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GATE & Academics • Advanced

Computer Organization and Architecture – Vishvadeep Gothi – GATE 2025

Master COA concepts for GATE CSE with in-depth explanations on memory hierarchy, instruction pipelined hazards, and ALU architectures.

45 Hours Duration
Mixed Language
Money Mitra Network Official Certification

Course Overview

Master Computer Organization & Architecture for GATE CSE, taught by Vishvadeep Gothi. Covers machine instruction formats, addressing modes, ALU design, CPU pipelining hazards, cache memory mapping, and I/O interrupts.

What You'll Learn

  • Solve numerical problems on memory hierarchy, hit ratios, and access times
  • Analyze CPU pipelining execution times, stall cycles, and hazard resolution
  • Understand cache mapping techniques (Direct, Associative, Set-Associative)
  • Master bus arbitration, DMA data transfer, and interrupt handling logic

Key Skills Covered

PipeliningCache MemoryInstruction SetsI/O Organization

Structured Learning Roadmap

Step-by-step milestone progression for Computer Organization and Architecture – Vishvadeep Gothi – GATE 2025

4 Milestone Phases
1
Phase 1 • Foundations & Environment Setup
Core Fundamentals & Tooling Initialization

Establish prerequisite knowledge in GATE & Academics, setup local development environments, and master fundamental syntax and concepts.

Target Milestone: Gain confidence with prerequisite concepts: Basic digital logic concepts.
2
Phase 2 • Core Skills & Technical Execution
Module 1: Machine Instructions & Addressing Modes & Module 2: CPU Control Unit & ALU Design

Instruction cycle, 0/1/2/3-address instructions, addressing mode calculations. Hardwired vs microprogrammed control unit, Booth's multiplication algorithm.

Target Milestone: Build hands-on technical proficiency in key skills: Pipelining, Cache Memory.
3
Phase 3 • Advanced Application & Practical Labs
Module 3: CPU Pipelining & Hazard Analysis & Module 4: Memory Hierarchy & I/O Organization

Structural, data, and control hazards, speedup factor, branch prediction. Cache mapping, TLB, cache coherence, DMA transfers, interrupt vectors.

Target Milestone: Master advanced problem solving in: Instruction Sets, I/O Organization.
4
Phase 4 • Capstone, Certification & Career Track
Real-World Project Build & MMN Credentialing

Synthesize all course modules into a production-grade portfolio project, undergo self-assessment quizzes, and earn your official Money Mitra Network certificate.

Target Milestone: Achieve job-ready proficiency: Solve numerical problems on memory hierarchy, hit ratios, and access times.

Course Curriculum

Module 1: Machine Instructions & Addressing Modes
Instruction cycle, 0/1/2/3-address instructions, addressing mode calculations.
Module 2: CPU Control Unit & ALU Design
Hardwired vs microprogrammed control unit, Booth's multiplication algorithm.
Module 3: CPU Pipelining & Hazard Analysis
Structural, data, and control hazards, speedup factor, branch prediction.
Module 4: Memory Hierarchy & I/O Organization
Cache mapping, TLB, cache coherence, DMA transfers, interrupt vectors.

Instructor Profile

AS

Prof. Arvind Sharma

Senior Technical Instructor & MMN Faculty

15+ years mentoring engineering students and tech professionals in computer science fundamentals, design patterns, and industry best practices.

⭐ 4.9 Rating 👥 28,000+ Enrolled Students 🎓 MMN Certified Lead

Prerequisites & Audience

Prerequisites

Basic digital logic concepts.

Who This Course Is For

GATE CSE aspirants and Computer Science engineering students.

Frequently Asked Questions

How do I access the course material after purchase?
Upon completion of checkout, you receive instant lifetime access to the full course module repository on the Money Mitra Network learning platform.
Is there a certificate of completion included?
Yes, completing all module quizzes and project milestones issues an official Money Mitra Network certificate with a verifiable credential link.
What is the course refund policy?
We back all course purchases with a 7-day money-back guarantee if you are not completely satisfied with the course structure or content.

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