Best 100 PLC Projects for Final Year Engineering Students

The best 100 PLC projects can be invaluable for engineering students looking to gain hands-on experience. These Programmable Logic Controller projects can range from basic to advanced levels, catering to various industrial applications.

PLC Projects for Final Year Engineering Students

Best 100 PLC Projects for Final Year Engineering Students

Final-year engineering students often look for projects that are not just challenging but also aligned with real-world industrial applications. Here are 100 PLC-based projects for final-year engineering students with a brief description for each.

Advanced Automation Systems

  1. Smart Warehouse Management
    • Develop a PLC-based system to automate warehouse operations like inventory tracking, sorting, and dispatching.
  2. Automatic Pharmaceutical Dispensing
    • Use PLCs to control the automated dispensing of pharmaceutical items in hospitals, including proper dosages and timings.
  3. Solar Panel Tracking System
    • Create a solar tracking system that moves the solar panel to follow the sun using PLC control algorithms.
  4. Smart Traffic Control System
    • Implement adaptive traffic light timings based on real-time traffic conditions using PLCs and sensors.
  5. High-speed Rail Signalling System
    • Develop a PLC-based control system for high-speed rail signaling, focusing on safety and efficiency.

Process Control and Monitoring

  1. Chemical Batch Process Control
    • Implement a PLC-based control system to handle the mixing, heating, and reactions in a chemical batch process.
  2. Water Treatment Plant Automation
    • Automate the different stages of water treatment including filtration, chlorination, and distribution using PLC.
  3. Automated Brewery System
    • Control the brewing process including mashing, fermentation, and bottling through a PLC-based system.
  4. Oil Refinery Operations
    • Develop a PLC control system for monitoring and controlling the complex processes within an oil refinery.
  5. HVAC Control with Energy Efficiency
    • Implement an energy-efficient HVAC control system using PLCs to monitor and adjust heating, ventilation, and air conditioning.

Industrial Robotics

  1. Robotic Arm Control
    • Develop a PLC program for the precise control of a multi-axis robotic arm used in sorting or assembly lines.
  2. Automated Guided Vehicles (AGVs)
    • Implement PLC-based control for AGVs used in industrial plants for material handling.
  3. CNC Machine Control
    • Use PLC to control a CNC machine, focusing on high precision and multiple axis control.
  4. Robotic Painting System
    • Implement a PLC-based robotic system for automated painting of industrial parts.
  5. Drone Landing Pad
    • Develop a PLC-controlled landing pad with various safety and guidance features for drones.

Advanced Monitoring Systems

  1. Earthquake Monitoring and Alerting
    • Use PLCs to detect seismic activity and trigger alarms or other safety measures.
  2. Industrial Fire Safety System
  3. Pipeline Leak Detection
    • Develop a PLC-controlled system for detecting and isolating leaks in oil or gas pipelines.
  4. Real-time Energy Monitoring
    • Use PLCs to monitor energy consumption in an industrial plant and suggest optimizations.
  5. Medical Monitoring System
    • Develop a PLC-based system for monitoring vital stats and administering medication in a healthcare sector.

Renewable Energy Systems

  1. Wind Turbine Control System
    • Implement a PLC-based control system for optimizing wind turbine performance based on wind speed and direction.
  2. Hydroelectric Dam Control
    • Use a PLC to control the water flow and turbine speeds in a hydroelectric dam.
  3. Smart Grid Implementation
    • Develop a smart electrical grid that uses PLCs to optimize distribution and handle load shedding.
  4. Waste-to-Energy Conversion
    • Create a PLC-based system to automate the conversion of waste material to energy.
  5. Solar Water Heating System
    • Implement an automated water heating system that uses solar energy, controlled by a PLC.

Industrial Internet of Things (IIoT)

  1. Remote Industrial Monitoring
    • Develop a PLC-based IIoT system for remote monitoring and control of industrial machines.
  2. Automated Agricultural System
    • Use PLC and IoT sensors to automate agricultural processes like irrigation, harvesting, and pest control.
  3. Smart Building Management
    • Implement a PLC-based building management system that integrates lighting, HVAC, and security.
  4. Supply Chain Tracking
    • Use PLCs and IoT to develop a real-time tracking system for supply chain management.
  5. Predictive Maintenance
    • Implement predictive maintenance algorithms in a PLC to forecast machine failures and schedule timely repairs.

