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Computer Organization and Architecture

Build a Strong Foundation with Our Computer Organization and Architecture Course in Malviya Nagar.

Gain in-depth knowledge of the inner workings of Computer systems with our Computer Organization and Architecture Course in Malviya Nagar, Delhi. NIPSTec offers a detailed course designed to help students and professionals understand the essential principles of how computers function, including hardware structure, data flow, memory hierarchy, and processor design.

Our Computer organization and architecture course covers key topics such as CPU design, memory management, input/output mechanisms, instruction sets, and system performance. Taught by experienced instructors, this course blends theory with practical exercises to provide a comprehensive understanding of computer architecture and how it impacts overall system performance.

Located in Malviya Nagar, our offline classes offer a focused, interactive environment where you can ask questions, engage with peers, and get real-time feedback from instructors.

Start your journey to mastering the fundamentals of computer systems by enrolling in our Computer Organization and Architecture Course today!

Key Highlights:

  • Comprehensive Curriculum: Our computer architecture & organization course covers a wide range of topics, from the basics of hardware components to advanced architectural techniques, ensuring a thorough understanding of how computers operate.
  • Hands-On Learning: Participate in practical exercises and projects that give you real-world experience with system design, memory allocation, and hardware-software integration. Apply theoretical concepts to actual computer systems and enhance your problem-solving skills.
  • Certification: Upon successful completion, you will receive a certification in Computer Organization and Architecture, validating your expertise and improving your career prospects in computer science and engineering.
  • Networking Opportunities: Engage with like-minded learners and professionals. Our computer organization and architecture course promotes collaboration, allowing you to discuss ideas and share knowledge with peers in the field.
Join the best Computer organization and architecture course in Delhi at NIPSTec and deepen your understanding of computer systems. Enroll now to advance your career in Computer science and engineering!
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NIPSTec Advantages

Live ProjectsLive Projects
Online / WebinarOnline / Webinar
Audio-Visual AidsAudio-Visual Aids
Latest CurriculumLatest Curriculum
Facilitator led Classroom TrainingClassroom Training
Excellent Feedback & RecommendationsExcellent Feedback
Free Counselling & Placement AssistanceFree Counselling &
Placement Assistance
Easy to Learn PedagogyEasy to Learn
Pedagogy
State-of-the-Art InfrastructureState-of-the-Art
Infrastructure
After Training SupportAfter Training
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Well Equipped LibraryWell Equipped
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Qualified TrainerExperienced &
Qualified Trainer

Key Learnings - Computer Organization and Architecture

Introduction to Computer Organization and Architecture

Evolution of Computing Devices and CA vs CO.
Functional units of Digital System.
Basic Operational Concepts.

Basic CO, Design and Computer Instructions

General System Architecture.
Store Program Control Concept.
Flynn's Classification of Computers.
Computer Instructions and Design of Control Unit.
Instruction Cycle and Control Logic Gates.

Digital Logic Circuits and Map Simplification

Digital Computers and Logic Gates .
Boolean Algebra.
Examples of Boolean algebra simplification.
Laws of Boolean Algebra.
Simplification using Boolean Algebra.
Map Simplification.

Combinational Circuits and Flip-Flop

Combinational Circuits, Half-Adder and Full-Adder.
S-R Flip-Flop and D Flip-Flop.
JK Flip-Flop and T Flip-Flop.

Digital Components

Integrated Circuits and Decoders.
Encoders, Multiplexers and De - multiplexers.
Shift Registers.

Register Transfer

Register Transfer Language.
Register Transfer and Bus and Memory Transfer.

Micro-Operations

Arithmetic Micro-Operations.
Binary Adder and Binary Adder-Subtractor.
Binary Incrementer.

Memory Organization

Memory Hierarchy.
Main Memory and Auxiliary Memory.
Associative Memory and Cache Memory.

Pipeline

Parallel Processing.
Pipelining.
Arithmetic Pipeline.
Instruction Pipeline.

Frequently Asked Questions (FAQ)

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