Best Assembly Language Courses in 2026: x86, ARM and RISC-V, Ranked

Last updated: October 2026. Written by Josh Hutcheson, OnlineCourseing editor. We re-opened every course below on 22 October 2026 and read its rating, enrollment, length and last-update date from the provider’s own page that day. See our review methodology.

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Assembly language is the human-readable form of the instructions a processor executes, one step above raw machine code. Almost no one writes whole applications in it any more, but understanding it is transformative. It is the foundation of reverse engineering and malware analysis, it shows up constantly in embedded and firmware work, it is how compilers and operating systems are understood, and it explains what your high-level code really turns into.

There is no single “assembly language”: each processor family has its own. The courses below cover the three that matter most to learners in 2026: x86-64 (desktops, laptops and servers), ARM (phones, Apple Silicon, the Raspberry Pi and most microcontrollers) and RISC-V (the open instruction set used in teaching and a growing range of chips), plus the classic teaching architecture, MIPS.

How we picked these assembly courses

We started from the courses that rank and get recommended for assembly, Class Central’s list, Udemy’s assembly topic page and the r/Assembly_language and r/learnprogramming threads, and opened each one on 22 October 2026 to read its rating, number of ratings, enrollment, length and last update. We weighed:

• Architecture fundamentals first. Registers, memory and the stack before instructions, because assembly only makes sense with that model.
• Debugger use. You learn assembly by stepping through it; courses that teach GDB, x64dbg or similar rank higher.
• A clear purpose. Security, embedded and computer-science courses differ, and each pick serves one of them.
• Currency. Assembly itself is stable, but toolchains change; we note every course’s last update.

We earn a commission on some links, which never changes the order. Several of the best resources here are free.

The best assembly language courses at a glance

The best assembly courses, ranked

1. x86 Assembly Language Programming From Ground Up (Udemy / Israel Gbati): best overall

Israel Gbati’s course is the clearest general introduction we found. It has 4.5★ from 1,719 ratings and 15,840 students over 14 hours, and was last updated in May 2025. It builds from computer-architecture fundamentals, registers, memory and the stack, up through writing and debugging real x86 assembly, without assuming low-level experience. x86 is the right first architecture for most learners because it runs the desktops and servers you already use and dominates security work.

Best for: most beginners, especially those heading toward security or systems work.  Worth knowing: it helps to know some C first; Udemy courses drop to roughly $15–$20 in Udemy’s frequent sales.

View the x86 course on Udemy →

2. Assembly Language Programming for Reverse Engineering (Udemy / Paul Chin): best for security

The most common reason to learn assembly today is security: you cannot analyze malware or reverse-engineer a binary without reading it. Paul Chin’s course teaches assembly through that lens, and unusually it skips the assembler: you write and step through assembly directly in the x64dbg debugger and use it to modify real .exe files. It is the highest-rated and most recently updated course on this list: 4.7★ from 596 ratings, 8,593 students and 15 hours, updated in September 2026.

Chin publishes a series of related reverse-engineering courses, including x64dbg scripting, so this is also an entry point into a longer path. It assumes no prior assembly but moves faster than Gbati’s course on general architecture.

Best for: aspiring malware analysts, CTF players and reverse engineers.  Worth knowing: pair it with our cybersecurity certifications guide if you are building toward a security role.

View the reverse engineering course →

3. Build a Modern Computer from First Principles: Nand to Tetris Part I (Coursera): best for foundations

Nand to Tetris is the course people recommend when someone asks how computers really work. Across six modules you build a computer from logic gates up, then program it in its own simple machine language, which is assembly stripped to essentials. Coursera lists 3,744 reviews; each module takes about 2 to 3 hours of lectures and 5 to 10 hours for its project. It is taught by Shimon Schocken of the Hebrew University of Jerusalem and can be audited free.

It does not teach x86 or ARM directly, so it is not a replacement for picks #1 or #4. What it gives you is the model of the machine that several Reddit replies say you need before assembly makes sense: once you have built a CPU, registers and memory are no longer abstract.

