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RISC-V Fundamentals (LFD210) Intermediate

The RISC-V Fundamentals (LFD210) course by Linux Foundation equips embedded engineers, RTL design engineers, and software developers with foundational skills in the open-source RISC-V instruction set architecture. It solves the growing industry need for professionals who can develop and debug software for RISC-V-based systems, which are increasingly used in IoT, automotive, and industrial applications. With RISC-V expected to power 80 billion cores by 2025, this course delivers job-ready expertise in assembly programming, C development, toolchains, and operating systems for RISC-V platforms.

This course prepares learners for the Linux Foundation’s RISC-V Foundational Associate (RVFA) certification exam, validating entry-level competency in RISC-V hardware and software. Koenig Solutions provides official vendor-authorized courseware and 30-day lab access, ensuring hands-on mastery. Graduates gain a globally recognized credential that opens pathways to advanced roles in semiconductor, embedded systems, and open-source innovation.

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Course Overview

The RISC-V Fundamentals (LFD210) course by The Linux Foundation is a comprehensive training program designed for computer engineers, programmers, and embedded systems developers seeking foundational expertise in the open-source RISC-V instruction set architecture (ISA). This course prepares learners for the Linux Foundation’s RISC-V Foundational Associate (RVFA) certification exam, validating essential skills in RISC-V software development. Targeted roles include Embedded Engineer, RTL Design Engineer, and Software Developer specializing in device drivers, kernel, or toolchain development. With industry adoption accelerating—over 15 billion RISC-V cores projected to be deployed by 2030—mastery of this architecture is increasingly critical for professionals aiming to lead in semiconductor design, IoT, and edge computing innovation.

Students in the RISC-V Fundamentals (LFD210) course gain hands-on experience with core technologies including the GNU C Compiler (GCC) for RISC-V, Clang/LLVM toolchain, QEMU emulator, OpenOCD debugger, and RISC-V GNU Toolchain. Through practical lab exercises, learners write, assemble, and debug RISC-V assembly code, implement basic operating system functions in assembly, and compile C programs for RISC-V targets using cross-compilation tools. The labs simulate real-world scenarios such as developing firmware for RISC-V platforms and running applications in a general-purpose OS environment, using open-source tooling and simulators to replicate actual development workflows. These exercises reinforce understanding of privilege modes, calling conventions, memory models, and interrupt handling on RISC-V systems.

By completing the RISC-V Fundamentals (LFD210) course, participants are well-prepared to pass the RISC-V Foundational Associate (RVFA) certification, an industry-recognized credential that validates core competency in RISC-V architecture and software development. Certified professionals report salary increases of up to 20% in embedded systems and semiconductor roles, reflecting high market demand. At Koenig Solutions, learners benefit from official Linux Foundation courseware, Guaranteed-to-Run batches, and personalized 1-on-1 training options to ensure mastery. Earning the RVFA certification opens pathways to advanced roles in processor design, firmware engineering, and open-source contribution, positioning graduates at the forefront of the next generation of computing innovation.

What You'll Learn

Analyze the RISC-V Instruction Set Architecture (RV32I/RV64I) to develop efficient applications and hardware-software interfaces.
Construct and debug RISC-V assembly code to achieve precise hardware control and instruction-level optimization.
Implement C programs using the GNU C Compiler for RISC-V to optimize binary size and execution efficiency.
Utilize Clang and LLVM toolchains to build and verify RISC-V software projects with advanced optimization flags.
Evaluate RISC-V privilege modes (Machine, Supervisor, User), CSR space, and the RVWMO memory model to ensure secure system design.
Configure firmware and operating systems for RISC-V platforms to optimize system performance and hardware compatibility.

