Why Embedded system training?
Embedded systems is to perform dedicated, specific, and real-time tasks within larger mechanical or electrical systems, focusing on control, monitoring, and data processing. They optimize performance by integrating hardware and software to automate functions.
What we do?
Embedded systems is to perform dedicated, specific, and real-time tasks within larger mechanical or electrical systems, focusing on control, monitoring, and data processing. They optimize performance by integrating hardware and software to automate functions
100% Hands on Training
Individual Focus
Industrial experienced faculties
Online training
New generation Hardware
Flexible timing
1. Advanced Embedded system Engineer
- Fundamentals of C programming
- Basic of electrical & electronics
- 3 Mircocontrollers (PIC, Arduino & ESP32)
- Soldering practice with breadboard and PCB board
- GPIO Programming
- Timer & Counters
- External input & output interfacing
- Digital sensors interfacing
- Analog sensors interfacing
- Display devices interfcaing
- Digital output control
- Analog output control
- RTC
- Motor control with drivers(DC motor& servo motor)
- Protocols: I2C, SPI, UART
Duration: Fast Track: 25 days | Normal Track: 40 days
Eligibility: BE / ME / Diploma EEE, ECE, MECH, E&I, ICE, Robotics and Automation, Mechatronics
2. Master Diploma in Advanced Industrial Automation Engineer
- C programming
- Basic of electrical & electronics
- 5 Mircocontrollers (PIC, Arduino, ESP32, Raspberry pi & stm32)
- GPIO Programming
- Timer & Counters
- External input & output interfacing
- Motor control with drivers(dc motor , servo motor & stepper motor)
- EEPROM
- Wire less communication(GSM & LORA)
- RTC
- Serial, I2C,SPI & CAN bus Communication
- Interrupts
- RTOS
- Debugging large programs
Duration: Fast Track: 60 days | Normal Track: 80 days
Eligibility: BE / ME / Diploma EEE, ECE, MECH, E&I, ICE, Robotics and Automation, Mechatronics
3. STM32 lab
- Architecture of ARM-Cortex M3 & M4
- STM32 Microcontroller Hardware
- Debugging With ST-Link v2 SWD
- GPIO
- Registers
- Peripheral Interfacings
- External input & output interfacing
- Timers & counters
- PWM
- ADC
- Sensor Interfacings
- Motor Interfacing
- EPROM
- Serial Communication
- I2C Communication
- SPI Communication
- CAN bus communication
Duration: Fast Track: 30 days | Normal Track: 40 days
Eligibility: BE / ME / Diploma EEE, ECE, MECH, E&I, ICE, Robotics and Automation, Mechatronics
4.Arduino Lab
- C and Embedded C
- Electric Control Panel Wiring
- built-in function & Libraries
- Basics of Arduino ide
- Hardware specifications
- GPIO Programming
- Timer & Counters
- External input & output interfacing
- Digital sensors interfacing
- Analog sensors interfacing
- Digital output control
- RTC
- Motor control with drivers
- Serial communication
- SPI Communication
- I2C Communication
- CAN bus Communication
- EEPROM
Duration: Fast Track: 20 days | Normal Track: 30 days
Eligibility: BE / ME / Diploma EEE, ECE, MECH, E&I, ICE, Robotics and Automation, Mechatronics
5. Raspberry pi Lab
- Introduction to Raspberry Pi 4
- Program with Python 3
- Raspberry Pi OS installation
- Installation of Software and web server
- Control Raspberry PI GPIO with Python
- Peripheral Interfacing
- PWM
- ADC
- Digital Sensor Interfacing
- Analog Sensor Interfacing
- Serial communication
- vSPI Communication
- EEPROM
- Working with USB Webcams
- Servo and PWM control
Duration: Fast Track: 20 days | Normal Track: 30 days
Eligibility: BE / ME / Diploma EEE, ECE, MECH, E&I, ICE, Robotics and Automation, Mechatronics