Best for: CS students and self-taught developers who want to understand the machine before writing assembly for a real one.  Worth knowing: the graded projects and certificate need a Coursera subscription (an annual Coursera Plus subscription currently costs $239 (normally $399)); auditing is free.

Audit Nand to Tetris on Coursera →

4. ARM Assembly Language From Ground Up 1 (Udemy / Israel Gbati): best for ARM

ARM is the architecture behind phones, Apple Silicon Macs, the Raspberry Pi and most microcontrollers, so it is the right choice if your interest is embedded or mobile. Gbati’s ARM course follows the same ground-up approach as his x86 course and holds 4.5★ from 885 ratings, with 8,503 students and 15 hours of video, last updated in February 2022. ARM is a RISC design, and several learners in the threads we read found it easier to start with than x86.

Best for: embedded and firmware learners, and anyone who prefers a cleaner instruction set.  Worth knowing: it focuses on 32-bit ARM Cortex-style programming; see our embedded systems courses for the C side.

View the ARM course on Udemy →

5. x86 64-bit Assembly Language: Step-by-Step Tutorial (Udemy / x-BIT Development): best short 64-bit course

Many older assembly courses teach 32-bit x86, which still matters for reverse engineering but is not what modern operating systems run natively. This shorter course focuses on 64-bit x86 in about six hours: 4.5★ from 385 ratings and 3,650 students, updated in October 2023. It is a good second course after #1 or a quick start for experienced programmers.

View the x86-64 course →

6. Malware Analysis and Assembly Language Introduction (edX / IBM): best structured security course

IBM’s edX course teaches assembly as a tool for malware analysis, over seven weeks at 2 to 6 hours a week. It is more structured than the Udemy options, with a defined schedule, and suits learners who want a security focus from a recognized name. You can audit it free; the verified certificate is paid.

View the IBM course on edX →

7. Introduction to RISC-V (LFD110, Linux Foundation): best free RISC-V course

RISC-V is the open, royalty-free instruction set that universities increasingly teach and a growing range of chips use. One r/Assembly_language reply recommends it as the best starting point now because its core instruction set is uncomplicated. The Linux Foundation’s free LFD110 course covers the ISA, includes a chapter of hands-on RISC-V assembly run in a simulator, and introduces the development tools. It is free on the Linux Foundation training site.

8. ARM Raspberry Pi Assembly Language From Ground Up (Udemy / Israel Gbati): best for Pi hardware

If you own a Raspberry Pi and want to program it directly, this course targets it specifically. It has dropped to 4.1★ from 423 ratings (4,056 students, 7 hours) and was last updated in February 2021, so we now rank it below Gbati’s general ARM course. Choose it only if Pi-specific projects are the point; see also our Raspberry Pi courses.

View the Raspberry Pi assembly course →

9. Complete x86 Assembly Programming: 120+ Practical Exercises (Udemy): best for extra practice

Built around a large set of worked problems, this course is useful as a practice bank after a structured course. Its rating has slipped to 4.0★ from 420 ratings (3,433 students, 10 hours), and it was last updated in January 2020, so treat it as a supplement, not a first course.

View the practice course →

Free ways to learn assembly language

Assembly has enduring free material, and because the subject is stable, older resources remain accurate.

• OpenSecurityTraining2 at opensecuritytraining.info: free, self-paced classes under open licenses, starting with Architecture 1001: x86-64 Assembly and continuing into debuggers, reverse engineering and firmware security.
• PC Assembly Language by Paul Carter, now hosted at pacman128.github.io/pcasm: a long-standing free book on 32-bit x86 assembly. (The old drpaulcarter.com address no longer hosts it.)
• Programming from the Ground Up by Jonathan Bartlett: a free book under the GNU Free Documentation License, listed on Savannah, that teaches programming from assembly upward on Linux.
• Programmed Introduction to MIPS Assembly Language from Central Connecticut State University at chortle.ccsu.edu: a complete free MIPS course with quizzes, run in the free SPIM simulator. One Reddit reply recommends it specifically for learning the fundamentals.
• Nand to Tetris (pick #3), which you can audit free, and the free LFD110 RISC-V course (pick #7).
• Practice targets: picoCTF’s reverse-engineering challenges, suggested in r/learnprogramming, give you real binaries to read.