Skills You'll Gain

RISC-V Architecture RISC-V ISA RISC-V Instruction Set RISC-V Assembly RISC-V Pseudoinstructions RISC-V Memory Model RISC-V Privileges RISC-V C Programming GNU RISC-V Compiler RISC-V LLVM RISC-V Firmware RISC-V Operating Systems RISC-V Debugging RISC-V Modularity RISC-V Processors RISC-V Tools

Prerequisites

Recommended knowledge before taking this course
  • Foundational knowledge of computer architecture principles as required for RISC-V Fundamentals (LFD210) by Linux Foundation.
  • Proficiency in C programming, specifically regarding pointers, memory management, and low-level data structures.
  • Familiarity with at least one assembly language to facilitate understanding of RISC-V instruction sets.
  • Conceptual understanding of operating system internals including paging, multithreading, synchronization, and cache coherence.
  • Access to a Linux-based development environment for executing labs and utilizing RISC-V simulation tools such as QEMU or Spike.
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Certification Exam

Everything you need to know about the LFD210 certification exam

Exam Details
Exam Name
Format
Multiple choice, labs & case studies
Questions
Duration
Passing Score
Validity
Retake Policy
One complimentary retake is included; must be completed within 12 months of purchase; no mandatory waiting period required.
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What's Included in Your Training

Every enrollment comes packed with resources to maximise your learning and exam success

Career Outcomes

78%

of LFD210 certified professionals report career advancement within 6 months

Salary Impact

+16%

Average salary increase reported after obtaining the LFD210 certification

Typical Salary Range (Global)
Entry$90,000–$115,000
Mid$115,000–$145,000
Senior$145,000–$180,000

*Source: Glassdoor / LinkedIn 2025

Job Roles

6
  • Embedded Engineer
  • RTL Design Engineer
  • Design Verification Engineer
  • Software Developer (Device Driver/Kernel)
  • Firmware Engineer
  • RISC-V Tools Developer

Companies Hiring

5,000+
SiFive NVIDIA Qualcomm Intel Synopsys Cadence Western Digital Google Microsoft IBM

and 5,000+ organizations worldwide seeking LFD210 certified professionals

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    “The 1-on-1 format was a game changer. My trainer adjusted the pace to my schedule and I cleared PL-300 while working full-time.”

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  • ★★★★★

    “Passed AZ-104 on first attempt. The MCT knew the exact exam patterns and the labs were exactly what Microsoft tests. Worth every penny.”

    Rahul M.

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    Azure Administrator

    AZ-104 Certified ✓ Verified
  • ★★★★★

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  • ★★★★★

    “The 1-on-1 format was a game changer. My trainer adjusted the pace to my schedule and I cleared PL-300 while working full-time.”

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  • ★★★★★

    “SC-900 and SC-300 back to back — both cleared first try. The security curriculum at Koenig is incredibly thorough and up to date.”

    Aisha N.

    Aisha N.

    Security Analyst

    SC-300 Certified ✓ Verified
  • ★★★★★

    “From AZ-900 to AZ-305 in 6 months. Koenig's structured roadmap and MCT mentoring made the expert level achievable.”

    Priya S.

    Priya S.

    Cloud Solutions Architect

    AZ-305 Expert ✓ Verified
  • ★★★★★

    “As an L&D head I've used 5 training vendors. Koenig's MCT quality, MOC materials, and ESI compliance is in a different league.”

    James T.

    James T.

    Head of L&D, UK Enterprise

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  • ★★★★★

    “SC-900 and SC-300 back to back — both cleared first try. The security curriculum at Koenig is incredibly thorough and up to date.”

    Aisha N.

    Aisha N.

    Security Analyst

    SC-300 Certified ✓ Verified
  • ★★★★★

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    David L.

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  • ★★★★★

    “DP-600 Fabric certification done in 3 weeks of part-time study. The customised schedule around my timezone was a lifesaver.”

    Mei W.

    Mei W.

    Data Platform Engineer

    DP-600 Certified ✓ Verified
  • ★★★★★

    “Our whole DevOps team got AZ-400 certified through Koenig's corporate training. Smooth logistics and top-tier MCTs throughout.”

    Carlos R.

    Carlos R.

    Engineering Manager

    AZ-400 Team Training ✓ Verified
  • ★★★★★

    “AI-102 was daunting but the trainer broke it down perfectly. Real Azure OpenAI labs made the difference. Highly recommend.”

    David L.

    David L.

    AI Engineer

    AI-102 Certified ✓ Verified
  • ★★★★★

    “DP-600 Fabric certification done in 3 weeks of part-time study. The customised schedule around my timezone was a lifesaver.”

    Mei W.

    Mei W.

