About this course

As RISC-V has made it easier to bring up processor chipsets, the need for compiler engineers in the RISC-V ecosystem has increased. There is an implicit need for toolchain experts who can help RISC-V vendors gain an edge over competitors with their expertise in compilation technologies. Learning about internals of the toolchain, building and debugging RISC-V applications will allow you to work with thousands of companies that are building the latest hardware technologies.
This course is designed for engineers working with RISC-V vendors who are designing their own architectures, and those using RISC-V development boards to build applications. It is also useful for RISC-V application developers looking to improve performance or reduce the code size of their applications, toolchain developers, compiler engineers/performance engineers, and computer science students aspiring to major in systems software.
This course begins with an introduction to the compiler toolchain and concepts of cross-compilation. You will learn how to use popular compiler toolchains (both LLVM and GCC) to build RISC-V applications. You will also learn how to debug toolchain issues and what resources to consult when you need help. This course will help you optimize applications for code size or performance and gain an understanding of the demands of applications with instrumentation techniques.
The course prepares you to apply to in-demand job opportunities like toolchain engineers or systems performance engineers as most large organizations have a difficult time finding engineers who are good with performance optimizations. This is a beginner-level course to get you started with optimizing data center applications and mobile applications for performance. It enables you to work in startups building RISC-V-based devices and IOT systems that are resource-constrained. The course will also help undergraduate students get started with compiler toolchains and equip them with skills to optimize applications using compiler technologies.

At a Glance:
Institution: LinuxFoundationX
Subject: Computer Science
Level: Intermediate
Prerequisites:
We presume the student will have familiarity with C/C++ applications, how programs are compiled to make them executable as well as the basics of computer science (Systems level 101 courses). Learners should also be familiar with basic git commands and know how to install various Linux packages.
For chapter 3 of this course, you will need an x86-64-based Linux machine.
Language: English
Video Transcript: English
Associated skills:Mobile Application Development, Internet Of Things (IoT), Low Level Virtual Machine (Free Compilers And Interpreters), Computer Science, Debugging, Optimizing Compilers, Toolchain, Reduced Instruction Set Computing

What You’ll Learn:
About this course

As RISC-V has made it easier to bring up processor chipsets, the need for compiler engineers in the RISC-V ecosystem has increased. There is an implicit need for toolchain experts who can help RISC-V vendors gain an edge over competitors with their expertise in compilation technologies. Learning about internals of the toolchain, building and debugging RISC-V applications will allow you to work with thousands of companies that are building the latest hardware technologies.
This course is designed for engineers working with RISC-V vendors who are designing their own architectures, and those using RISC-V development boards to build applications. It is also useful for RISC-V application developers looking to improve performance or reduce the code size of their applications, toolchain developers, compiler engineers/performance engineers, and computer science students aspiring to major in systems software.
This course begins with an introduction to the compiler toolchain and concepts of cross-compilation. You will learn how to use popular compiler toolchains (both LLVM and GCC) to build RISC-V applications. You will also learn how to debug toolchain issues and what resources to consult when you need help. This course will help you optimize applications for code size or performance and gain an understanding of the demands of applications with instrumentation techniques.
The course prepares you to apply to in-demand job opportunities like toolchain engineers or systems performance engineers as most large organizations have a difficult time finding engineers who are good with performance optimizations. This is a beginner-level course to get you started with optimizing data center applications and mobile applications for performance. It enables you to work in startups building RISC-V-based devices and IOT systems that are resource-constrained. The course will also help undergraduate students get started with compiler toolchains and equip them with skills to optimize applications using compiler technologies.