The tools you will use

Most of what makes assembly approachable today is tooling. You do not need all of these, but knowing what each is for saves a lot of confusion:

A practical tip from the threads we read: before writing your own assembly, compile a five-line C function on Compiler Explorer and read the output line by line. It is the fastest way to connect instructions you are learning with code you already understand.

A quick primer: registers, the stack and calls

Every assembly course starts with the same few ideas, and knowing them in advance makes the first week much easier. Registers are a handful of tiny, very fast storage slots inside the CPU; on x86-64 they have names such as RAX, RBX, RSP and RIP. Instructions mostly move data between registers and memory and do arithmetic or comparisons on registers.

The stack is a region of memory that grows and shrinks as functions are called; the stack pointer (RSP on x86-64) tracks its top. A call pushes a return address and jumps to a function; a ret pops it and jumps back. A calling convention fixes which registers carry arguments and the return value, which is why the same C function compiles differently on Windows and Linux. Once these click, most of the rest is learning instructions and patterns.

What the assembly community recommends

We read the most active threads on r/Assembly_language and r/learnprogramming on 22 October 2026. The advice was consistent:

• Learn computer architecture alongside assembly. Several replies say assembly will not make sense without it, and point to Nand to Tetris and the Berkeley architecture lectures listed on teachyourselfcs.com.
• Pick one architecture and finish a book on it before branching out; the concepts transfer later.
• Start simple. Older or cleaner architectures, RISC-V, MIPS or ARM, are easier first targets than modern x86.
• Use the CPU manual. Experienced programmers often learned from the processor’s own reference guide, which lists every instruction.
• Have a reason. People who learned assembly for a goal, building an emulator, cracking a CTF challenge, debugging a compiler, stuck with it far longer than those learning it in the abstract.

Assembly for computer science students

If you are taking assembly as part of a degree or an A-level or AP computer science course, the architecture is chosen for you, and it is usually a teaching one: MIPS, ARM or RISC-V, run in a simulator such as MARS, SPIM or Venus, or a simplified exam-board instruction set. The free CCSU MIPS tutorial matches most MIPS courses chapter for chapter, and Nand to Tetris is a strong companion for any computer organization module.

Two habits help most with coursework. First, trace programs by hand: write down each register’s value after every instruction, which is what exam questions test. Second, run the same small program in the simulator and compare its register view with your trace. Students in the threads we read who did both described assembly as one of the most rewarding parts of their degree.

Is there an assembly language certification?

No: there is no standalone assembly language certification, and none is expected. Assembly is a skill applied inside other work, such as reverse engineering, exploit development and embedded engineering. Where it appears in credentials, it is inside broader security certifications such as reverse-engineering or exploit-development tracks. Course certificates from Coursera, edX or Udemy show completion; what employers value is demonstrated ability, a reversed binary or a working embedded routine.

Should you learn assembly? Who it is for

Assembly is worth learning if you are heading for one of the fields that read it every day: malware analysis and reverse engineering, exploit development and vulnerability research, embedded systems and firmware, compilers, operating systems and performance engineering. Those specialists are relatively scarce because few developers understand the machine at this level.

It is also worth learning briefly even if you never write it professionally. A few weeks of assembly change how you think about pointers, function calls, the stack and performance in every language above it. For web or data work, though, it is optional: learn it out of curiosity, not because a job requires it. A concrete example of the payoff: once you can read assembly, a profiler’s hot loop or a crash dump stops being a wall of hex and becomes a sequence of steps you can follow and reason about.

