$150
Skill Boost Courses
H | REM
Reverse Engineering Master
Hackinetix Academy’s Reverse Engineering Master is an advanced, hands-on cybersecurity program designed to develop practical expertise in reverse engineering, binary analysis, debugging, malware analysis, vulnerability research, and software security. The course helps learners understand how compiled software works internally and how security researchers analyze applications to identify vulnerabilities, suspicious behavior, and potential attack surfaces.
The program covers the complete reverse-engineering workflow, from binary identification and static analysis to assembly-level analysis, debugging, dynamic analysis, memory inspection, and vulnerability research. Learners gain practical exposure to industry-relevant tools and techniques used to analyze executable files, understand program logic, trace execution, and investigate software behavior in controlled environments.
Key Learning Areas
- Reverse Engineering Fundamentals
- Binary & Executable Analysis
- Static & Dynamic Analysis
- Assembly Language Fundamentals
- x86/x64 Architecture & Instruction Analysis
- Debugging & Program Execution
- Registers, Memory & Stack Analysis
- Control Flow & Code Analysis
- Ghidra, IDA & Debugging Tools
- Malware & Suspicious Binary Analysis
- Vulnerability Research Fundamentals
- Software Protection & Obfuscation Concepts
- API & Function Analysis
- Exploit Research Fundamentals
- Hands-on Reverse Engineering Labs
The Reverse Engineering Master program is ideal for cybersecurity students, malware analysts, penetration testers, developers, security researchers, and aspiring reverse engineers who want to develop deeper technical expertise in understanding software at the binary and assembly level.
Hackinetix Academy combines structured learning with practical labs to help learners move beyond theoretical concepts and develop the analytical skills required to dissect software, understand program behavior, investigate malicious binaries, and identify security weaknesses.
Eligibility Criteria & Prerequisites
The Reverse Engineering Master program at Hackinetix Academy is designed for learners who want to develop advanced skills in software analysis, binary analysis, debugging, and vulnerability research.
Eligibility Criteria
- Open to college students, freshers, IT professionals, cybersecurity enthusiasts, and aspiring security researchers
- Basic understanding of computers and operating systems
- Familiarity with Windows and Linux is recommended
- Basic knowledge of networking and cybersecurity concepts is beneficial
- Interest in Reverse Engineering, Malware Analysis, Vulnerability Research, or Offensive Security
- No prior professional reverse-engineering experience is required
Prerequisites
- Basic understanding of programming concepts and software execution
- Knowledge of C/C++ is recommended but not mandatory
- Familiarity with assembly language is beneficial
- Basic understanding of processes, memory, registers, and operating-system fundamentals
- Familiarity with debugging or tools such as GDB, x64dbg, Ghidra, or IDA is helpful but not required
- A laptop/PC with stable internet access for hands-on labs
Recommended Background: Learners with basic programming and cybersecurity knowledge will progress faster, but the program is structured to build reverse-engineering skills through practical, hands-on learning.
Module 1: Reverse Engineering Fundamentals
Module 2: Computer Architecture & Memory Internals
Module 3: x86/x64 Assembly Programming
Module 4: Windows Internals for Reverse Engineers
Module 5: PE File Format & Executable Internals
Module 6: Static Binary Analysis
Module 7: Dynamic Analysis & Advanced Debugging
Module 8: Disassembly & Decompilation Techniques
Module 9: Function Recovery & Control Flow Analysis
Module 10: API Tracing & Windows Native API Analysis
Module 11: Software Protections, Packers & Obfuscation
Module 12: Anti-Debugging, Anti-VM & Anti-Analysis Techniques
Module 13: CrackMe Challenges & Binary Patching
Module 14: DLL Injection, Hooking & Code Injection
Module 15: .NET Reverse Engineering
Module 16: Android Application Reverse Engineering
Module 17: Malware Reverse Engineering
Module 18: Ransomware & Banking Malware Analysis
Module 19: Memory Analysis & Runtime Behavior
Module 20: Shellcode Analysis & Development
Module 21: Binary Exploitation Fundamentals
Module 22: Vulnerability Research Methodology
Module 23: Intro to Fuzzing & Crash Analysis
Module 24: Exploit Development Basics
Module 25: Automation with Python for Reverse Engineering
Module 26: CTF Reverse Engineering Challenges
Module 27: Real-World Software Reverse Engineering Case Studies
Module 28: Capstone Reverse Engineering Project