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PIC Microcontroller Programming Program

“Discover a comprehensive PIC microcontroller programming program that transforms beginners and electronics enthusiasts into skilled developers. Combine strong theory with extensive hands-on hardware interaction to design, code, and deploy real-world embedded solutions.”
  • Duration:20 Hours
  • Batch Size: 15 students
  • Certificate Provided
  • Placement Guaranteed
★★★★★
4.9
(420 reviews)

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₹6,800
  • 260+ hours of live instruction
  • Real hardware kit included
  • 5+ live projects
  • Placement support until hired
  • EMI options (0% interest)
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Months Training
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Core Modules
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Live Projects
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Learning Outcomes

What You Will Learn

  • Introduction to PIC Microcontrollers
  • PIC Architecture and Pin Configuration
  • Embedded C Programming Basics
  • MPLAB IDE and Compiler Setup
  • Digital Input and Output Programming
  • Timers and Interrupts
  • ADC and Sensor Interfacing
  • UART, SPI and I2C Communication
  • LCD and Motor Interfacing
  • PIC Based Real-Time Projects
  • Main Project 1
  • Main Project 2
Full Syllabus

Course Curriculum

12 modules · 260+ hours · 5 live projects
  • Overview of Microchip PIC microcontroller family and applications
  • Comparison with other microcontroller architectures
  • Development board familiarization and setup
  • Basic programming concepts for embedded systems
  • Safety practices in microcontroller hardware handling
  • Detailed study of PIC16F and PIC18F series architecture
  • Memory organization, registers, and special function registers
  • Pin configuration and I/O port functionality
  • Clock sources and reset mechanisms
  • Power management features and configurations
  • Fundamentals of embedded C for microcontrollers
  • Data types, operators, and control structures
  • Functions, arrays, and structures usage
  • Memory management and optimization techniques
  • Introduction to PIC-specific C programming elements
  • MPLAB X IDE installation and project configuration
  • XC8 compiler usage and build process
  • Simulator and debugger tools exploration
  • Code writing, compilation, and loading procedures
  • Version control and project management best practices
  • GPIO configuration and control methods
  • Digital input reading and debouncing techniques
  • Output port driving and LED matrix applications
  • Button and switch interfacing strategies
  • Basic state machine implementation
  • Timer modules configuration and applications
  • Interrupt handling and priority management
  • PWM generation for motor and LED control
  • Watchdog timer and sleep mode usage
  • Advanced timing and event-driven programming
Tech Stack

Tools & Technologies

⚡
STM32
🐧
Linux
🔧
GCC ARM
🕐
Free RTOS
📡
ESP32
🔌
KiCad
🗂️
Git
🔍
GDB
📊
CMake
🏗️
Yocto
Hands-On Learning

Live Projects You'll Build

Project 01 · Basic Control

Digital LED Pattern Generator

Develop a programmable LED sequence controller using PIC16F877A with button inputs, timer-based patterns, and dynamic display effects to master digital I/O and timing concepts.
Project 02 · Analog Interfacing

Temperature Monitoring System

Build a real-time temperature measurement device with ADC, sensor integration, LCD display, and threshold-based alerts using embedded C programming techniques.
Project 03 · Communication Protocols

Serial Data Logger

Create a UART and I2C based data acquisition system that logs sensor values and communicates with external devices or computers for monitoring applications.
Project 04 · Integrated Application

Smart Motor Control Unit

Design a complete motor driver system with PWM speed control, direction management, sensor feedback, and LCD status display for practical industrial-style control.
Eligibility

Who Should Enroll?

Electronics Engineering Students

This program is highly suitable for those studying electronics or electrical fields who wish to specialize in microcontroller-based system development and gain strong practical skills.

Diploma Holders & Freshers

Ideal entry point for diploma graduates and newcomers to build solid foundations in microcontroller programming and hardware-software integration.

Working Professionals

Perfect for engineers seeking to enhance their capabilities in embedded firmware development and modern microcontroller applications.

Technology Enthusiasts

Open to anyone passionate about creating functional electronic devices, offering clear pathways from basic programming to advanced project implementation.

Your Trainer

Meet Your Instructor

Sajadh K M

Embedded Systems & Robotics Trainer | Co-Founder, MicroSkill Lab
With over 16 years in embedded systems, robotics, and industrial automation, Sajadh has worked across IoT platforms, marine electronics, and aviation ground support systems at King Abdulaziz International Airport. As Co-Founder of MicroSkill Lab, he brings real industry experience in microcontrollers, embedded Linux, PCB design, PLC automation, and humanoid robotics to every session. His project-based teaching method consistently produces confident, industry-ready embedded engineers.
16+

Years Industry Exp.

800+

Students Trained

4.9★

Avg. Rating

FAQ

Frequently Asked Questions

The program delivers detailed exploration of PIC microcontroller architecture, embedded C programming, MPLAB X IDE setup, XC8 compiler usage, digital I/O operations, timer and interrupt handling, ADC conversion, sensor interfacing, UART SPI I2C communication protocols, LCD and motor control, plus complete project development. Each topic combines clear theoretical explanations with extensive practical implementation so participants develop genuine competence in writing efficient firmware and interfacing hardware components. Special attention is given to PIC16F877A and PIC18F series programming, helping learners understand real-world constraints like memory limitations and power optimization. This structured approach ensures strong command over microcontroller projects and prepares participants exceptionally well for developing reliable embedded solutions.
Participants gain thorough proficiency with MPLAB X IDE, XC8 compiler, and associated debugging tools. The program covers project creation, code compilation, simulation, in-circuit debugging, and programming of PIC microcontrollers. Learners also explore configuration bits, fuse settings, and best practices for efficient development workflows. This tool mastery enables independent project development and prepares individuals for various work environments requiring PIC firmware development expertise.
The curriculum features multiple practical microcontroller projects of increasing complexity. These include LED controllers, sensor monitoring systems, serial communication applications, and integrated motor control units. Each project requires full-cycle development from concept through coding, hardware assembly, testing, and optimization. Completed projects serve as excellent portfolio pieces demonstrating competence in PIC microcontroller programming and embedded firmware development.
Graduates develop highly sought-after abilities in microcontroller-based system design and firmware development. These competencies open pathways to roles in product development, automation, IoT devices, and industrial control systems. The combination of strong theoretical understanding and extensive project experience creates a competitive profile for opportunities requiring practical PIC microcontroller expertise.
Yes, successful completion provides a recognized certification that validates skills in PIC microcontroller architecture, embedded C programming, peripheral interfacing, and project execution. This credential offers valuable proof of expertise for career advancement or further specialization in embedded systems development.

What's Included

  • 260+ hours of live instruction
  • Real hardware lab access every session
  • Hardware kit for home practice
  • 5+ live project builds
  • Lifetime access to study materials
  • Resume building & mock interviews
  • Industry-recognized certificate
  • Placement support until hired
  • Alumni network access
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