MODULE 1(1 hour)

To introduce oneself by giving your name and telling the class a little bit about your yourself, your likes and dislikes, your reason for attending the course etc. To discuss expectations from the trainees and the trainer and about rules, regulations, protocol, transparency, etc.

Career path Discussions (30 min) To identify potential job and career progression opportunities post the course

MODULE 2

 Introduction to Embedded Systems (15 hour)

Introduction to Embedded Systems is a course that provides an overview of the design and development of embedded systems, which are computer systems that are integrated into other devices or products. The course covers the fundamental concepts and principles of embedded systems, including hardware and software components, programming languages, and development tools.

Some topics that may be covered in the course include:

1. 1. 1. 1. 1. 1. 1. 1. Microcontroller architecture and programming
                     2. Real-time operating systems
                     3. Interfacing with sensors and actuators
                     4. Communication protocols such as I2C and SPI
                     5. Embedded system design process and methodologies
                     6. Debugging and testing techniques
                     7. Applications of embedded systems in various fields such as automotive, medical, industrial, and consumer electronics.

The course may also include hands-on projects and laboratory exercises that allow students to apply the concepts and techniques they have learned. By the end of the course, students should have a solid understanding of embedded systems and be able to design, implement and test embedded systems.

In addition to theoretical knowledge, students will be exposed to popular embedded platforms like Arduino, Raspberry Pi, Beaglebone Black and etc. This will help them to have hands-on experience on real-world embedded systems.

MODULE 3 

8051 Microcontroller (20 hours 30 min) 

To design an embedded hardware using 8051 microcontrollers. To develop an embedded hardware using 8051 microcontrollers. ARM (34 hors 45 min) To design an embedded hardware using ARM series of microcontroller (ARM7/9, ARM Cortex). To develop an embedded hardware using ARM series of microcontroller (ARM7/9, ARM Cortex). 

MODULE 4 

Linux Internals (18 hours) 

To illustrate the working of embedded systems on Linux RTOS. To give an example of Linux to understand the working of RTOS. Device Drivers (20 hours 15 min) To illustrate interfacing of hardware devices with embedded software under Linux environment. To design character device driver, block device drivers and network device drivers to develop character device drivers, block device drivers and network device drivers. RTOS (24 hours 30 min) To develop embedded systems using RTOS. To identify embedded systems requirements to apply judiciously RTOS concept. 

MODULE 5 

SDLC (21 hours 30 min)

To explain the formal methodology for embedded software development Practical LAB sessions (132 hours 15 min) To apply the practical aspects of the modules covered. LAB WORK Project work (30 hours) To familiarize the participant wit real life problem solving scenarios. To apply their knowledge and skills to solve the real-life problems. Formative Assessment (16 hours) To assess the candidates understanding of the topics covered at the end of each module. Summative Assessment (3 hours) To assess the candidates understanding of the topics covered at the end of program. Recap (17 hours 30 min) To summarize the previous day’s session and help the participants recollect the concepts covered. Post Class DISCUSSION (11 hours 15 min) To summarize the highlight points of the day’s session. Work and Email Etiquette (3 hours) To share Greeting & Meeting Etiquette, Polite Expressions while talking and basics of email etiquette. Basic IT Skills-PPT/Excel/Word (15 hours) To prepare the candidate to use PPT, Word and Excel for business purpose. To assess the PPT, word and excel proficiency developed in the participants.