Duration: 1 Full Day (8 Hours)
Delivery Mode: Classroom (In-Person)
Language: English
Credits: 8 PDUs / Training Hours
Certification: Course Completion Certificate
Refreshments: Lunch, Snacks and beverages will be provided during the session

Course Overview:

This intensive 1-day training program provides a solid foundation in logic design and digital electronic principles, essential for modern computing and embedded systems. Participants will learn how digital circuits form the basis of processors, controllers, and intelligent devices. The course emphasizes both theoretical concepts and hands-on circuit design, enabling professionals to apply digital logic principles to real-world electronic systems effectively.

Learning Objectives:

By the end of this course, you will be able to:

· Understand the core principles of logic gates, Boolean algebra, and combinational logic.

· Learn the design and analysis of sequential circuits including flip-flops, counters, and registers.

· Explore number systems, binary arithmetic, and digital data representation.

· Gain insights into digital circuit implementation using simulation tools.

· Develop problem-solving skills through practical digital design examples.

· Understand how logic design integrates into microcontrollers and embedded systems.

· Strengthen technical confidence to design efficient and error-free digital circuits.

Who can Attend?

Electronics and communication engineers, embedded system developers, hardware designers, VLSI engineers, automation professionals, R&D technologists, and STEM educators aiming to enhance their digital design expertise.

Why Choose this Course?

This globally recognized corporate training is led by certified instructors with real-world expertise in digital and embedded system design. The program delivers practical, hands-on learning tailored for engineers and professionals seeking to upgrade their technical skills. By mastering logic design concepts and their practical applications, participants gain a competitive edge in designing efficient hardware systems and advancing their careers in electronics and automation industries.

Agenda:

Module 1: Introduction to Logic Design & Digital Electronics

• Overview of digital systems and their importance in modern technology
• Analog vs. digital electronics
• Applications in embedded systems, automation, and computing

Module 2: Number Systems and Binary Arithmetic

• Binary, octal, decimal, and hexadecimal systems
• Binary addition, subtraction, and logical operations
• Signed numbers and overflow concepts

Module 3: Logic Gates and Boolean Algebra

• Basic logic gates (AND, OR, NOT, NAND, NOR, XOR, XNOR)
• Boolean expressions and simplification using algebraic methods
• Introduction to logic circuit simulation tools

Module 4: Combinational Logic Design

• Design of adders, multiplexers, encoders, decoders, and comparators
• Karnaugh Maps (K-Maps) for logic simplification
• Practical circuit design and testing examples

Module 5: Sequential Circuits and Memory Elements

• Flip-flops: SR, JK, D, and T types
• Registers, counters, and clocked sequential circuits
• Timing diagrams and applications in digital systems

Module 6: Digital System Design & Integration

• Combining combinational and sequential logic blocks
• Introduction to PLDs, FPGAs, and microcontroller interfacing
• Design workflow and real-world implementation examples

Module 7: Wrap-Up, Discussion & Q&A

• Recap of key design principles
• Discussion of best practices and troubleshooting tips
• Q&A and participant feedback