How to learn assembly language: a path that works

• Learn C first, or alongside. The most common advice in the threads we read. C is close to the machine, so you can compile a small C function and read the assembly it produces. See our C programming courses.
• Understand the machine. Registers, memory, the stack and how a CPU fetches instructions. Nand to Tetris or a computer architecture course gives you this.
• Pick one architecture. x86-64 for security and desktop work, ARM for embedded and mobile, RISC-V or MIPS for a clean teaching set. The concepts transfer.
• Use a debugger from day one. Step through code in GDB, x64dbg or a simulator and watch registers change.
• Read before you write. Most professionals read far more assembly than they write. Compiler Explorer (godbolt.org) shows the assembly for any C snippet instantly.
• Build something small. A string routine, a simple loop over an array, or a tiny program on a microcontroller.

Do you need to learn C before assembly?

You do not have to, but it helps a lot, and most experienced programmers in the Reddit threads we read recommend it. C has pointers, manual memory and a visible stack, so assembly reads as what C compiles into. Learners who start with assembly directly often say they could follow the instructions but did not understand why. If you already know Python, a few weeks of C first will make any assembly course easier.

x86, ARM or RISC-V: which should you learn first?

The concepts carry over: once you know one assembly language, a second takes weeks, not months, because registers, memory, the stack and branching work the same way everywhere.

What to look for in an assembly course

• The right architecture for your goal (see the table above).
• Fundamentals first: registers, memory and the stack before instruction lists.
• Hands-on debugging, not only slides of instructions.
• A clear purpose: security and embedded courses teach different tools.
• A note on 32-bit vs 64-bit: 32-bit material is fine for learning and reverse engineering older binaries; modern systems run 64-bit.

Related guides: best coding courses, Linux courses, embedded systems courses and cybersecurity certifications.

Frequently asked questions

What is the best course to learn assembly language?

For most learners, Israel Gbati’s x86 Assembly Language Programming From Ground Up on Udemy (4.5 stars from 1,719 ratings, updated May 2025) is the clearest start. For reverse engineering, Paul Chin’s Assembly Language Programming for Reverse Engineering (4.7 stars, updated September 2026) is the best fit.

Is assembly language hard to learn?

The instructions themselves are simple. What makes assembly hard is that you manage everything manually: registers, memory and the stack. A course that teaches the machine model first and uses a debugger makes it approachable.

Can I learn assembly language for free?

Yes. OpenSecurityTraining2 offers free x86-64 and reverse-engineering classes, Paul Carter’s PC Assembly Language and Programming from the Ground Up are free books, the CCSU MIPS tutorial is free, and Nand to Tetris on Coursera and the Linux Foundation’s RISC-V course can be taken free.

Should I learn x86 or ARM assembly?

Learn x86-64 first for security, reverse engineering and desktop work. Learn ARM first for embedded systems, mobile and the Raspberry Pi. The concepts transfer between them.

Do I need to know C before learning assembly?

It is not required, but it helps a lot. C makes pointers, memory and the stack visible, and you can compile C and read the assembly it produces.

Is there an assembly language certification?

No. There is no standalone assembly certification. Assembly skills appear inside broader security credentials, and employers judge them by demonstrated work.

Is assembly language still used in 2026?

Yes, in specific fields: reverse engineering and malware analysis, exploit development, embedded firmware, compilers, operating systems and performance-critical code. Few programs are written entirely in assembly, but many professionals read it every day.

What is the easiest assembly language to learn?

RISC-V and MIPS are usually considered the easiest, because their instruction sets are small and regular, which is why universities teach them. ARM is next. x86-64 is the most complex but the most useful for security and desktop work.

Which tools do I need to write assembly?

An assembler such as NASM or GNU as, a debugger such as GDB or x64dbg, and a text editor, all free. Simulators such as MARS, SPIM and Venus run MIPS and RISC-V code without special hardware, and Compiler Explorer shows the assembly for any C snippet in your browser.

How long does it take to learn assembly language?

With some C background, a few weeks of regular study is enough to read and write simple programs for one architecture. Becoming comfortable reading real compiled binaries for reverse engineering usually takes several months of practice.