PIC Microcontroller & Mikro C Engineering Students Projects

Embark on a comprehensive journey into electronics circuit design and microcontroller programming with our course, "PIC Microcontroller Projects with Mikro C Pro for Engineers." This course is designed for both beginners and intermediate learners seeking to master circuit design and microcontroller programming using the powerful Proteus IDE and Mikro C for PIC microcontrollers.

Electronics Circuit Simulations with Proteus IDE

Dive into the world of circuit simulations using the Proteus IDE. You'll gain hands-on experience:

• Exploring & Understanding Proteus Environment: Navigate the interface, tools, and workspace.
• Component Selection: Learn how to select components from the extensive Proteus library for your circuit design.
• First Circuit Design: Create your initial circuit design and understand fundamental circuit layout principles.
• LED Control with Button: Design a basic circuit to control an LED using a button, a core skill in electronics.
• Project Saving & Management: Learn to effectively save and manage your Proteus projects.
• Transistor Configuration: Understand and configure NPN and PNP transistors for various circuit designs.
• Relay Integration: Learn to integrate relays into your circuits using both NPN and PNP transistors.
• Buzzer Simulation: Discover how to add and simulate buzzers in your circuits.
• DC Motor Simulation: Learn to simulate DC motors, essential for robotics and mechanical applications.
• Wireless Circuit Connection: Explore wireless circuit design and simulation for modern electronics.

Mikro C Programming for PIC Microcontrollers

Transition from circuit simulation to real-world application with Mikro C programming for PIC microcontrollers.

• Mikro C Installation: Step-by-step guide to downloading and installing Mikro C for PIC programming.
• Mikro C Pro Installation: Learn to install the professional version of Mikro C for advanced features.
• Mikro C & Proteus ISIS Integration: Understand the seamless integration of Mikro C with Proteus ISIS for programming and simulation.
• LED Blinking Program: Your first Mikro C program – make an LED blink using a PIC microcontroller.
• Push Button Control: Program a push button to control an LED, a fundamental concept in embedded systems.
• Relay Triggering: Learn to trigger a relay using Mikro C and the PIC16F877A microcontroller.
• Seven Segment Display: Display numbers on a seven-segment display controlled by a PIC16F877A.
• LCD Text Display: Program an LCD to display custom text, enhancing your interface design skills.
• Keypad Scanning: Interface and scan a keypad for user input in embedded systems.

Project Design & Programming Examples

• Water Level Indicator with Seven Segment: Design and program a water level indicator with a visual display using PIC16F877A.
• LDR Based Smart Street Light: Create an energy-efficient smart street light system using an LDR sensor and PIC16F877A.
• Water Level Indicator with Tank Status: Develop an advanced water level indicator that also checks tank status using PIC16F877A.

Recommended Projects for Engineering Students

• Password Based Wireless Home Automation System (PIC16F877AE)
• Emergency Override Traffic Light System (PIC16F877A)
• Traffic Light with GSM Density Checker (PIC16F877A)
• Password Based Security System with GSM Alert Technology (PIC16F877A)
• Rash Drive/High Speed Detector with GSM Alert (PIC16F877A)
• Underground Cable Fault Locator (PIC16F877A)
• Dot Matrix LED Display (8051 Microcontroller)
• Printed Circuit Board Design (Proteus IDE)

Benefits of This Course

• Comprehensive Learning: Gain a solid understanding of both circuit design and microcontroller programming, from basic concepts to advanced projects.
• Practical Skills: Develop hands-on experience with real-world applications of Proteus