 Thursday

• 1 hr: Operating Systems

• 1 hr: MCQs

🔹 Friday

• 1 hr: DBMS

• 1 hr: SQL & Normalization practice

🔹 Saturday

• 1 hr: Computer Networks

• 1 hr: PYQs

🔹 Sunday

• Full-length mock (2 hrs)

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📌 How to Study for NET Effectively

1. Solve last 10 years PYQs.

2. Make short notes per unit.

3. Focus on conceptual clarity.

4. Revise every Sunday.

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🔐 CYBERSECURITY DAILY PLAN (Evening Session – 2–3 Hours)

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📅 Cybersecurity Weekly Structure

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🔹 Monday – Networking

• OSI model

• TCP/IP

• Subnetting

• Practice Wireshark

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🔹 Tuesday – Linux

• Commands practice

• File permissions

• User management

• Install tools

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🔹 Wednesday – Web Security

• OWASP Top 10

• SQL Injection theory + lab

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🔹 Thursday – Tools

• Nmap scanning

• Port scanning practice

• Learn flags

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🔹 Friday – Burp Suite

• Intercept requests

• Modify parameters

• Test login pages

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🔹 Saturday – Practical Lab

• TryHackMe / HackTheBox

• 1 room per week

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🔹 Sunday – Project Security

Secure your own projects:

• Add hashing

• Add CSRF tokens

• Validate inputs

• Rate limiting

 

📘 PHASE 5: Advanced Topics (Month 8–12)

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☁️ Cloud Security

• AWS IAM

• Misconfigured S3 buckets

• API security

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🔐 Cryptography

• Hashing (MD5 vs SHA256)

• Symmetric vs Asymmetric encryption

• RSA basics

• TLS handshake

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🔎 Digital Forensics

• Log analysis

• Memory dumps

• Incident response

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🧠 Red Team vs Blue Team

Red Team	Blue Team
Attack	Defend
Find vulnerabilities	Monitor logs
Exploit	Patch

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🏆 Certifications Path

Beginner:

• eJPT

• Security+

Intermediate:

• CEH

Advanced:

• OSCP

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🔥 1-Year Outcome If You Follow This

You will:

• Understand system internals

• Find real vulnerabilities

• Do bug bounty

• Apply security to your own projects

• Become job-ready

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💡 For You Specifically

Since you build:

• Student Management System

• V-Connect

• Shopping App

Start applying:

• Input validation

• Password hashing

• Rate limiting

• Secure file uploads

• Proper authentication flow

This will turn you into a Security-aware Developer, which companies prefer over tool-based hackers.

 

📕 PHASE 4: Real Practice Platforms

Only practice legally:

• TryHackMe

• Hack The Box

• PortSwigger Web Academy

Start with:

• Pre Security Path

• Jr Penetration Tester

 

📙 PHASE 3: Ethical Hacking Tools (Month 5–7)

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🔍 Nmap (Scanning)

nmap -sV target.com

Learn:

• Port scanning

• Service detection

• OS detection

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🐞 Burp Suite

Learn:

• Intercepting requests

• Modifying parameters

• Finding hidden fields

• Testing authentication

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💣 Metasploit

Learn:

• Exploit modules

• Payloads

• Reverse shell

 

📗 PHASE 2: Web Security Core (Month 3–4)

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🔥 OWASP Top 10 (Very Important)

1️⃣ SQL Injection

Vulnerable code:

SELECT * FROM users WHERE username = '$user';

Attack:

' OR '1'='1

Fix:

• Prepared statements

• Parameterized queries

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2️⃣ XSS (Cross-Site Scripting)

Stored XSS:

• Malicious script saved in DB

Reflected XSS:

• Injected via URL

Fix:

• Escape output

• Use Content Security Policy

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3️⃣ CSRF

User logged in → attacker forces request.

