CSCoreSelva

CORESELVA ACADEMY

A serious path into embedded systems—without assuming you already belong.

We begin before the first line of C, build exact mental models, and keep going until you can reason about hardware, timing, failures and product constraints professionally.

LEARNING TRACKS

Start gently. Finish technically dangerous—in the good way.

Every track uses definitions, worked examples, failure cases, practice and explanation checks instead of overview-only content.

Guided reference15 phases · 129 topics

Embedded C — 129-topic roadmap

The complete supplied roadmap: C foundations, pointers, memory, bit operations, drivers, build systems, STM32 register work, VS Code debugging, interview topics, and a 30-day practice plan.

Foundation to pipelineIn development

RISC-V architecture

Instruction execution, datapaths, control, hazards, privilege and verification using readable CoreSelva cores.

Curriculum in development
Project basedPlanned

FPGA design practice

Simulation-first RTL, constraints, timing, board bring-up and evidence-driven debugging.

Curriculum in development

HOW A LESSON WORKS

Understanding is an observable skill.

A lesson is complete when you can predict, trace, explain and transfer the idea—not when you reach the bottom of a page.

Model

Build the exact idea and vocabulary before memorizing syntax.

Trace

Walk through control flow, values, state and time in order.

Measure

Use diagnostics, tests, waveforms and budgets as evidence.

Transfer

Apply the idea to a new boundary case or real subsystem.

ACADEMY ROADMAP

One coherent engineering curriculum

The public roadmap grows outward from C and hardware fundamentals. Each phase keeps the sequence deliberate, the examples practical, and the technical depth intact.

PhaseTrack
01Embedded C and firmware
02Digital logic and RISC-V
03FPGA implementation
04Verification and SoC integration
05Production embedded systems