Embedded systems Training in Chennai
Job oriented Advanced Embedded systems training in Chennai. Learn Embedded systems from the Best Embedded system Training Institute in Chennai with certification and Job placements.
Greens Technology is India’s pioneer institute in Embedded Systems, Linux and IoT training, Since 2003. Our Embedded training vertical has generated huge pool of Industry ready embedded engineers. For freshers we offer placement oriented embedded course with attractive scholarships. For working professionals weekend options are available with embedded systems trainings and advanced workshops. Practical approach, applied learning, result oriented approach makes our trainings unique.
- Embedded systems course – For Freshers
- Embedded IoT Courses – For Freshers and Professionals
- Weekend embedded courses and workshops – For professionals
Greens Technology’s flagship training centre in Chennai, offers one of the most exhaustive suites of Embedded systems and IoT technology courses available in India.
Along with embedded systems, Greens Technology offers training in specialized courses in Qt QML application programming, Qt for Embedded, Embedded android system development, Yocto for custom embedded Linux development, Advanced Linux device drivers courses, Software engineering courses as individual verticals. We offer short term and long term trainings in each technology areas, catering to various segments.
We are here – To take you beyond!
Job oriented Advanced Embedded systems Training in Chennai
Greens Technology's Certified Embedded Professional (ECEP) is one of the best embedded systems training in Chennai, India. This freshers training course is a combination of practical training, rigorous evaluation and industry coaching. It has helped thousands of freshers to get genuine job placements.
Greens Technology's Embedded certification course is the Industry benchmark for getting into a stable career in core product development and service companies.The course is highly focused in Skilling fresh engineers to become a professional, and enable them to get placements and jobs in core embedded companies. The combination of ‘Core + Foundation’ modules, along with ‘Learning By Doing’ methodology, helps in exponential learning unlike conventional training methods.
Embedded Systems Course Syllabus
Certified Embedded Engineer [15 Days]
Embedded Systems Programmer [30 Days]
Embedded Application Development Engineer [45 Days]
Post Graduate Diploma In Embedded Systems [60 Days]
Certified Embedded Engineer [ 15 Days ]
Module 1: Embedded System Introduction
- Introduction about PLDs
- Introduction about Microprocessors
- Introduction about Signal processing and Data processing
- Introduction about Micro controllers
- Microcontroller classifications
- Introduction about 8051 Microcontroller
- Introduction about ARM Controllers
Module 2: Application Development
- Introduction about 805X and Interface
- Introduction to Advance RISC Machine
Module 3: Language and Tools
- Introduction to Embedded C programming
- Intro about KEIL IDE
Embedded Systems Programmer [30 Days]
Module 1: Embedded System Introduction
- Introduction to PLDs
- Introduction to Microprocessors
- Introduction to Signal processing and Data processing
- Introduction to Mixed signal Processing
- Introduction to Micro controllers
- Microcontroller classifications
- Introduction to 8051 Microcontroller
- Introduction to PIC Microcontrollers
- Introduction to MSP430 Microcontroller
- Introduction to ARM Controllers
- Introduction to System On Chip(SoC)
Module 2: Application Development on 8051
Applications using External Peripherals
- Interfacing of LEDs
- Interfacing seven segment display,
- Interfacing of LCD
- Matrix Key-pad scanning
- I2C device Interfacing.
- External RTC
- External EEPROM
Module 3: Application Development on ARM-7
Internal Peripheral Applications
- Introduction to Advance RISC Machine
- JTAG
- SPI
- UART
- I2C
- PWM
- Vectored Interrupts
- On-Chip ADC/DAC
- RTC
Module 4: Language and Tools
- Introduction to Embedded C programming
- Data types, Qualifiers and Operators
- Loop control and Functions
- Array, Strings and Classes
- Pointers and Structures
- Arithmetic operations, and Type casting,
- Call by Value, Call by Reference and Dynamic memory allocation.
- Intro to KEIL IDE
- Servo motor Drive Interface
- Stepper Motor Drive Interface
- Interfacing of LCD Interface
- Interfacing of LEDs Interface
- Matrix Key-pad Interface
Embedded Application Development Engineer [45 Days]
Module 1: Embedded System Introduction
- Introduction to PLDs
- Introduction to Microprocessors
- Introduction to Signal processing and Data processing
- Introduction to Mixed signal Processing
- Introduction to Micro controllers
- Microcontroller classifications
- Introduction to 8051 Microcontroller
- Introduction to PIC Microcontrollers
- Introduction to MSP430 Microcontroller
- Introduction to ARM Controllers
- Introduction to System On Chip(SoC)
Module 2: Application Development on 8051
Applications using Internal Peripherals
- Architecture
- Memory
- Addressing Modes
- Instruction set
- Timers/Counters
- Stop watch
- UART
Applications using External Peripherals
- Interfacing of LEDs
- Interfacing seven segment display
- Interfacing of LCD
- Matrix Key-pad scanning
- I2C device Interfacing.
