What does the Compiler Design course cover?

It follows the GATE syllabus for Compiler Design, moving from fundamentals to exam-level problem solving, and closes with a dedicated exam-practice section of drills and timed sets.

How is the course structured?

Each topic breaks into sections and short lessons. Every lesson has a reading card deck with audio narration, followed by practice questions with instant explanations, and unlocks the next lesson as you progress.

Is the course self-paced?

Yes. It is fully self-paced — you move through the lessons in order at your own speed, and your progress is saved.

Who is this Compiler Design course for?

GATE aspirants preparing Compiler Design, and anyone who wants a structured, exam-oriented refresher on the subject.

GATE CS: Compiler Design Practice Course — 1600+ MCQs

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Phases of a Compiler

Front End vs Back End

Passes & Intermediate Representations

Compiler vs Interpreter

About this course

Compiler Design carries roughly 4-6 marks in GATE CS, concentrated almost entirely in parsing and translation.

This course follows the GATE syllabus section by section, and closes on a topic that is nothing but exam drill: numerical-answer sets, past-paper walkthroughs and timed sectional practice. Every lesson carries audio narration, so a topic can be revised without reading it.

Learning Series

GATE Computer Science

The complete GATE CS & IT syllabus on Abekus — Engineering Mathematics, Digital Logic, Computer Organisation & Architecture, Programming & Data Structures, Algorithms, Theory of Computation, Compiler Design, Operating Systems, Databases and Computer Networks, plus General Aptitude. Built around the exam: multi-step numericals and numerical-answer questions, not concept recall.

12 courses·579 practice MCQs·240h of content

Part 1

GATE CS: Discrete Mathematics

GATE CS: Engineering Mathematics