A PIC or Peripheral Interface Controller is a family of
microcontrollers which are manufactured by Microchip Technology. They
are used in embedded systems for automation, robotics, and consumer
electronics. They offer low cost, easy usage, and efficient performance.
They includes timers, ADCs (Analog to Digital Converters), and UARTs
(Universal Asynchronous Receiver Transmitters).
Certification in
PIC Microcontroller certifies your skills and knowledge in
microcontroller architecture, peripheral configuration, coding in
assembly or C, Why is PIC Microcontroller certification important?
The certification certifies your skills and knowledge of PIC microcontrollers
Increases your employability in embedded systems roles
Boosts your credibility in robotics, and IoT
Shows your expertise in embedded programming, and circuit design
Provides you a competitive edge in the job market
Attests to your career opportunities in industrial automation
Shows your commitment to learning
Who should take the PIC Microcontroller Exam?
Embedded Systems Engineer
Microcontroller Programmer
Hardware Engineer
Firmware Developer
Robotics Engineer
Automation Engineer
Electronics Engineer
Embedded Software Developer
IoT Engineer
Product Design Engineer
Skills Evaluated
Candidates taking the certification exam on the PIC Microcontroller is evaluated for the following skills:
PIC microcontrollers Architecture
Assembly and C languages
Timers, ADC, and UART
Communication protocols
Embedded systems implementation
Debugging
Power management and memory organization
MPLAB X IDE and PICkit programmer
PIC Microcontroller Certification Course Outline The course outline for PIC Microcontroller certification is as below -
Domain 1 - Introduction to PIC Microcontrollers
Overview of PIC family and their applications
Microcontroller architecture and components
Memory organization (ROM, RAM, EEPROM)
Domain 2 - PIC Microcontroller Programming
Assembly programming fundamentals
C programming for PIC microcontrollers
Interrupt handling and service routines
Writing and testing simple embedded applications
Domain 3 - Peripheral Devices and Modules
Timers and counters
Analog-to-Digital Converter (ADC)
Pulse Width Modulation (PWM)
I/O ports and GPIO configuration
Domain 4 - Communication Protocols
Serial communication (UART, SPI, I2C)
Master-slave communication
Communication between PIC and other devices
Domain 5 - PIC Development Tools
MPLAB X IDE setup and usage
PICkit programmer and debugging tools
Writing and uploading firmware to PIC devices
Domain 6 - Advanced PIC Microcontroller Features
Interrupt system and priorities
Watchdog timer configuration
Low-power modes and energy-efficient programming
Real-time clock and timer operations
Domain 7 - Embedded System Design with PIC
System-level design using PIC microcontrollers
Circuit design and interfacing sensors
Integration of microcontroller with displays, motors, and sensors
Domain 8 - Debugging and Optimization
Debugging techniques using MPLAB and hardware tools
Code optimization for speed and memory efficiency
Error handling and fault tolerance in embedded systems
Domain 9 - PIC Microcontroller Applications
Robotics and automation using PIC
Industrial control systems
Internet of Things (IoT) applications with PIC microcontrollers