PG Diploma in Embedded Systems

Embedded systems are one of the niche areas. The study of embedded systems is a joyful journey students can enjoy! This course is aimed at getting you started with this journey. Though theoretical concepts are important, they are worthless and not fun without hands on. Our focus will mostly be hands-on training rather than the rot theory part!

Duration : 6 Months

Eligibility :

Candidates must meet the following eligibility criteria to apply for the PG-DPES program:

1. BE/B.Tech (E&TC, IT and CS) or MSc(Computer Science, Electronics)

2. Working Professionals Wishing to make a career in embedded systems

Admission Procedure:

1. Beyond Eng Designs Admission Entrance Test:

a. The admission process involves a comprehensive 100-mark written test.

b. Applicants must demonstrate their understanding of the fundamental concepts and practical applications in the field of embedded systems.

2. Interview:

c. Candidates who score well in the written test will be invited for a personal interview.

d. The interview aims to assess the candidate's communication skills, problem-solving ability, and suitability for the program.

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About this course

Syllabus

1. Introduction to Linux:

Introduction to the open-source world and Linux.

Basic Linux commands (mkdir, ls, cd, cp, ps, pwd, etc.).

Introduction to the VI editor and configuring it.

Introduction to GNU compilers (GCC, GDB, AS, LD).

Compiling your "Hello World" program in Linux.

2. Fundamentals of C:

Data types and Constants.

Simple and formatted I/O.

Endian-ness and Byte ordering.

Memory Usage.

Operators & Expressions.

Flow Control and Loops.

Functions and their roles.

Pass by value/reference.

Returning values from Functions

Recursive Functions.

Callback Functions.

Arrays and their usage.

Storage Classes and Scope.

The C Preprocessor (#define, #undef, #include, etc.).

Structures & Unions.

Enumerated Data Types.

Low-Level Operations.

Advanced Pointer Concepts.

3. Data Structures:

Stacks and Queues.

Linked Lists (Singly and Doubly).

Algorithms (Searching and Sorting).

4. Embedded Microcontroller Programming:

Embedded Systems Design Issues and Trends.

Assemblers, Compilers, Linkers, Loaders, Debuggers.

Code optimization with GCC.

Configuring and Building GNU Cross-Toolchain.

Interrupt Handling in C.

Combining C with Assembly.

AVR Programming (MC-51 vs. AVR, Atmega microcontrollers, hardware interfacing).

ARM LPC1768 Programming (ARM Cortex M3/M4, peripherals, RTOS).

5. OS and Linux System Programming:

Interprocess Communication (IPC).

Process Synchronization Mechanisms.

Linux System Calls for Signals.

Introduction to Scheduling.

Linux Socket Programming.

6. Linux Device Drivers:

Introduction to Device Drivers.

Module Programming.

Kernel Configuration and Compilation.

Character Drivers.

Kernel Features.

Interrupts and Exceptions.

Debugging Techniques.

Timers.

Synchronization Techniques.

ioctl, proc file system, sysfs.

Memory Management and Allocation.

User and Kernel Space Communication.

Sleep and Wait Queues.

Interrupt Handling.

Block Drivers.

7. Version Control Using Git:

Understanding version control and its benefits.

Types of version control systems: Centralized vs. Distributed.

Installing and configuring Git.

Initializing Git repositories.

Basic Git commands for tracking changes.

Branching, merging, and conflict resolution.

Working with remote repositories.

Establishing structured Git workflows.

Advanced Git topics like tagging, rebasing, and hooks

Syllabus for Beyond Eng Designs Admission Entrance Test:

• C Programming:

The test will evaluate candidates’ understanding of fundamental C programming concepts, including data types, variables, operators, control flow, functions, arrays, strings, pointers, structures, unions, and file handling.

• C++ Programming:

Candidates will be assessed on their knowledge of object-oriented programming (OOP) in C++, covering classes, objects, inheritance, polymorphism, templates, exception handling, and file operations.

• Digital Electronics and Microcontrollers:

The test will include questions related to digital electronics fundamentals, such as number systems, logic gates, and combinational circuits. Additionally, participants will be tested on their understanding of microcontrollers, including architecture, features, programming in C, and interfacing with peripherals.

• Operating Systems:

Questions on operating systems concepts will be included in the test, covering processes, memory management, file systems, process synchronization, communication, and an introduction to Real-Time Operating Systems (RTOS).

• Aptitude and Logical Reasoning:

Candidates will be evaluated on quantitative aptitude, covering basic mathematics, algebra, geometry, as well as logical reasoning with an emphasis on analytical and critical thinking.

