Train your team
Taught by practising kernel engineers

Go deeper than any other course will take you.

Kernel engineering, embedded systems and AI compute infrastructure. 115 courses across 16 tracks — live and hands-on, in eight cities or online from anywhere.

Browse all coursesTrain your team
115courses
16tracks
8cities
14max cohort
ring 3 — userspace ring 1 ring 0
Most training stops three rings out.

Sixteen tracks

From processor architecture to thousand-node HPC. Pick a track to see its modules.

8 courses Processor ArchitectureHow silicon actually executes your code. 12 courses Linux Kernel CoreThe subsystems everything else is built on. 8 courses Device DriversFrom probe to teardown on real hardware. 9 courses Embedded Linux & BSPShip a distro you can maintain for ten years. 5 courses Real-Time SystemsDeterminism measured in microseconds. 8 courses Debugging & TracingRoot cause, under pressure, with real tools. 6 courses Performance EngineeringMeasure first, then make it faster. 9 courses Kernel SecurityTriage, backport, harden, respond. 6 courses Kernel NetworkingThe stack, and how to get out of its way. 6 courses Storage & FilesystemsBlocks, files, and everything between. 6 courses Virtualization & ContainersIsolation that actually isolates. 11 courses GPU & AI ComputeEleven phases from architecture to trillion-parameter training. 5 courses FPGA & AccelerationCustom hardware, and the Linux that drives it. 5 courses Embedded VisionMulti-camera capture pipelines that hold sync. 5 courses Firmware & MCUBelow Linux, where there is no safety net. 6 courses HPC & Large SystemsThousands of nodes, one job.

Where to start

The courses teams book first.

KRN-2014 days Process Lifecycle & Scheduling How processes are created, scheduled and destroyed, and how scheduling decisions show up as latency in your application. Practitioner Practitioner-taught SAR 10,500Next 8 Nov DRV-1204 days Platform Drivers & Device Tree Describing non-discoverable hardware and writing the drivers that consume that description. Practitioner Practitioner-taught SAR 10,500Next 11 Oct EMB-1014 days Yocto Project Fundamentals BitBake, layers and recipes, from a first build to an image you would actually ship. Practitioner Practitioner-taught SAR 10,500Next 15 Nov DBG-2204 days eBPF & bpftrace Programmable observability: one-liners for immediate answers, custom programs for the questions nothing else answers. Advanced Practitioner-taught SAR 12,000Next 15 Nov SEC-2013 days Multi-Branch Backporting Taking an upstream fix and applying it correctly across several maintained branches — the core skill of a vendor security team. Advanced Practitioner-taught SAR 9,000Next 1 Nov AIC-2004 days Linux for GPU Systems What the kernel is doing underneath your training job, and how to tune it. The layer almost nobody teaches. Practitioner Practitioner-taught SAR 10,500Next 15 Nov

Taught by people who do this work

Every course is delivered by a practising engineer whose day job is the material — with backgrounds across Wind River, Qualcomm, Amazon Robotics, Graphcore and Spire, and kernel work shipping in production today.

That is the whole proposition. Vendor training is taught from a script by professional instructors. This is taught by people who do the job, reading real source on real hardware.

The instructors How we teach
35 / 20 / 45principles, guided investigation, engineering studio
14maximum cohort size
Real hardwareboards and GPU nodes, not slides
Adaptedto your kernel version and stack

Train your whole team at once

Any course can run privately — on-site at your offices anywhere in the world, or live online for a distributed team. Scheduled around your release calendar, with labs adapted to your hardware.

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