Number System: How Machines Process Data

Explore the number systems that machines actually use — binary, octal, decimal, and hexadecimal — along with storage units, logic gates, and bit manipulation.

Ideal for CS / ECE / EEE Students

By RAKSHYA SCHOOL OF SKILLS

English / Hindi

📌 100% Self-Paced Recorded Learning

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Self-Paced Recorded

Binary & Hex Focus

Machine-Level Thinking

Lifetime Access

Who Should Join?

CS / ECE / EEE students who want to understand how computers represent and process data internally.

Learners confused by binary, hexadecimal, or bit-level operations in their courses or projects.

Those starting with embedded systems who need a solid foundation in data representation.

Anyone curious about how a machine actually stores and manipulates numbers at the hardware level.

What You Will Learn

Number Systems

Binary, octal, decimal, and hexadecimal systems
Conversion methods between number systems
Why different systems are used in computing

Storage Units

From a single bit to bytes, kilobytes, and megabytes
How data is physically stored in memory
Practical significance of storage sizes in programming

Logic Gates

AND, OR, NOT, NAND, NOR, XOR gate behaviour
Truth tables and practical use of logic gates
How gates form the basis of all digital circuits

Bitwise Operators

AND, OR, XOR, NOT, and shift operators in C
Using operators for masking and flag setting
Practical bitwise operations in embedded code

Bit Manipulation Techniques

Setting, clearing, and toggling individual bits
Checking bit status with masking
Real-world use in register-level programming

Enroll in Number System: How Machines Process Data

One-time payment. Self-paced. Learn at your own speed.

Recorded Sessions Number Systems & Logic Gates Bit Manipulation Practice

Frequently Asked Questions

1. Do I need any prior knowledge to take this course?

No prior knowledge is required. The course starts from the very basics of how numbers are represented in computing and builds up progressively.

2. Is this course useful for embedded systems learners?

Yes. Understanding number systems and bit manipulation is essential for embedded programming. Register-level control in microcontrollers relies heavily on these concepts.

3. Does the course cover hexadecimal and binary conversions?

Yes. All conversions between binary, octal, decimal, and hexadecimal are covered clearly with examples and practice.

4. Are logic gates and bitwise operators both covered?

Yes. The course covers both logic gates from a hardware perspective and bitwise operators as used in C programming, linking theory to practical application.

5. Is this course fully self-paced?

Yes. All content is pre-recorded, allowing you to learn and revise at any time during your enrollment period.

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