Advanced Arduino Projects

Description

Students progress from building individual circuits and robots to designing complete engineering and automation systems.

At this stage, the challenge is no longer simply learning how a component works. Students must determine how multiple components, inputs, outputs, operating conditions, and actions should work together to achieve a complete engineering objective.

Through advanced projects such as Smart Parking Systems, Sorting Machines, Elevators, Money Safes, Vending Machines, and Cranes, students explore concepts including Sequential Control, State-Based Logic, Safety Conditions, Automation, and System Integration.

Students begin approaching projects as engineers: analyzing the problem, dividing it into subsystems, designing the operating logic, building the system, testing its behavior, and improving the final solution.

Learning Objectives

By the end of the course, students will be able to:

• Analyze a complex engineering problem.
• Identify the Inputs, Outputs, and Processing requirements of a system.
• Divide a large project into smaller functional subsystems.
• Create system Flowcharts before implementation.
• Design Control Logic for multi-step systems.
• Work with multiple Inputs and Outputs simultaneously.
• Understand the concept of System States.
• Develop simple State-Based behavior.
• Understand Sequential Control.
• Program operations that occur in a specific sequence.
• Use Timing and Delays appropriately within automated systems.
• Create operating conditions and logical dependencies.
• Understand basic Safety Conditions.
• Apply simple Interlocking Logic to prevent incorrect operations.
• Coordinate Sensors, Motors, Servos, Displays, and other Actuators.
• Understand how machines move from one operating state to another.
• Build automated systems capable of completing multi-step tasks.
• Test complete systems under different operating conditions.
• Identify faults and perform systematic Troubleshooting.
• Modify and optimize system behavior.
• Develop a Smart Street Light system.
• Develop a Smart Parking System.
• Develop a Sorting Machine.
• Develop an Elevator Control System.
• Develop a Money Safe.
• Develop a Vending Machine.
• Develop a Crane system.
• Understand the foundations of Automation, Sequential Control, Safety & Interlocking, and System Integration.