Why Embedded Software Engineer ?

Embedded System | PCB Design | Microcontroller Training
Embedded system training institute in Cochin, Ernakulam.

PG DIPLOMA IN EMBEDDED SYSTEM

An Embedded System is an integration of software and hardware, either programmable or fixed in capability, specifically designed for a particular function or particular kind of application device.

The most possible hosts of an Embedded System are.

  • Industrial machines
  • Automobiles
  • Medical Equipment
  • Cameras
  • Household Appliances
  • Airplanes
  • Vending Machines and Toys (as well as the more obvious cellular phone and Smart Phones)

Embedded Systems programming is a specialized occupation. Programmable Embedded Systems are provided with programming interfaces.

What Should You Do?

While there are so many alluring opportunities in this field, question is - how can we benefit from this? If you are an individual from engineering background - there is clear cut opportunity for becoming an embedded systems engineer; whether it is in the field of Software, system integration, hardware designs or anything such. However, it must be understood that on this fast track field; industry is expecting work-ready candidates. This means, candidates should have prior knowledge of this field or should have a very steep learning curve to cope up with current trends. With this fact in mind, we, the Ambit has designed the Embedded Software Engineer course with a systematic syllabus and right contents in order to groom our aspiring trainees to grab an excellent opportunity in Embedded System.

Course Rationale

Our Training methodology allows the Trainees to dive in to embedded system with basic knowledge and become a productive Industry ready candidate by the end of the training. More than 80% of the course is hands on and hence the practical exposures for the candidates are high enough to develop the key skills required for the industry. Throughout the course, the Trainees has to complete many assignments, and do projects. Besides the Technical training, we provide regular soft skill development training for our trainees. Weekly assessments and one on one counselling would be understand strength and weakness of the trainees.

Embedded System Course Syllabus

  • Circuit Design, Simulation and Analysis
    • Introduction to Electricity and Electronics
    • Considerations while using Electronics Components
    • Basics laws for circuit designing
    • Schematic Design
    • Interactive Simulation
    • Graph Based Simulation
    • Time domain Analysis
    • Frequency Domain Analysis
  • PCB Design and Fabrication
    • Printed Circuit Boards concepts
    • Schematic Design
    • Layout Design
    • Layout Design Considerations
    • Design for Manufacturability
  • Advanced C Programming and Data Structure
    • C Character Set and tokens
    • Control Statements
    • Loops
    • Functions
    • Storage classes
    • Memory Areas
    • 1 Dimensional Arrays
    • Two dimensional arrays
    • Pointers
    • Pointer arithmetic
    • String
    • Dynamic memory allocation
    • Structure
    • Union
    • Type conversions
    • File handling
    • Command line arguments
    • C Pre-processors
    • Data structures
    • Sorting Algorithms
    • Searching Algorithms
  • 8 bit Microcontroller: Microchip PIC16 Programming
    • Introduction to Microchip PIC microcontrollers
    • MPLAB IDE - Hi-tech C Compiler
    • MPLABX IDE - XC8 compiler
    • PIC16f88x architecture
    • GPIO programming
    • ADC
    • UART
    • Interrupts
    • Timers
    • Analog Comparator
    • PWM
    • SPI
    • I2C
    • Low power features
    • Interfacing with Sensors
    • Interfacing wireless technologies
    • Interfacing Displays and motors
  • Internet of Things (IoT)
    • General features and architecture of AVR
    • Introduction to Internet of Things
    • Applications
    • Architecture
    • IoT Devices - ESP8266 - ESP32
    • Programming with ESP8266 - GPIO - Serial Port - ADC
    • Concepts of networking
    • WiFi in ESP8266
    • Access point & Station
    • Server & Client
    • Creating local servers and clients with esp8266
    • HTTP Protocol
    • Home Automation from Local network
    • Communicating with online server
    • Thingspeak
    • Ubidots
    • Remote Monitoring and control
    • Blynk app and integration with our projects.
    • MIT App Inventor for Android app development
    • Introduction to Raspberry Pi
    • Installing Raspbian OS
    • Linux Commands & Shell scripting
    • Python 2.7
    • Raspberry Pi GPIO interfacing LEDS and Switches
    • Interfacing digital sensors
    • Running applications from boot or startup
    • Creating Raspbery Pi as a client
    • Communication with online servers : IFTTT
    • MQTT Protocol
    • Cloud MQTT
    • LAMP: Creating Raspberry pi as a local server
  • Programming with ARM7 TDMI processor
    • History of ARM processor and ARM7TDMI
    • Architecture in detail
    • ARM Assembly Language Programming
    • LPC2138-ARM7 Based Microcontroller from Philips Semiconductors
    • General Purpose I/O
    • ADC
    • UART
    • SPI
    • I2C
    • Vectored Interrupt Controller (VIC)
    • External Interrupts
    • ARM 7 Instruction Se
    • Keil IDE
    • Demonstrating ARM ISA
    • Demonstrating THUMB ISA
    • ARM Embedded C language Implementation
  • ARM Cortex M4 Processor
    • Kiel and STMcubeMx
    • Familiarizing Development board and hardware: STM32F4
    • Writing code & compiling
    • IO Port
    • ADC
    • UART
    • Timers
    • PWM
    • I2C
    • SPI
    • Interrupts
    • Data manipulation using DMA
  • RTOS with freeRTOS
    • Real Time Applications & Real Time operating Systems
    • RTOS vs GPOS
    • Multitasking
    • About freeRTOS
    • freeRTOS scheduler
    • Task, memory and stack management basics
    • Synchronization and mutex basics
    • freeRTOS demos
    • Task States
    • Creating tasks
    • delay function
    • idle task
    • deleting tasks
    • changing priorities
    • Queue
    • Semaphore creation
    • Binary Semaphore
    • Trace analyser
    • Mutual exclusion
    • Interrupt handling
  • Linux operating System
    • Introduction t operating System
    • Computer system operations
    • OS Structure & OS operations
    • Process & Threads
    • CPU Scheduler and Algorithms
    • Deadlock concept
    • Memory management
    • File system implementation
    • Linux Task Structure & process scheduling
    • Virtual file system & EXT file system
  • Linux Device Drivers
    • The Linux device model (devices, udev, sysfs, procfs)
    • Character Driver basics
    • Debugging Techniques
    • Concurrency and race conditions
    • Block Drivers
    • Network Drivers

DURATION - 6 MONTHS

The highly skilled trainers who are capable of quality Embedded System training with 100% placement assistance. We conduct regular training, crash course, short-term training & 3 months training. Check out the Embedded System Course syllabus provided by AMBIT before getting admission.

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Classes of Embedded System at Ambit, Kochi

Job oriented training in embedded system programming in Cochin.

Useful Links

Forest Fire Protection Using Embedded System & IoT | VLSI System Design

Learn Embedded Programming - Embedded Training Course - Institute Cochin