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Embedded Systems Design Training

Embedded Systems Design Training program is designed to equip participants with the essential knowledge and practical skills required to design, develop, and optimize embedded systems. In an increasingly interconnected world, embedded systems play a pivotal role in numerous applications, from consumer electronics and automotive systems to industrial automation and IoT devices. This course offers a deep dive into the principles, techniques, and tools necessary for effective embedded system development.

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Online/Offline Trainings

Instructor Led Online/Offline Training

Expert instructos

Industry experts with 12+ years of experience

100% Placement Rate

With Packages Starting From 5-6 LPA
Product & service Based Companies hiring Trained Embedded System Design Candidates .
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Eligibility Criteria

  • B.Tech/M/Tech degree in Electronics & Communication (ECE), Electrical & Electronics (EEE), or closely related fields.
  • B,Tech/M.Tech in Computer Science (CSE) or Closely related Fields
  • M.Tech in VLSI or closely related fields
  • While not mandatory, candidates with a basic understanding of digital electronics and proficiency in the C programming language are preferred.

Course Curriculum

  • CPU, Memory & Bus
    CPU – Modes, Registers, Instruction Set, Address Modes
    Memory – Memory Map, Memory Organization, Stack Model
    Bus Architecture -Bus Master/Slave, APB/AHB, I-bus, D-Bus, S-Bus, Bus Matrix
    Resets – Types of Reset, reset sequence in ARM
    Input & Output – I/O Controllers, I/O mapped I/O, Memory Mapped I/O”
  • Interrupts, Exceptions, Faults and DMA
    Exceptions – Types, Handler, Vector table, Entry & Exit
    Interrupts – Nested Vectored Interrupt Controller, NVIC registers, interrupt priority & grouping
    Fault – Types, Fault Status Register, Fault Address Register, Fault Handling
    Direct Memory Access – DMA Matters & Slaves, DMA configurations, Transfer modes, Channel Mapping, Memory to Memory, Peripheral to Memory, Memory to Peripheral”
  • ARM Cortex Architecture
    – Architecture
    – ISA,
    – Bus Architecture, Peripheral Interfaces
    – Register Access
    – DMA / Memory interfaces
    – Pipelines / Interrupts, NVIC
    – Operating modes”
  • Mid-way Assessment
  • Hardware Schematics & Datasheets
    Understanding Schematics, Datasheet
    UART – RS-232, RS485
    GPIO – LEDS and Keypad
    Timers, Watchdog, and Counters
  • Interfacing with Devices
    I2C – EEPROM, Accelerometer
    SPI – Flash, OLED Display
    Peripherals : ADC, EEPROM, RTC
    PWM – LED Brightness
    Temperature Sensor and Fan control
  • RTOS – Features & Services
    RTOS- Overview, Hard/Soft/Firm RealTime, Schedulers, Real Time scheduling
    Tasks, Kernel Services, I/O services, Memory Management
    Context switching, Interrupt handling
    Task Synchronization Techniques – Semaphores, Mutex, Events,
    Low Level Drivers : I2C, SPI, UART
  • Multitasking Concepts and Challenges
    Task Synchronization Techniques – Queue, Buffering
    Multitasking Challenges – Deadlock, Livelock, Race conditions, Starvation
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9/10 users reported better learning
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85% of students Changed their Domain From IT to VLSI  through SuccessBridge

Outstanding

I recently completed the Embedded Systems Training course at Successbridge, and it was an outstanding learning experience. The instructors were not only knowledgeable but also passionate about the subject matter. The hands-on projects challenged me and allowed me to apply what I learned in real-world scenarios. I now feel confident in my ability to design and develop embedded systems. Thank you, Successbridge, for this invaluable training!"

Lena Sidhu

Systems engineer

Highly Recommended

can't express how grateful I am to Successbridge for their Embedded Systems Training course. As someone with a background in software engineering, I wanted to expand my skills into the hardware realm, and this course provided the perfect bridge. The instructors were patient and explained complex concepts in an easily digestible way. The practical projects helped solidify my understanding, and I now feel well-prepared to tackle embedded systems projects. Highly recommended!

Arun Nagaratnam

Systems engineer

Quality Training

Successbridge's Embedded Systems Training exceeded my expectations. The curriculum was comprehensive, covering everything from the basics to advanced topics like real-time operating systems and security. The hands-on labs were my favorite part – they allowed me to build and program actual embedded systems, which boosted my confidence significantly. This course has opened up exciting career opportunities for me, and I'm grateful for the quality education I received at Successbridge

Salam Yathan

DV Engineeer
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