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Course overview
The Embedded Systems course at Embrizon Technologies provides a comprehensive foundation in microcontrollers and their applications. Participants will learn to design, program, and implement various embedded systems using Arduino and ATmega. With hands-on projects and real-world applications, this course is ideal for anyone looking to enhance their skills in embedded computing.
COURSE STRUCTURE
Introduction to Embedded Systems
- Overview of microcontroller architecture
- Challenges in embedded computing design
- Co-design process and its significance
- Memory map and pin configuration of Arduino
- Characteristics and types of embedded systems
Arduino Basics and Programming
- Introduction to Arduino C functions vs. register commands
- Practical examples of LED interfacing
- Using Proteus and TinkerCAD for simulations
- Programming basics with ATmega/Arduino
- Advanced programming: interfacing multiple LEDs
Interfacing with Seven Segment Displays
- Understanding the concept and types of segments
- Interfacing with Arduino for single-digit to multi-digit displays
- Creating custom characters on LCD
- Hex commands and internal architecture of LCD
- Differences between 4-bit and 8-bit LCD operation
LCD Interfacing and Control
- Theory and practical applications of LCDs
- Advanced programming techniques for LCD interfacing
- Using the millis function vs. delay for efficiency
- Controlling custom patterns and effects on LCD
- Algorithm for sending data from microcontroller to LCD
Motor Control and Sensors
- Interfacing different types of motors with Arduino
- Utilizing LDR to display light intensity data
- Designing a traffic light controller using LEDs and seven segments
- Interfacing temperature sensors and displaying readings
- Combining LEDs, LCD, and motors in a single project
Hands-on Projects
- Practical applications and projects to enhance learning
- Real-world case studies of embedded systems applications
- Capstone projects for hands-on experience
- Group projects to foster collaboration and teamwork
- Individual projects to showcase skills
Simulation and Development Tools
- Introduction to simulation software and editors
- Basics of using Proteus and TinkerCAD
- Advantages of using simulation tools for embedded systems
- Understanding debugging and troubleshooting techniques
- Practical exercises to enhance tool proficiency
Embedded System Design Principles
- Fundamentals of designing embedded systems
- Hardware and software co-design principles
- Best practices for effective embedded system development
- Evaluating system performance and optimization
- Understanding system integration and testing
Career Preparation in Embedded Systems
- Building a portfolio showcasing projects and skills
- Resume and LinkedIn profile tips for aspiring engineers
- Interview preparation and group discussion techniques
- Importance of networking and professional grooming
- Access to placement assistance and mentorship
Learning Objectives
- Understand the architecture and principles of embedded systems.
- Gain proficiency in programming with Arduino and ATmega.
- Learn to interface various components, such as displays and sensors.
- Develop hands-on skills through practical projects and simulations.
- Prepare for a successful career in embedded systems and related fields.
Learning Methods
- Presentations & Lectures
- Hands-On, Project-Based Learning
- Live Mentorship Sessions
- Self-Paced Learning & Recorded Lectures
Learning Outcome
Upon completing the Embedded Systems course, participants will have a strong foundation in designing and programming embedded systems. They will be capable of interfacing various hardware components and developing real-world applications. Graduates will emerge with practical experience and the confidence to pursue careers in the growing field of embedded systems.
How to Enroll Program
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Elevate your skills with hands-on experience, 12+ live projects, and mentorship from industry-leading experts in the top 2% of their field. Our tailored plans cater to your unique needs, allowing you to transform your practical knowledge into real-world expertise.
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Frequently Asked Questions
What is the difference between the Live and Self-Paced courses?
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Live Class:
- Offers real-time interaction with mentors.
- Includes scheduled live sessions where you can ask questions and get instant feedback.
- Provides personalized mentorship through live engagement.
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Self-Paced Class:
- Access pre-recorded video content at your convenience.
- No fixed schedule – you can learn whenever it suits you.
- Get mentor support via pre-scheduled mentoring sessions without the need for live attendance.
Will I receive a certificate after completing the course?
Yes, upon successful completion of the course, you will receive a Certificate for Course Completion.
What type of projects will I be working on?
ou’ll be working on 5+ live projects that are designed to give you hands-on experience and practical knowledge.
How much mentor support is provided in the Self-Paced course?
The Self-Paced course offers 15+ hours of mentor training to help guide you through the course and projects.
How do I enroll in the Self-Paced course?
You can easily enroll in the Self-Paced course by clicking on the Enroll Now button and completing the registration process.
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