Compilers: Language Design & Implementation

Name: Compilers: Language Design & Implementation
Availability: InStock

A university-level compiler construction course modelled after Stanford CS143, CMU 15-411, MIT 6.035, and Cornell CS6120. Build every phase of a compiler from scratch: lexer, parser, semantic analyser, IR generator, optimiser, and code generator. Covers modern compiler infrastructure including LLVM IR, SSA form, and WebAssembly as a compile target.

4.80/5.0

12 hours

0 enrolled

Updated May 2026

Course Content ↓

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By CloudaQube Team

What You'll Learn

Implement a complete lexer using DFA/NFA construction from regular expressions

Build LL(1) and LR parsers and generate Abstract Syntax Trees

Perform semantic analysis including scope resolution and type checking

Design and generate three-address code and SSA-form Intermediate Representations

Apply classic compiler optimisations: DCE, constant folding, and loop invariant code motion

Generate LLVM IR and understand register allocation via graph coloring

Prerequisites

Data structures and algorithms (trees, graphs, hash maps)
A working knowledge of at least one systems language (Python, C, Java, or Go)
Basic discrete mathematics (sets, relations, formal languages helpful but not required)

About the Instructor

CloudaQube Team

Expert instructor with hands-on industry experience in Development.

Included in paid plans

LevelAdvanced

Duration12 hours

Lessons—

Students0

Rating4.80 / 5.0

This course includes

Hands-on practice labs
AI-powered explanations
Progress tracking
Certificate of completion
Lifetime access

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