Embedded Systems

Welcome to the OSE Labs Embedded Systems Training Program!

Discover the fascinating world of Embedded Systems with our comprehensive training program. Designed for both beginners and experienced professionals, our course equips you with the skills needed to excel in this dynamic field.

What is EMBEDDED?

Embedded Systems are specialized computing systems that are integrated into larger devices and designed to perform specific tasks. Unlike general-purpose computers, embedded systems are dedicated to a particular function, which allows them to operate efficiently and reliably within their intended environment.

How Does EMBEDDED Work?

Diving into the world of embedded systems can seem like uncovering the future of technology! Here’s a concise guide to how embedded systems work, complete with some catchy icons to make it all more engaging:

Microcontroller/Processor:
Brain of the system:
Executes instructions and processes data.
Example:
Microcontrollers in home appliances.

Memory:
Stores code and data: Essential for the operation of the embedded system.
Example:
Flash memory saving firmware.

Input/Output Interfaces:
Connects with the external world:
Sensors for input and output devices for interaction.
Example:
Buttons, displays, motors.

Power Supply:
Provides necessary power:
Could be batteries or AC power depending on the application.
Example:
Battery-operated wearables.

Software/Firmware:
Drives the system:
Code that controls and coordinates all functions.
Example:
Operating systems or application-specific code.

Sensors and Actuators:
Eyes and hands:
Sensors for detecting environmental changes, actuators for taking actions.
Example: Temperature sensors in thermostats, motors in robots.
Communication Interfaces:

Enables connectivity:
Facilitates communication with other systems.
Example:
Bluetooth, Wi-Fi.

In essence, an embedded system is like a small dedicated computer that performs specific tasks efficiently and reliably. It blends together hardware and software to solve real-world problems in a variety of applications. With everything becoming “smart” these days, understanding embedded systems puts you right at the heart of modern innovation!

Who is the course for?

The Embedded Systems course is designed for a wide range of individuals who are interested in pursuing a career in this dynamic field. Here’s a brief overview of who can benefit from this course:

 

Aspiring Engineers

Recent Graduates: Those who have recently graduated with degrees in Electronics, Electrical, Computer Engineering, or related fields and are looking to specialize in Embedded Systems.

Undergraduates: Students currently pursuing their engineering degrees and wanting to gain practical skills and industry knowledge in Embedded Systems.

 

Working Professionals

Engineers in Related Fields: Professionals working in electronics, software development, or IT who wish to transition into Embedded Systems.

Experienced Engineers: Those already working in the field of Embedded Systems and seeking to upgrade their skills or gain certification.

 

Enthusiasts and Hobbyists

Tech Enthusiasts: Individuals with a passion for electronics and programming who want to explore and create innovative embedded solutions.

DIY Hobbyists: Those who enjoy building and tinkering with hardware and software projects at home.

 

Career Changers

Professionals from Other Fields: Individuals from different industries looking to switch careers and enter the field of Embedded Systems.

 

Prerequisites

Basic Knowledge: A foundational understanding of electronics and programming is beneficial but not mandatory. The course is designed to cater to various levels of expertise.

Willingness to Learn: An eagerness to explore the world of Embedded Systems and engage in hands-on projects.

 

This course provides a comprehensive learning experience that can help diverse groups of individuals achieve their career goals in the field of Embedded Systems. If you have any specific questions or need further information, feel free to ask! 

Applications of EMBEDDED

Consumer Electronics Smartphones:
Embedded systems: manage functions like touchscreen interfaces, cameras, and sensors.
Home Appliances: Devices like microwaves, washing machines, and smart refrigerators use embedded systems for automation and control.

Automotive Industry:
Engine Control Units (ECUs): Embedded systems optimize engine performance and fuel efficiency.
Infotainment Systems: Provide multimedia, navigation, and connectivity features.
Advanced Driver Assistance Systems (ADAS): Enable features like adaptive cruise control, lane-keeping assist, and collision avoidance.