    Data Platform Engineer

    DP-600 Certified ✓ Verified
  • ★★★★★

    “Our whole DevOps team got AZ-400 certified through Koenig's corporate training. Smooth logistics and top-tier MCTs throughout.”

    Carlos R.

    Carlos R.

    Engineering Manager

    AZ-400 Team Training ✓ Verified

Frequently Asked Questions

Everything you need to know about the LFD210 training course

Is the RISC-V Foundational Associate (RVFA) certification exam included in the RISC-V Fundamentals (LFD210) course fee, and what is the exam cost?
The RVFA certification exam is not included in the RISC-V Fundamentals (LFD210) course fee of $99. You can purchase the exam separately for $250 or bundle it with the course for $299 to save $50. A $495 subscription provides the course, exam, and unlimited Linux Foundation e-learning access.
What training formats does Koenig offer for RISC-V Fundamentals (LFD210), and is Guaranteed-to-Run scheduling available?
Koenig delivers RISC-V Fundamentals (LFD210) via live online, classroom, 1-on-1, and self-paced Flexi formats, all Guaranteed-to-Run. Live sessions feature expert interaction, while Flexi provides recorded access. Every format includes official Linux Foundation courseware and hands-on labs to ensure your training schedule remains secure and productive.
How long is lab access provided for RISC-V Fundamentals (LFD210), and what environment is used?
You receive 12 months of lab access for RISC-V Fundamentals (LFD210) via the Linux Foundation platform. You configure your own environment using local tools like VirtualBox, VMware, or cloud services such as AWS or GCP. Detailed, step-by-step instructions guide your setup, as the course does not include a vendor-hosted sandbox.
What is Koenig's rescheduling and cancellation policy for RISC-V Fundamentals (LFD210) training?
Koenig permits one free reschedule for RISC-V Fundamentals (LFD210) if requested 10 days before the start date. Changes or cancellations within 10 days incur a 50% fee. All requests require written notice, and you may only reschedule a specific training session once to maintain your certification progress.
What is the format, duration, number of questions, and passing score for the RISC-V Foundational Associate (RVFA) exam?
The RVFA exam is a 90-minute, proctored, multiple-choice assessment. It covers RISC-V Overview (10%), Instruction Set Architecture (35%), Assembly Language (25%), C Programming (15%), and Operating Systems & Tools (15%). While the passing score is not public, the exam validates your mastery of RISC-V hardware and software fundamentals.
How long is the RISC-V Foundational Associate (RVFA) certification valid, and what is the renewal process and cost?
Your RVFA certification remains valid for 2 years. To renew, you must retake and pass the exam before your current credential expires. The renewal exam costs $250. Passing this exam extends your professional certification status for another 2 years, ensuring your skills remain current with industry standards.
What post-training support does Koenig provide after completing RISC-V Fundamentals (LFD210)?
Koenig offers 30 days of post-training support for RISC-V Fundamentals (LFD210). This includes access to recorded sessions, instructor email guidance, and doubt-clearing sessions. You also receive official courseware and practice tests, providing the expert resources needed to pass your certification exam and advance your technical career.
What are the recommended prerequisites or prior experience needed for RISC-V Fundamentals (LFD210)?
For RISC-V Fundamentals (LFD210), we recommend experience in computer architecture, assembly language, and C programming. Familiarity with operating system concepts like paging, multithreading, synchronization, and cache coherence is highly beneficial. These foundational skills ensure you gain maximum value from the Linux Foundation course curriculum and hands-on labs.
What career opportunities and salary potential are associated with RISC-V skills after completing LFD210?
Completing RISC-V Fundamentals (LFD210) qualifies you for roles like Embedded Engineer or RTL Design Engineer in the semiconductor and IoT sectors. Professionals in North America earn an average of $135,961, with senior roles exceeding $160,000. This training provides the high-demand, open-architecture expertise required to command these top-tier industry salaries.
How does the RISC-V Fundamentals (LFD210) course compare to self-study for preparing for the RVFA certification?
RISC-V Fundamentals (LFD210) offers 12–16 hours of expert-led, structured content, unlike unstructured self-study. It aligns perfectly with RVFA exam domains, provides 12 months of access, and includes a digital badge. This guided approach significantly improves your certification readiness and ensures you master the material faster than using free resources.
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