Integrated Application of Mechanical and Pneumatic Control Systems

Core Principles

Build a solid understanding of mechanical control systems including concepts such as force, mass, acceleration, mechanical advantage, speed, and torque.
Familiarise yourself with core concepts of pneumatic control systems, such as Boyle’s law and the interactions of pressure, volume, and temperature in gas behaviours.
Recognise the connection and integration between mechanical and pneumatic systems in real-world applications such as industrial machines, automobiles, and aircrafts.

Understand the process of system development, from the initial design stage to practical application and operation.
Learn how to integrate mechanical and pneumatic systems in a design, considering elements such as power source, control devices and amplification.
Learn how to devise a control system schematic for both mechanical and pneumatic systems, illustrating the flow of inputs and outputs.
Appropriate use of calculation and simulation can support the development and optimization of control systems, offering possibilities for virtual testing and modification.

Learn how to evaluate system performance using various industry-standard indicators and metrics.
Understand how adjustments to mechanical and pneumatic components can affect the overall system performance.
Implement mechanisms for system improvement and optimisation, such as sensor integration, automation, and increased efficiency through design alterations.
Understand the importance of maintenance and safety procedures for both types of control systems, to ensure longevity and safe operation.

Look at multiple case studies of integrated mechanical-pneumatic systems in real-world settings such as manufacturing plants, automotive systems, or pressure-regulated systems like heating or air conditioning.
Understand the feasibility and implications of system integration in various contexts, including cost, resource availability, technical capacities, and environmental implications.
Learn about future trends and advancements in the integration of mechanical and pneumatic systems, such as the rise of industrial automation, smart machines and Industry 4.0.