Fix:

• CSRF tokens

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4️⃣ Broken Authentication

Fix:

• Strong hashing (bcrypt)

• Secure session handling

🚀 CYBERSECURITY COMPLETE ROADMAP (Beginner → Advanced) 📘 PHASE 1: Foundations (Month 1–2)

 

🚀 CYBERSECURITY COMPLETE ROADMAP (Beginner → Advanced)

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📘 PHASE 1: Foundations (Month 1–2)

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1️⃣ Networking Deep Dive (Core Backbone)

🔹 What You Must Understand

OSI Model (7 Layers)

Layers:

1. Physical

2. Data Link

3. Network

4. Transport

5. Session

6. Presentation

7. Application

👉 Real understanding:

• HTTP works at Application layer

• TCP works at Transport layer

• IP works at Network layer

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TCP vs UDP

TCP	UDP
Reliable	Fast
Connection oriented	Connectionless
Used in HTTPS	Used in streaming

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Important Concepts

• IP Address (IPv4, IPv6)

• Subnetting

• DNS (How google.com becomes IP)

• ARP

• Ports (80, 443, 22, 21, 3306)

• Three-way handshake (SYN → SYN-ACK → ACK)

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Tools Practice

• Wireshark → Capture packets

• ping, traceroute

• netstat

• nslookup

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2️⃣ Linux Mastery (Month 1–2)

Install:

• Kali Linux (VirtualBox)

Learn:

File Structure

• /etc

• /var

• /home

• /bin

• /root

Important Commands

ls
cd
chmod
chown
grep
cat
nano
find
ps
kill
apt install

Permissions

Example:

-rwxr-xr--

Meaning:

• Owner: read write execute

• Group: read execute

• Others: read

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3️⃣ Programming for Security

Since you're a developer, focus on:

Python

• Variables

• Loops

• Functions

• Requests library

• Sockets

Example:

import socket
print(socket.gethostbyname("google.com"))

Cybersecurity journey 💻 Phase 3: Practical Hacking Practice (4–8 Months)

 

💻 Phase 3: Practical Hacking Practice (4–8 Months)

Never hack real websites ❌
Practice legally on platforms:

• TryHackMe

• Hack The Box

• PortSwigger Web Security Academy

Start with beginner rooms.

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🧪 Phase 4: Tools You Must Learn

Tool	Purpose
Nmap	Network scanning
Burp Suite	Web app testing
Metasploit	Exploitation
Wireshark	Packet analysis
John the Ripper	Password cracking
Hydra	Brute force

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🎓 Certifications (Optional but Powerful)

Start with:

• CEH (Certified Ethical Hacker)

• CompTIA Security+

• eJPT (Beginner friendly)

Cybersecurity journey 🛡 Phase 2: Core Cybersecurity Concepts (2–4 Months)

 

🛡 Phase 2: Core Cybersecurity Concepts (2–4 Months)

🔍 1. Types of Cybersecurity

Understand domains:

• Ethical Hacking

• Web Security

• Network Security

• Cloud Security

• Digital Forensics

• SOC Analyst

• Malware Analysis

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🌐 2. Web Application Security (Very Important for You)

Since you build web apps like:

• Student Management System

• V-Connect

• Jinni Shopping App

You should learn how they can be attacked.

Study:

• SQL Injection

• XSS (Cross Site Scripting)

• CSRF

• Authentication bypass

• Session hijacking

Resource:
👉 OWASP Top 10

Cybersecurity journey Phase 1: Build Strong Foundations (0–2 Months)

 

Phase 1: Build Strong Foundations (0–2 Months)

Before jumping into hacking tools, master the basics.

🖥 1. Computer Networking (Very Important)

Learn:

• OSI & TCP/IP model

• IP, Subnetting

• DNS, DHCP

• HTTP / HTTPS

• Ports & Protocols

Tools to explore:

• Wireshark

• Packet Tracer

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🐧 2. Linux Fundamentals

Most cybersecurity tools run on Linux.

Learn:

• File system structure

• Commands (ls, grep, chmod, nano, etc.)

• Users & permissions

• Process management

Install:

• Kali Linux (Virtual Machine using VirtualBox)

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🧠 3. Basic Programming

Since you already work with PHP, Node.js, Firebase — that’s a big advantage.

Focus on:

• Python (for automation & scripting)

• Bash scripting

• Basic understanding of JavaScript vulnerabilities