- External RTC
- External EEPROM
Module 3: Application Development on ARM-7
Internal Peripheral Applications
- Introduction to Advance RISC Machine
- JTAG
- SPI
- UART
- I2C
- PWM
- Vectored Interrupts
- On-Chip ADC/DAC
- RTC
Module 4: Language and Tools
- Introduction to Embedded C programming
- Data types, Qualifiers and Operators
- Loop control and Functions
- Array, Strings and Classes
- Pointers and Structures
- Arithmetic operations, and Type casting,
- Call by Value, Call by Reference and Dynamic memory allocation
- Intro about KEIL IDE
- Servo motor Drive Interface
- Stepper Motor Drive Interface
- Interfacing of LCD Interface
- nterfacing of LEDs Interface
- Matrix Key-pad Interface
Module 5: Real Time Operating System
- Define Real Time Operating Systems (RTOS)
- Comparison between normal (traditional) OS and Real Time OS
- Why RTOS is required in Embedded systems
Post Graduate Diploma In Embedded Systems [60 Days]
Module 1: Embedded System Introduction
- Introduction to PLDs
- Introduction to Microprocessors
- Introduction to Signal processing and Data processing
- Introduction to Mixed signal Processing
- Introduction to Micro controllers
- Microcontroller classifications
- Introduction to 8051 Microcontroller
- Introduction to PIC Microcontrollers
- Introduction to MSP430 Microcontroller
- Introduction to ARM Controllers
- Introduction to System On Chip(SoC)
Module 2: Application Development on 8051
Applications using Internal Peripherals
- Architecture
- Memory
- Addressing Modes
- Instruction set
- Timers/Counters
- Stop watch
- UART
Applications using External Peripherals
- Interfacing of LEDs
- Interfacing seven segment display,
- Interfacing of LCD
- Matrix Key-pad scanning
- I2C device Interfacing.
- External RTC
- External EEPROM
Module 3: Application Development on ARM-7
Internal Peripheral Applications
- Introduction to Advance RISC Machine
- JTAG
- SPI
- UART
- I2C
- PWM
- Vectored Interrupts
- On-Chip ADC/DAC
- RTC
External Peripheral Applications
- Interfacing Relay
- Interfacing Buzzer
- Interfacing pushbuttons
- Power electronics drives control
- DC motor Drive
- Servo motor Drive
- Stepper Motor Drive
- Sensors
Module 4: Language and Tools
- Introduction to Embedded C programming
- Data types, Qualifiers and Operators
- Loop control and Functions
- Array, Strings and Classes
- Pointers and Structures
- Arithmetic operations, and Type casting,
- Call by Value, Call by Reference and Dynamic memory allocation
- Intro to KEIL IDE
- Servo motor Drive Interface
- Stepper Motor Drive Interface
- Interfacing of LCD Interface
- Interfacing of LEDs Interface
- Matrix Key-pad Interface
Module 5: Real Time Operating System
- Define Real Time Operating Systems (RTOS)
- Comparison between normal (traditional) OS and Real Time OS
- Why RTOS is required in Embedded systems
- How RTOS helps to increase the scalability
- Basic architecture
- Types and features
- Hard time systems
- Real time kernels
- Multitasking techniques
- Time and memory management
- Real time scheduling.
Learning environment:
Practical approach: 70% of the time you will be doing hands-on programming
Best-in class mentors: With real-time industry experience
Project oriented approach: Work on 7 to 8 real-time industry standard projects, enough to land into your First Job
Career Support:
Embedded systems training aimed for jobs in core embedded companies
316+ Placements cos** visited from Mar 2017 to Apr 2018
Guaranteed* min 9 interviews
Online Learning Management System, Get access to enough artifacts to achieve your objective:
Videos, Audios and Text – Go through the Expert Classroom sessions repeatedly
Online Practice Tests
Practice Exercises and Assignments
Module based Projects to give you a wide exposure of embedded systems to enhance your Resume
Courseware / Materials:
Plenty of quality resources, in sync with industry needs
Live hardware: Embedded programming in real hardware
Soft-skills and Interview Preparation:
Disha workshops: Resume Preparation, Facing interviews to building career – Howto?
Industry seminar: Interact with senior professionals, learn what industry wants
Greens Technology’s Embedded systems training course syllabus and curriculum is systematically designed in sync with today’s industry needs. These topics will make you a complete hands-on embedded systems engineer, ready to be deployed in core embedded companies. Starting with fundamentals like Embedded C and Data structures, and Basic Linux Linux Systems which builds strong foundation required for aspiring embedded systems freshers; the advanced topics covers comprehensive Embedded Application Development on Linux (Linux Internals), Programming and Interfacing and communication protocols with Micro-controllers, Linux Network Programming using TCP / IP, and Embedded Linux porting on ARM Sub-systems, which will take a deeper dive into the embedded world.
"I thank Greens Technology for giving an opportunity to get into an domain that I wanted to be.
The Greens Technology is best institute in embedded domain. The best thing that Greens Technology got is good class and lab mentors and placement managers. Number of companies visiting are best in embedded. I wish Greens Technology always be the best in embedded and grow big...."
"After completing my B.E. I wanted to get into embedded domain. There were a couple of institutes who were into Embedded Systems training. Seeing the curriculum of Greens, I chose to join this institute. I can proudly tell I took the right decision.
Now i got placed in UST-GLOBAL, just put all your efforts in the institution only, ask as many as doubts you have, try to complete all the tasks in time.
The Faculties are very supportive and helping in nature if and only if you will cooperate with them.
Thank you to all Greens staffs :)
