Training on Advanced Microcontrollers: Design, Installation, Applications, and Service

Pertecnica Engineering offers a specialized professional course on Advanced Microcontrollers, aimed at engineers working in electronics, embedded systems, automation, power systems, consumer electronics, robotics, EV technologies, and industrial controls.
The course helps engineers design, program, integrate, troubleshoot, and service microcontroller-based systems, with a strong focus on industry standards, real hardware applications, and reliability engineering.

Topics Covered

1. Basics of Microcontrollers and Architecture

  • Difference between microcontrollers, microprocessors, SoCs

  • ARM, PIC, AVR, MSP430, and 8051 advanced concepts

  • CPU core, clock system, I/O subsystems, memory hierarchy

  • Interrupts, timers, ADC/DAC, communication peripherals

  • Power modes & performance optimization on hardware

2. Programming and Firmware Development

  • Embedded C, driver development, register-level programming

  • Compiler settings, linker files, bootloader concepts

  • ISR programming, timer programming, memory allocation

  • RTOS fundamentals, task scheduling, resource management

  • Debugging tools (JTAG, SWD, ICE, logic analyzer)

3. Interfacing and Peripherals

  • Sensor interfacing: temperature, pressure, motion, hall, IR

  • Actuator control: motors, relays, solenoids, LCD, HMI

  • Analog interfacing, ADC data handling, waveform generation

  • Handling high-speed I/O and signal conditioning

  • Industrial interfaces: 4-20mA, 0-10V, isolation and protection

4. Communication Protocols

  • UART, SPI, I2C, CAN, USB fundamentals

  • Industrial protocols: Modbus, PROFIBUS, DeviceNet

  • Wireless interfaces: BLE, Wi-Fi, ZigBee, LoRa

  • Network security for microcontroller-based devices

  • Troubleshooting protocol communication failures

5. System Design and Integration

  • PCB design basics for microcontroller boards

  • Layout strategies for noise reduction, ground planning

  • Embedded system testing & validation methods

  • Designing for product reliability and safety

  • Power supply design, protection circuits, surge protection

6. Troubleshooting, Service & Maintenance

  • Fault diagnosis in industrial controllers

  • Defective board replacement, EMI/ESD protection

  • Firmware corruption analysis, communication errors

  • Oscilloscope-based debugging techniques

  • Service documentation and technical reporting

Skill Assessment, Training, and Certification

Skill Assessment

Every learner undergoes a structured skill assessment before training begins.
This assessment checks:

  • Your understanding of microcontroller architecture

  • Programming and debugging skills

  • Knowledge of circuit design and interfacing

  • Ability to troubleshoot hardware faults

The assessment reveals your strengths and identifies the areas where improvement is needed.

Training

Based on assessment results, focused skill-gap training is provided.
The training includes:

  • Real embedded board programming

  • Register-level and driver-level projects

  • Sensor and actuator interfacing

  • Hardware debugging using real tools

  • Firmware development for industrial applications

You learn by doing, using actual industrial scenarios and hands-on practice.

Certification & Project Experience

After successful training:

  • Certification is awarded by Pertecnica Engineering

  • Project experience certificate is provided

  • Projects cover real industrial applications such as:
    microcontroller-based power systems, automation, robotics modules, consumer electronics, and smart IoT devices.

This certification increases your job value in embedded and industrial domains.

Who Should Join?

  • B.Tech / BE / Diploma in EEE, ECE, EIE

  • Engineers working in automation, PCB design, testing, service

  • Embedded development aspirants

  • Engineers in power systems, robotics, consumer electronics

  • Anyone who wants practical skills and certification

Career Opportunities After Training

  • Embedded System Engineer

  • Microcontroller Firmware Developer

  • Industrial Automation Engineer

  • Robotics Control Engineer

  • PCB & Embedded Hardware Engineer

  • Product Testing & Service Engineer

  • IoT Device Integration Specialist

How to Join

To receive brochure, fee details, and training schedules, choose your preferred mode:

  • Classroom Training

  • Online Training

  • Fast-Track Weekend Batch