Benefits Of EMBEDDED TRAINING

Taking an Embedded Systems course can provide a wide range of benefits, helping you build a strong foundation in this rapidly growing field. Here are some key advantages:

 

Career Opportunities

High Demand: The demand for skilled Embedded Systems engineers is on the rise across various industries, including automotive, healthcare, consumer electronics, and telecommunications.

Diverse Roles: Career paths include Embedded Software Engineer, Firmware Developer, Hardware Engineer, and System Architect, among others.

 

Hands-On Experience

Practical Skills: Gain hands-on experience with real-world projects, enabling you to apply theoretical knowledge to practical scenarios.

Lab Work: Work with microcontrollers, sensors, and communication protocols to build and troubleshoot embedded systems.

 

Certification

Skillup Certification: Earning a certification from a recognized institution like OSE Labs validates your expertise and enhances your resume, making you more attractive to potential employers.

Recognition: Certification demonstrates your commitment to professional development and mastery of Embedded Systems concepts.

 

Industry-Relevant Curriculum

Up-to-Date Content: Courses are designed to cover the latest technologies and trends in the field, ensuring that your knowledge remains current.

Comprehensive Coverage: Learn about microcontrollers, RTOS, embedded C programming, interface protocols, and more.

 

Job Placement Assistance

Assured Placement: Many training programs, including OSE Labs, offer job placement assistance, helping you secure employment after completing the course.

Networking Opportunities: Connect with industry professionals, alumni, and potential employers through the course.

 

Problem-Solving Skills

Analytical Thinking: Develop strong analytical and problem-solving skills by working on complex embedded systems projects.

Debugging Techniques: Learn effective debugging and troubleshooting methods to identify and resolve issues in embedded systems.

 

Innovation and Creativity

Innovative Projects: Engage in creative projects that push the boundaries of technology, allowing you to explore new ideas and solutions.

Entrepreneurial Ventures: The knowledge gained can also help you in entrepreneurial endeavors, such as developing your own embedded systems products or solutions.

 

Flexibility and Accessibility

Flexible Learning Options: Courses are often available in online and in-person formats, allowing you to learn at your own pace and convenience.

Accessible to All Levels: Whether you’re a beginner or an experienced professional, courses are designed to cater to different skill levels.

 

Global Relevance

Worldwide Applications: Embedded Systems knowledge is relevant globally, providing opportunities for international careers.

Cross-Industry Applications: The skills you learn can be applied across various industries, enhancing your versatility as an engineer.

 

 By enrolling in an Embedded Systems course, you can unlock numerous opportunities, gain valuable skills, and position yourself for success in this exciting field. If you have any more questions or need further details, feel free to ask!

 

Course Overview

Embedded Course Beginners Syllabus                                                                                                    Duration: 55hrs

Embedded system: History, Block diagram, Program/Software/Simulator/Compiler and their applications within Embedded Systems.

AVR microcontroller: Types, ATmega328 controller: – functional block diagram, Internal Architecture, pins and signals.  

Internal peripherals and control registers-Ports and Pins, Memory, Timers, I2C, USART, PWM, CCP. 

Arduino: Birth, Open-Source community, Functional Block Diagram of Arduino. Functions of each Pin of Arduino, Arduino Development Board diagram, Pin Mapping 

Arduino IDE, port, counter, timer, Bootloader, I/O Functions- Analog, Digital, PWM.

Arduino IDE: sketch format, Looping Techniques, Decision Making Techniques, Serial Protocol (serial port Interfacing), Initialization of Serial Port using Functions. 

Interfacing LED, Switch, keypad, LM35, 16×2 LCD, POT and their Arduino codes, Learning the standard library (13 default) of Arduino. Sensor calibration

Introduction to sensors and actuators, how to connect and work with different sensors, such as Humidity, Proximity, IR, Motion to ARDUINO Board.  Reading various sensor data on serial monitor and LCD Display

Introduction to sensors and actuators, how to connect and work with different sensors, such as Humidity, Proximity, IR, Motion to ARDUINO Board.  Reading various sensor data on serial monitor and LCD Display

Hands-on : Putting things together to work as systems. Whether station, Data loggers, home automation (fan, light, fridge, garage opener)

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