Healthcare Systems

  1. Automated Blood Bank
  • Implement a PLC-based system to manage blood storage conditions, blood type sorting, and dispensing.
  1. Hospital Bed Allocation
  • Develop a PLC system to automate the allocation of hospital beds based on patient needs and availability.
  1. Automated Drug Dispensing in Pharmacy
  • Use PLCs to create an automatic system for sorting and dispensing drugs in a pharmacy setup.

Smart Manufacturing

  1. Quality Inspection Automation
  • Implement a PLC-controlled quality inspection line that uses machine vision and other sensors to inspect products.
  1. Flexible Manufacturing System
  • Develop a flexible manufacturing line that can be easily reconfigured for different products, all controlled by a PLC.
  1. PLC-based 3D Printer Control
  • Use a PLC to control a 3D printer, focusing on precision and support for various materials.

Utilities Management

  1. Waste Management and Recycling
  • Implement a PLC system to sort recyclables and non-recyclables in waste management facilities.
  1. Automated Street Lighting
  • Develop a PLC-based control system to adjust street lighting based on time of day or detected movement.
  1. Water Supply Network
  • Create a PLC-based control system to manage water supply networks including pumps and valves.

Food Processing

  1. Automated Bakery Line
  • Implement a PLC system to control various stages of bread-making including kneading, proofing, and baking.
  1. Automated Beverage Filling
  • Develop a PLC-based system for an automated beverage filling line with precise volume control.
  1. Food Packaging Automation
  • Create a PLC-based system to handle the automated packaging of different types of food items.

Maritime Applications

  1. Automated Fishing System
  • Implement a PLC-controlled fishing system to manage nets, winches, and sort catches.
  1. Port Container Management
  • Use PLCs to automate the loading and unloading of containers in a shipping port.
  1. Submarine Ballast Control
  • Develop a PLC system for managing ballast tanks in a submarine to control buoyancy.

Retail and Services

  1. Automated Retail Checkout
  • Implement a PLC-based system for automated scanning and billing in retail stores.
  1. Smart Car Wash
  • Create a PLC-controlled smart car wash system with variable wash modes and billing.
  1. Automated Restaurant Ordering
  • Develop a PLC-based system for automating food ordering and table allocation in restaurants.

Miscellaneous

  1. PLC-controlled Mini Golf Course
  • Use PLCs to create obstacles and track scores in a mini-golf course setup.
  1. Escape Room Automation
  • Develop a PLC-controlled escape room with various automated puzzles and challenges.

Transportation Systems

  1. Automated Parking Lot
  • Use PLCs to manage entry, exit, and slot allocation in an automated multi-level parking lot.
  1. Railway Crossing Safety
  • Develop a PLC-based system that controls railway crossings, including gate movements and signaling.
  1. Airport Baggage Handling
  • Implement a PLC-controlled baggage handling and sorting system for airports.
  1. Elevator Control System
  • Create a PLC-based elevator control system that handles multiple elevators in a building.
  1. Automated Toll Collection
  • Develop a PLC system for automated toll collection that supports various payment methods.

Renewable Energy and Sustainability

  1. Smart Home Energy Management
  • Implement a PLC-based system to manage energy consumption in smart homes, including solar and wind energy sources.
  1. PLC in Waste-to-Energy Plants
  • Use PLC to manage and control the conversion of waste material to energy, focusing on efficiency and safety.
  1. Automated Composting System
  • Develop a PLC-based system for efficient and odor-free composting in community settings.
  1. PLC in Smart Agriculture
  • Implement a PLC-based smart irrigation and crop monitoring system.
  1. Automated Solar Cleaning System
  • Create a PLC-based system for automated cleaning of solar panels to maintain efficiency.

Home Automation

  1. Smart Lock and Security System
  • Develop a PLC-controlled smart lock system with integrated security features like face recognition.
  1. Home Theater Automation
  • Implement a PLC system to control lighting, screens, and sound in a home theater setup.
  1. Automated Laundry System
  • Create a PLC-based system for a complete laundry process including washing, drying, and sorting.
  1. Intelligent Cooking Assistant
  • Use PLCs to manage temperature, cooking time, and stir in an automated cooking system.
  1. Automated Pet Care System
  • Develop a PLC-controlled feeding, cleaning, and monitoring system for pets.

