Thoroughly enjoyed this course. The way the information was presented was excellent, and the practical applications were highlighted effectively. Great job!
Practical Reverse Engineering and Binary Analysis
Master the fundamentals of software disassembly and debugging to uncover how applications work under the hood.
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About this course
Ever wondered how software works without having access to the source code? Reverse engineering allows you to peel back the layers of compiled programs to understand their logic, security, and inner workings. This course provides a clear path into the world of low-level analysis, transforming complex binaries into understandable concepts.
You will transition from viewing software as a black box to understanding the underlying assembly, system calls, and memory management that drive modern applications. By learning to deconstruct software, you gain essential skills for cybersecurity, malware analysis, and systems programming.
What you'll learn:
- Understand the core principles of low-level systems and binary execution
- Practice static analysis to examine code structure and logic without running the program
- Apply dynamic analysis using debuggers to observe software behavior in real-time
- Explore Windows internals including memory management and system architecture
- Analyze common binary patterns and identify standard programming constructs in assembly
- Learn modern security concepts including vulnerability identification and zero-trust basics
The course begins with essential terminology and foundational computer architecture before progressing through structured modules on disassembly techniques and system-level debugging. It is designed for beginners interested in security or systems development, with no prior experience in binary analysis required. Start your journey into the world of low-level software analysis today.
Course contents
6 modules · 28 lessons · 3h
1
Foundations of Binary Analysis
Understand the basic terminology and how computers execute code at the lowest level.
- What is Reverse Engineering?
Reverse engineering is the process of deconstructing software to understand its design and logic without source code.7 min - The Language of Binaries
Essential terminology: bits, bytes, hex, and the difference between source code and compiled binaries.6 min - Computer Architecture 101
The roles of the CPU, RAM, and Registers in executing programs.7 min - The Lifecycle of an Instruction
How the CPU fetches, decodes, and executes a single binary instruction.7 min - Endianness and Data Representation
Understanding how data is stored in memory (Little Endian vs Big Endian).6 min
2
Static Analysis & Assembly Language
Learn to read code structure and logic without running the program.
- Introduction to Disassemblers
How disassembly tools turn machine code back into human-readable assembly.6 min - Common Assembly Instructions
Learning basic x86/x64 instructions like MOV, ADD, and SUB.7 min - Control Flow: Jumps and Loops
Identifying if-statements and loops by looking at jump instructions.7 min - The Stack and Function Calls
How programs pass data to functions and manage memory using the stack.7 min - Recognizing Code Patterns
Identifying standard C/C++ constructs (like switch cases) in assembly code.7 min - Strings and Imports
Using embedded text and external library calls to guess a program's purpose.6 min
3
Windows Internals for Researchers
Explore how the Windows OS manages processes and memory.
- Windows System Architecture
The relationship between User Mode, Kernel Mode, and the OS layers.6 min - Virtual Memory Management
How Windows isolates program memory using pages and virtual addresses.7 min - The PE File Format
The structure of a Windows executable, including headers and sections.7 min - Understanding System Calls
How applications request services from the Windows kernel.6 min - DLLs and Shared Libraries
How Windows programs share functionality through Dynamic Link Libraries.6 min
4
Dynamic Analysis & Debugging
Observe and manipulate software behavior in real-time using debuggers.
- Debugger Essentials
Setting breakpoints and stepping through code line-by-line.7 min - Monitoring Registers and Memory
Watching how data changes in real-time as the program executes.7 min - Patching Binaries
Modifying a program's behavior by changing its binary instructions on the fly.6 min - Tracing Program Execution
Recording the path a program takes to find hidden logic.6 min - Dealing with Anti-Debugging
A brief look at how some programs try to hide from analysts.6 min
5
Security Concepts & Vulnerabilities
Identify security flaws and apply zero-trust principles to binary analysis.
- Identifying Common Vulnerabilities
Spotting signs of buffer overflows and memory corruption in assembly.7 min - Zero-Trust in Software Analysis
The principle of never trusting input and verifying every execution path.6 min - Malware Analysis Fundamentals
Using RE techniques to identify malicious intent in unknown files.6 min - Defensive Reverse Engineering
Using analysis skills to build more secure and resilient software.6 min
6
Putting It All Together
Synthesize static and dynamic analysis into a single workflow.
- The Analysis Workflow
Combining static and dynamic techniques for a complete picture.6 min - Case Study: Simple CrackMe
Walking through the analysis of a simple password-protected binary.6 min - The Future of Your RE Journey
Next steps, advanced tools, and how to keep practicing.6 min
Final project
The Binary Detective Challenge
You are given a simple 'mystery' Windows binary. Your task is to use static and dynamic analysis to find a hidden 'flag' or password and explain the logic of the validation function.
What you'll get
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Certificate of completion
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Short & focused
3h of practical content
Certificate of completion
Every course you complete on PickAClass issues a credential like this — original, with its own code, verifiable by URL, and detailed about what was actually demonstrated.
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Certificate of Mastery
This certifies that
Name Surname
has successfully demonstrated mastery of
Practical Reverse Engineering and Binary Analysis
Skills demonstrated
✓
Behavioral pattern analysis
Foundational
1.2 hrs
✓
Decision-architecture frameworks
Proficient
1.4 hrs
✓
A/B test design
Proficient
1.7 hrs
✓
Behavioral copywriting
Advanced
1.9 hrs
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Practical Reverse Engineering and Binary Analysis
Page 2 of 2
Performance detail
Coursework summary
Lessons completed
14 / 14
Practice questions
26 / 28
Assignments submitted
4 (avg 4.5 / 5)
Capstone project
Reviewed — 4.6 / 5
Total practice
6.2 hrs
Performance benchmark
Cohort rank
Top 12% of 1,625
Time to completion
11 days (median: 22)
Mastery score
91 / 100
Practice-question score
94%
Skill verification
Verified Skill Path
Reviews (8)
Hmm, I'm not sure this is for absolute beginners. It assumes a bit of prior knowledge that wasn't explicitly taught. Some examples were confusing.
So glad I took this course. The examples were relevant and helped break down difficult concepts. Felt like I made real progress.
What a fantastic learning experience. The examples were super relevant and really helped cement the concepts. Loved it!
Loved the practical application examples. Exactly the kind of hands-on learning I was looking for.
It's a good course if you have some prior knowledge. For absolute beginners, some concepts might be a bit challenging. The structure is logical, though.
Really enjoyed the flow of this. The practical applications discussed were spot on. Great course!
Decent course. The structure was mostly clear, though a few examples could have used a bit more detail. Still, learned a lot.
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Frequently asked
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Yes — full refund within 14 days, no questions asked.
How long will I have access? +
Forever. Once you purchase, the course is yours to revisit anytime.
Will I get a certificate? +
Yes. On completion you'll receive a certificate you can add to your LinkedIn profile.
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