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 course provides participants with a practical understanding of digital electronics and embedded system design. Attendees will explore the integration of hardware and software, learn to program microcontrollers, and develop simple embedded applications. The course is ideal for professionals aiming to enhance their skills in IoT, automation, and smart device development.

Learning Objectives:

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

· Understand fundamentals of digital electronics and embedded systems.

· Learn microcontroller architecture and interfacing techniques.

· Develop and program embedded applications using practical examples.

· Integrate sensors, actuators, and communication modules.

· Explore real-time data acquisition and system control.

· Gain insight into IoT and smart system applications.

· Enhance problem-solving skills for embedded system troubleshooting.

Who can Attend?

Electronics & communication engineers, embedded software developers, IoT specialists, VLSI/FPGA engineers, automation and robotics engineers, R&D professionals, and STEM educators.

Why Choose this Course?

This globally recognized corporate training is led by certified instructors with extensive real-world experience. Participants gain hands-on skills, practical knowledge, and industry-relevant expertise, ensuring immediate applicability to workplace projects and professional growth.

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Agenda:

Module 1: Introduction

• Overview of digital electronics and embedded systems
• Importance and real-world applications
• System components and design flow

Module 2: Digital Electronics Basics

• Logic gates and Boolean algebra fundamentals
• Combinational circuits: adders, multiplexers, decoders
• Sequential circuits: flip-flops, counters, and registers

Module 3: Microcontroller Architecture

• Difference between microcontrollers and microprocessors
• Memory organization and peripheral interfacing
• Popular microcontrollers and their features

Module 4: Embedded Programming

• Basics of C/C++ for embedded systems
• Writing and compiling embedded code
• Understanding interrupts, timers, and delays

Module 5: Interfacing & Sensors

• GPIO handling and analog-digital conversions (ADC/DAC)
• Interfacing sensors, actuators, and displays
• Communication protocols: UART, SPI, and I2C

Module 6: Practical Mini Project

• Project planning and component selection
• Developing a simple embedded application
• Testing and validating project functionality

Module 7: Debugging & Troubleshooting

• Common hardware and software debugging tools
• Identifying and fixing integration issues
• Best practices for reliable embedded development

Module 8: Advanced Topics Overview

• Introduction to Internet of Things (IoT) concepts
• Basics of Real-Time Operating Systems (RTOS)
• FPGA and its role in embedded applications

Module 9: Wrap-up & Q&A

• Recap of key concepts covered
• Discussion of practical challenges and solutions
• Open Q&A and feedback session