For comprehensive preparation, candidates are advised to refer to the following reference books:

• "C Programming Absolute Beginner's Guide" by Perry and Miller

• "C++ Primer" by Stanley B. Lippman

• "Embedded C Programming and the Atmel AVR" by Richard H. Barnett

• "Operating System Concepts" by Silberschatz, Galvin, Gagne

• "Quantitative Aptitude for Competitive Examinations" by R.S. Aggarwal

Prospective students are encouraged to reach out to the admissions office for further details and application procedures. The syllabus and reference books are subject to periodic review, and candidates are advised to check for updates on the institute's official website.

How this course will benefit you?

• Learn in-demand skills from industry experts

• Master a subject or tool with hands-on projects

• Develop a deep understanding of key concepts

• Cultivate an Agile mindset with the ability to complete industry projects quickly

• Master software programming concepts and basic building blocks of designing great apps

• Architect scalable Middleware & back-end infrastructure

Course Kit contents

• You will be provided with hard copies of the course-related reference books

• 3 development Kits will be provided***

Why Choose Beyond Engineering Designs?

Industry-Driven Expertise:

Our training programs are designed to align with the fast-paced technological landscape. Learn from experienced professionals who impart practical insights and skills directly applicable to real-world challenges in embedded systems, mechanical design, and software development.

Empowering Tomorrow's Innovators:

We are more than just a training institute; we are a dynamic hub that empowers dreamers and visionaries to engineer extraordinary solutions for tomorrow's world. Our mission is to equip you with the tools and knowledge needed to thrive in this ever-evolving field.

Hands-On Learning:

Theory alone isn't enough. Our hands-on learning approach allows you to actively engage with real- world projects and innovative challenges, enhancing your problem-solving skills and deepening your understanding of concepts.

Industry Titans as Mentors:

Learn from the best in the field! Our mentors are industry titans with extensive experience and a proven track record of success. They share valuable insights and best practices, offering a holistic perspective beyond textbooks.

Customized Learning Journey:

Tailor your learning journey to match your interests and goals. Whether you want to specialize in embedded systems, dive into mechanical design, or master software development, we have courses to match your ambitions.

Career-Focused Approach:

Your success is our priority. Our robust job assistance program provides guidance in building an impactful resume, honing interview skills, and connecting you with industry partners to jumpstart your career.

Cutting-Edge Labs and Technology:

Innovation requires access to cutting-edge tools and technology. Our state-of-the-art labs offer the latest resources for you to experiment, explore, and develop your ideas.

Proven Track Record:

We take pride in transforming the passion for technology into successful careers. Our numerous success stories are a testament to the impact our training has on learners like you

Placement Activity

Working on an industrial Project and review by an industry expert on Saturday-Sunday

Exam after every module

Mock Interviews by Industry Experts

Session for the corporate working environment

Mail writing, PPT presentation, and use of Excel

Resume preparation and Communication skill training.

Personality development sessions

Development Kits used

ATMEGA-128A DEV BOARD 1

Specifications:

• Microcontroller: ATMEGA128 with 16 MHz crystal.

• Power: 12V, AC or DC, Heat sink on 7805 for a better current rating.

• Reverse polarity protected.

• 2x16 Characters Alphanumeric LCD.

• RS232 serial interface.

• 2 LEDs.

• Double-side high-quality PTH PCB for added strength.

• Burg connectors for all ports.

• Debugging FRC socket - AVR JATG ICE

STM32H735- DISCOVERY KIT 1

Specifications:

• STM32H735IGK6U MCU 1MB of flash memory and 564KB of SRAM in UFBGA176+25 package

• 4.3" TFT 480×272 pixels coloured LCD module with capacitive touch panel and RGB interface

• SB OTG FS

• SAI audio codec

• One ST-MEMS digital microphone

• Two user LEDs

• User and reset push-buttons

• Three CAN FDs SD-Card and ethernet

BEAGLEBONE-BLACK 1

Specifications:

• Texas Instruments Sitara AM3358

• Memory: SDRAM: 512MB DDR3L 800MHZ, Onboard Flash: 4GB, 8bit Embedded MMC (eMMC) SD/MMC Connector for microSD

• Connectivity: High-speed USB 2.0 Client port: Access to USB0, Client mode via mini-USB, High-Speed USB 2.0 Host port: Access to USB1, Type A Socket, 500mA LS/FS/HS

• Serial Port: UART0 access via 6-pin 3.3V TTL Header. The header is populated.

• 10/100M Ethernet (RJ45)

• User Input / Output Reset Button, Boot Button, Power Button

• LED power indicator, 4 user-configurable LEDs, HDMI D type interface, LCD interface, Stereo audio over HDMI interface