Placement Oriented Diploma Program
Eligibility: BE, B.Tech, ME, M.Tech
Mode of Training: Offline & Online
Duration: 240 Hours
Overview
Empower yourself for success in the thriving field of embedded systems with Cranes Varsity’s comprehensive 240-hour program. Designed specifically for upcoming graduates with a B.E., B.Tech., M.E., or M.Tech. degree, this program equips you with the essential skills and knowledge to excel in this exciting domain. We offer a flexible learning approach, allowing you to choose between online and offline modes to suit your learning style and schedule.Â
Backed by our 25+ years of experience in training, Cranes Varsity offers an unparalleled learning experience. Our program equips you with the skills and knowledge that employers seek, giving you a competitive edge in the job market.
Our program delves into core modules critical for embedded systems development:
- Problem-solving using C with MISRA guidelines: Master the fundamentals of C programming, adhering to the industry-standard MISRA guidelines for safety and reliability in embedded systems.
- Data Structures and Algorithms: Build a strong foundation in data structures and algorithms, enabling you to design efficient and optimized embedded systems.
- Object-Oriented Programming (OOP) with C++: Gain expertise in object-oriented programming concepts using C++, empowering you to create modular and reusable embedded software.
- Linux System Programming and Socket Programming: Master the intricacies of Linux system programming and socket programming, essential for interfacing with hardware devices and network communication in embedded systems.
Check our detailed curriculum
Course Modules
- Fundamentals of Electronics and Embedded Systems
- Programming in C following MISRA C
- Data Structures and Algorithms
- Oops with C++
- Linux System Programming and Socket Programming
- ARM 7 & Cortex M3 programming using Embedded C
- Programming using ARM Cortex M3 based MCU STM32F4xxx
- RTOS –Hands-on using Free RTOS of Amazon
- Linux Device Drivers and Porting on Beagle Bone Black
- Application development based on Data Structure
- (Eg: Flood fund releasing data, cyber management systems, Bank management system, contact management system)
- Concurrent server to replicate a chat application using socket programming.
- Embedded Project development using wired/wireless technology such as GPS, GSM, BLE, Wi-Fi, and sensors
- Project Based on CAN or Lin Protocol
- Parallel port Driver.
- Ubuntu(Linux OS, with GCC compiler)
- LPC2129, Keil Micro vision,
- Cube IDE for STM32F446
Core Programming
Data Structures and Algorithms – 40 hrs
- Introduction to Data Structures
- Stacks and queus
- LinkedList
- Stack Implementation using array
- Queue Implementation using array
- Tree: Binay Search Tree
- Code Optimization
- GDB Debugger
- Splint
- G Coverage tool
- G Profiling
- Valgrind software
Oops with C++ – 40 Hrs
- Introduction to C++, Structure of a C++ program
- Procedural overview of C++
- Objected-Oriented Approach in C++
- Constructor and Destructor
- Friends and Operators overloading
- Generic Programming
- Generalization
- Run time polymorphism
- Exception Handling
- C++ Library Features
- Inheritance
- Runtime Polymorphism
- Call Back Functions
- Code Optimization and Profiling
- STL
Linux System Programming and Socket Programming – 32 Hrs
- Introduction to the operating system
- Process management subsystems
- File management subsystems
- Memory management systems
- Shell
- Introduction to Linux-os
- Linux file management system
- Linux process management system
- Signals
- Pipes
- Message queues
- Shared memory
- Semaphores
- Threads
- Mutex
- Building an executable: MAP file basics, Building libraries
- Memory Management: Memory Architecture, allocation, profiling
- Working with registers: Bit level operations, Handling special registers. const, volatile qualifiers
- Context management: Code/Data/BSS/Stack/Heap segments, Execution context, Interrupt Context
- Linux fundamentals: Linux Kernel basics, Linux driver framework and filesystem, Networking sockets
- Inter process communications: Handling a Signal using sigaction , Socket programming
- Developing Optimal Code
Embedded Specialization
Embedded Protocols – 20 Hrs
- UART programming
- SPI programming
- I2C Programming
Embedded OS (RTOS) Programming – 20 Hrs
- Overview of FreeRTOS: Features of freeRTOS, FreeRTOS source code organization
- RTOS Concepts: Hard real time vs soft real time, Multi-threading/ Multi-tasking / Concurrent execution
- Scheduling and Context switching
- Memory management: Heap vs Stack memory, program memory vs data memory
- freeRTOS Heap Memory Management, different memory allocation schemes free RTOS Heap Utility Functions, Optimizing memory
- Concept of freeRTOS Tasks freeRTOS Tasks APIs, Creating Tasks, Task Priorities, Task State Transitions
- Scheduler: Scheduler Algorithms, Tick Interrupt, Idle task
- Inter task Communication and synchronization: freeRTOS Queue APIs Data storage for Queue
- Blocking read, write Receiving data from multiple queues Mailbox (using queue)
- Interrupt Management Events and ISRs, Tasks vs ISRs
- Semaphores Concept of semaphores, Binary Semaphores, Counting semaphores
- Resource Management: Shared resources Mutual Exclusion, Critical Section
- Mutex Deadlocks, starvation, Priority inversion, Priority Inheritance
- Event Groups: Event Groups for Multiple Task Synchronization
- Task Notifications Tasks communication objects vs direct task notifications, Benefits of task notifications
Project stream:
- Â Application development based on Data Structure (Eg: Flood fund releasing data, cyber management systems, Bank management system, contact management system)
- Concurrent server to replicate a chat application using socket programming.
- Â Embedded Project development using wired/wireless technology such as GPS, GSM, BLE, Wi-Fi, and sensors
Platform
- Â Ubuntu (Linux OS, with gcc compiler)
- Â Lpc1768 development board
- Keil Micro vision , Flash Magic
Placement Statistics
FAQs
What is taught in the Embedded Systems Course?
Aspirants will get trained in various programming skills, Such as C, Embedded C, Processors, and Microcontrollers According to industry standards.
Part I – Core concepts of Embedded Systems
- Fundamentals of Electronics and Embedded System
- Basic C Programming,Â
- Advanced C Programming
- Data Structures & C++
- Linux and Device Drivers
Part II – Embedded Specialization
- Embedded System Design using ARM and ARM Cortex
- Using NXP Based LPC2129 MCU, andÂ
- Cortex Based STM32F44xx from ST Electronics
- Â GPIO, TIMERS, VIC Interrupt Handling,
- PWM, PLL, RTC
- Embedded Protocols – UART, I2C, SPI, Architecture
- Automotive Design using CAN and LIN ProtocolÂ
- Real Time OS (Free-RTOS)
- Model-Based Design using MATLABÂ
- (Simulink, Stateflow & Embedded Coder)
What are the skills required for an Embedded Engineer?
- Good Programming skills required in C Programming and Embedded C
- Good knowledge of microcontrollers and Processors
- Good knowledge of Peripherals
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Is it worth learning Embedded Systems?
Embedded systems are a cornerstone of the electronics industry today. Embedded systems are used in almost all the areas like consumer electronics, home appliances, industrial automation, automotive & aerospace, medical equipment, and commercial and military applications.
It depends on where you want to see yourself in your career. There are good career opportunities for engineering graduates who complete Embedded Systems Training 200+ companies are looking for Embedded System Developers. Check out our Placement Statistics page for a complete list of the recruiters.
