
Learn to download and run Allen-Bradley plc codes with RSLogix 5000 and Factory I/O, using emulators to configure a virtual PLC and HMI.
Explore a plc-based parking lot control system with entry and exit sensors, timers, and ladder relay logic to manage a 100-car lot, gate operation, and green/red status lights.
A plc controlled automatic garden watering system uses temperature and humidity sensors to start when conditions are right, cycling valves for 10, 15, and 25 seconds until the stop button.
Explore a PLC controlled bottle loading system with conveyors, limit switches I1 and I2, inlet valve, and relays Q1–Q5 that automate loading, transfer, packing, and operator alerts.
Explore a PLC-controlled pedestrian crossing: push button start, car lights Q3/Q4, yellow five seconds, red fifteen seconds, pedestrian green in five seconds, Q5 blinks, and I1 imposes ten-minute restart delay.
Explore a PLC controlled automated drilling machine with a conveyor system, limit switches, and relays coordinating drilling, hold, counter, and restart, including PLC I/O mapping.
Demonstrates a PLC controlled liquid processing tank, starting with start button, filling via Q1, heating via steam valve when I3 reads below 85 degrees centigrade, cycling until stop or empty.
Learn how a PLC controls a heat treatment system: inductive heating to 150 degrees via Q1, spray cooling with Q2 for 10 seconds, and Q3 counting every ten parts.
Automate canal lock operations with a plc to detect ships, load or unload water via a pump and electro valves, and open the gate for 30 seconds.
Download, open, and run TIA Portal virtual PLC projects with S7 PLC SIM and WinCC Flexible. Monitor inputs and outputs in a setup to test motor control and HMI integration.
Learn how a PLC controls a three-phase motor to run clockwise or counterclockwise, using push buttons with a ten-second delay on direction changes to prevent simultaneous outputs.
Shows how to sequence three-phase motors with ten-second delay in sequential motor control circuit. Explains contactors, timers, relays, sensors, and pushbuttons in a ladder program tested on a S7-300 PLC.
Develop a plc control for a scroll cage three-phase motor with initialization resistors, using i0.0 start, i0.1 stop, i0.2 circuit breaker trips, i0.3 reset, removing resistors after 10 seconds, q0.0.
Demonstrates a PLC control program for speed and direction control of a three-phase motor, using push buttons to switch clockwise/counterclockwise, adjust speeds, and handle five-second delays and circuit-breaker shutdown.
Explain PLC program that switches a three-phase motor from star to delta after six seconds, with start/stop controls and safety to deenergize all outputs and prevent simultaneous star and delta.
Explore star-delta forward and reverse motor control with a plc ladder program: start activates main and star, then delta after six seconds, with safety interlocks and off-to-change-direction requirement.
Design a residential anti-theft alarm system with a PLC, four magnetic sensors, a camera, alarm lamp, and a photocell sensor, activated by start and kept in standby until timer expires.
Control M1 and M2 motors in sequence with a 10-second time delay using a s7 300 plc and start/stop inputs, coordinating two conveyors and two timers.
Develop industrial sequential control of three conveyors using a plc with M1, M2, M3, I4 sensor, start/stop pushbuttons, and signal lamps, governed by timers and interlocks for safe operation.
Develop and evaluate a PLC program that controls solvent levels in two containers using valves, motors, a mixer, and a pump, with start and stop timed stages.
Develop a PLC-driven box handling system that uses a conveyor motor, proximity sensor, and start/stop inputs to count and display total boxes, implemented with a four-network control program.
Demonstrates a two-conveyor storage system controlled by a PLC, using proximity sensors to count incoming and outgoing boxes, triggering an alarm at nine and stopping at ten, with memory reset.
Explore a PLC-driven chemical manufacturing process that starts with a push button, sequences four chemical injections via valves V1–V4, blends with mixer and heater to maintain 70–100 Celsius.
Learn to download and run prewritten Delta plc projects with ISPSoft, wire a three‑phase motor, and test clockwise and counterclockwise sequences on a virtual or real plc.
Demonstrates a programmable logic controller program that transitions a three-phase motor from star to delta after six seconds, controlled by start and stop push buttons, preventing both configurations from running.
Control two motors in sequence after a 10-second delay using two start/stop push buttons, two timers, and four networks in Delta PLC with Simatic Manager and ISPsoft.
A PLC program controls solvent levels in two containers with three valves, two motors, a mixer and a pump; it cycles filling, mixing, and dispensing with timers until stopped.
Learn to design and test a PLC program for an efficient box handling system using a start button, stop button, a proximity sensor counting ten boxes, and a conveyor.
Design and test a PLC controlled traffic light system for a four-way intersection, sequencing green, yellow, and red phases with a start button and a stop button to halt.
Learn to reverse a three phase motor with a PLC program, using CW/CCW push buttons and safety delays, and simulate or download pre-written projects in Codesys.
Learn to control three phase motors in sequence with a ten second time delay. Two start/stop push buttons enable M1; after delay, M2 turns on automatically; stop powers off both.
control the star-to-delta transition for a three-phase motor with a plc program. press start to activate star, then delta engages after six seconds; stop shuts all outputs.
Demonstrates star-delta forward and reverse motor control with a PLC, using push buttons and contactors to switch from star to delta after six seconds, with safety and start-stop considerations.
Develop plc program that starts conveyor with start push button, counts ten boxes via proximity sensor, and stops with stop push button in Simatic Manager and Codesys.
demonstrates storage handling system with two conveyors and two proximity sensors, using Simatic Manager and Codesys PLCs to count boxes, trigger alarm at nine, stop at ten, restart below seven.
Hello, friends! I'm Seyedreza Fattahzadeh, and with 20 years in the automation field, I’m thrilled to introduce my latest course: 'PLC Projects for Engineering Students.'
This course is your gateway to mastering PLC programming with hands-on projects that bring classroom knowledge to life. Whether you’re just starting out or looking to deepen your expertise, each project is crafted to bridge the gap between theory and real-world application.
Inspired by Confucius—'I hear and I forget, I see and I remember, I do and I understand'—this course gets you doing, with real-world PLC problems and detailed solutions that make learning stick.
Then, we dive into PLC simulators Allen Bradley RSLogix 500/5000 Emulator, Siemens Simatic PLCSIM, Delata and CODESYS virtual PLCs. With these tools, you can practice your PLC skills anywhere, no hardware required.
And it doesn’t stop there! We also simulate HMI projects using WinCC Flexible and FactoryTalk, allowing you to create an interactive experience without costly equipment—just pure learning.
By the end of this course, you’ll have the confidence and skills to take on a range of PLC programming challenges, positioning yourself for real-world success in engineering and automation.
Ready to elevate your skills? Join me, and let’s turn knowledge into mastery through practical, engaging projects that set you apart. I can’t wait to see you in the course!