PIC Micro Controllers Training
Learn PIC microcontroller architecture, Embedded C programming, GPIO, timers, interrupts, ADC, PWM, UART, SPI, I2C and practical embedded system development through hands-on training.
Explore CoursePIC Micro Controllers Course
PIC microcontrollers are widely used in embedded control systems, electronics, instrumentation, automation, consumer products and industrial applications.
This training introduces learners to PIC microcontroller architecture, programming, peripheral configuration, hardware interfacing and practical embedded application development.
What You Will Learn
- PIC microcontroller architecture
- PIC16 and PIC18 family concepts
- Embedded C programming
- GPIO configuration
- Timers and counters
- Interrupt programming
- ADC and analog interfacing
- PWM generation
- UART communication
- SPI and I2C communication
- Embedded debugging
Who Can Join
- Electrical Engineering Students
- Electronics Engineering Students
- Instrumentation Students
- Embedded System Students
- Automation Engineers
- Firmware Developers
- Robotics Students
- IoT Developers
- Working Professionals
PIC Embedded Technologies
Core programming concepts, peripherals and interfaces covered during the training.
PIC Micro Controllers Curriculum
Structured learning from microcontroller fundamentals to practical embedded projects.
Module 1 – Introduction to PIC
Introduction to microcontrollers, PIC families, embedded systems and applications.
Module 2 – PIC Architecture
CPU architecture, registers, memory, program memory, data memory and configuration.
Module 3 – PIC16 & PIC18
Overview of PIC16 and PIC18 architecture, features, peripherals and development concepts.
Module 4 – Embedded C Programming
C programming for microcontrollers, variables, pointers, structures, bit operations and hardware control.
Module 5 – GPIO Programming
Digital inputs and outputs, switches, LEDs, relays and external hardware control.
Module 6 – Timers & Counters
Timer configuration, counters, delays, periodic operations and timing control.
Module 7 – Interrupts
Interrupt sources, interrupt handling, service routines and event-driven programming.
Module 8 – ADC
Analog-to-digital conversion, sensor interfacing and analog signal processing.
Module 9 – PWM
PWM generation and applications in motor control, LED control and embedded systems.
Module 10 – UART
Serial communication, UART configuration, transmission and reception.
Module 11 – SPI & I2C
Serial communication interfaces and interfacing external sensors and peripherals.
Module 12 – Debugging & Project Development
Firmware debugging, hardware testing, troubleshooting and complete embedded project development.
Practical PIC Projects
Apply PIC programming and peripheral interfacing through practical projects.
Digital Control System
Develop a digital control application using switches, LEDs and relays.
Temperature Monitoring
Interface a temperature sensor and process analog signals using ADC.
PWM Motor Control
Develop a PWM-based motor speed control application.
LCD Display Interface
Interface an LCD and display sensor or system information.
UART Communication
Develop serial communication between a PIC controller and external equipment.
Sensor-Based Automation
Combine sensors, control logic and outputs to create a practical automation application.
PIC Microcontroller Applications
NCVT Training Approach
- Microcontroller fundamentals
- Architecture and peripheral study
- Embedded C programming
- Hardware demonstrations
- GPIO and peripheral programming
- Sensor interfacing
- Communication experiments
- Debugging and troubleshooting
- Practical project development
Career Direction
PIC microcontroller skills provide a foundation for embedded firmware development, electronics, instrumentation, automation, robotics and control-system applications.
Learners can continue into advanced Embedded C, real-time embedded systems, communication protocols, motor control, IoT and other microcontroller platforms.
Frequently Asked Questions
What is a PIC microcontroller?
PIC is a family of microcontrollers developed by Microchip Technology and used in a wide range of embedded control and electronic applications.
Is Embedded C included in the training?
Yes. Embedded C programming is an important part of the course and is used for developing microcontroller applications.
What are PIC16 and PIC18?
PIC16 and PIC18 are families within the PIC microcontroller range, with different architectures, features and peripheral options.
Will I learn ADC and PWM?
Yes. ADC, PWM, timers, interrupts and communication interfaces are included in the curriculum.
Can automation engineers learn PIC?
Yes. PIC microcontrollers can be used for control, instrumentation, motor control, sensor systems and embedded automation applications.
Is practical project development included?
The course includes practical programming, hardware interfacing, peripheral experiments and project-oriented learning.
Start Your PIC Microcontroller Training
Build practical skills in PIC architecture, Embedded C, peripherals, communication and embedded system development.
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