Hazardous Environment Operations

  1. Automated Chemical Handling
  • Implement a PLC system for safe and accurate handling of hazardous chemicals in an industrial plant.
  1. Mining Automation
  • Develop a PLC-based control system for automated drilling and material handling in mines.
  1. Radiation Monitoring
  • Create a PLC system to monitor and manage radiation levels in nuclear power plants.
  1. PLC in Deep-Sea Exploration
  • Implement a PLC-controlled system for deep-sea exploration tasks like mapping and sample collection.
  1. Explosive Material Handling
  • Use PLCs to safely transport and handle explosive materials in a controlled environment.

Utility and Public Services

  1. Automated Waste Collection
  • Develop a PLC system for efficient waste collection in urban areas.
  1. Water Reservoir Management
  • Create a PLC-based control system to monitor and manage water levels in a reservoir.
  1. Emergency Response System
  • Implement a PLC system for optimized emergency vehicle dispatch based on real-time traffic conditions.
  1. Automated Public Toilets
  • Use PLCs to control cleaning, maintenance, and usage of public toilets.
  1. Smart Bus Stops
  • Develop a PLC-based smart bus stop with real-time tracking and schedule updates.

Research and Education

  1. PLC-based Telescope Control
  • Implement a PLC system for automated celestial tracking in a telescope.
  1. Automated Science Experiment
  • Create a PLC-based system to run a series of science experiments with data logging features.
  1. Classroom Automation
  • Use PLCs to automate classroom functionalities like lighting, projectors, and attendance tracking.
  1. Library Automation
  • Develop a PLC system for automated book sorting, tracking, and check-in/check-out processes.
  1. Automated Test Grading
  • Implement a PLC-controlled machine for automated test paper grading and data analysis.

Automotive and Transport

  1. Automated Car Manufacturing Line
  • Use PLCs to control various stages of an automobile manufacturing line, including welding, painting, and assembly.
  1. Conveyor Belt Sorting System
  • Develop a PLC-based system to sort items on a conveyor belt based on weight, size, or other criteria.
  1. PLC-based Drone Control
  • Implement a PLC-controlled system to manage drones for tasks like delivery, surveillance, and more.
  1. Traffic Light Control System
  • Develop a PLC system that manages traffic lights dynamically based on real-time traffic flow.
  1. Automated Bicycle Sharing System
  • Implement a PLC-based system to manage a public bicycle-sharing program including check-in, check-out, and real-time tracking.

Sports and Entertainment

  1. Automated Bowling Alley
  • Create a PLC-based system to control the pin setting, scoring, and lane conditions in a bowling alley.
  1. PLC in Paintball Arenas
  • Use PLCs to manage and control various elements in a paintball arena, such as pneumatic traps and scoreboards.
  1. Swimming Pool Management
  1. Automated Shooting Range
  • Implement a PLC-based system to manage targets, scoring, and safety measures in a shooting range.
  1. Race Track Management
  • Create a PLC-based system to manage the functioning of a race track including lap timing and safety measures.

Advanced Technologies

  1. PLC-based AR/VR Systems
  • Use PLCs to control augmented and virtual reality systems, focusing on interaction and real-world integration.
  1. Quantum Computing Simulation
  1. Nano-Fabrication Control
  • Implement a PLC-controlled system for nano-fabrication tasks in a lab environment.
  1. Smart Mirror
  • Create a PLC-based smart mirror that displays news, weather, and other customizable information.
  1. Wearable Device Control
  • Develop a PLC-based control system for wearable devices like smartwatches or fitness trackers.

Environmental Applications

  1. PLC in Wildlife Monitoring
  • Use PLCs to manage sensors and cameras for wildlife monitoring in remote locations.
  1. Forest Fire Detection
  • Implement a PLC-controlled system to detect and alert about forest fires in real time.
  1. Air Quality Monitoring
  • Create a PLC-based system to constantly monitor and report on air quality in urban areas.
  1. Flood Alert System
  • Develop a PLC system that monitors water levels and weather conditions to provide flood alerts.
  1. Soil Health Monitoring – Implement a PLC-based system to continuously monitor soil health, nutrient levels, and moisture content.

The list of 100 PLC projects covers a wide range of industries, applications, and complexities. These projects can serve as excellent material to select as your final year engineering projects for students. I hope this list serves as a useful resource.

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