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Search results: 1905
Updated on: 13-02-2026
Updated on: 02-11-2025
Updated on: 19-03-2026
Updated on: 14-06-2023 The aim of this unit is for learners to understand the purpose of different document types, know the software available to produce them and enable them to produce and review appropriate documents for differing audiences.
Preventing and safeguarding students is of paramount importance to ensure their safety and well-being in educational settings. It is our responsibility to create a safe and secure environment for all students.
Updated on: 22-03-2024
Category: Past Courses - BTEC Level 3 (BTEC3D)
Updated on: 14-06-2023 The principles of fluid mechanics can be applied to the design and operation of many pneumatic, hydraulic and propulsion systems and devices. For example, the design and operation of a hydraulically powered vehicle braking system is underpinned by hydrostatic fluid principles, while the power and performance of jet engines depends in part on the linear momentum and thrust forces created by the working fluid. You will study the properties and characteristics of fluids, both liquids and gases, and then apply hydrostatic and pneumatic fluid principles to the operation of hydraulic and pneumatic components and systems. You will then explore experimentally the application of dynamic fluid principles to internal pipe flow systems and measuring instruments. Finally, you will investigate fluid linear momentum principles and their application to nozzle systems and fluid turbines. As an engineer, you may be involved in the design, operation and selection of components for pneumatic, hydraulic and propulsion devices and systems. This unit helps prepare you for a traineeship/engineering apprenticeship, a technician role, such as a fluid turbine technician or a technician with design responsibilities for pneumatic and hydraulic fluid devices or systems, and higher education.
Category: Past Courses - BTEC Level 3 (BTEC3D)
Updated on: 14-06-2023 The principles of fluid mechanics can be applied to the design and operation of many pneumatic, hydraulic and propulsion systems and devices. For example, the design and operation of a hydraulically powered vehicle braking system is underpinned by hydrostatic fluid principles, while the power and performance of jet engines depends in part on the linear momentum and thrust forces created by the working fluid. You will study the properties and characteristics of fluids, both liquids and gases, and then apply hydrostatic and pneumatic fluid principles to the operation of hydraulic and pneumatic components and systems. You will then explore experimentally the application of dynamic fluid principles to internal pipe flow systems and measuring instruments. Finally, you will investigate fluid linear momentum principles and their application to nozzle systems and fluid turbines. As an engineer, you may be involved in the design, operation and selection of components for pneumatic, hydraulic and propulsion devices and systems. This unit helps prepare you for a traineeship/engineering apprenticeship, a technician role, such as a fluid turbine technician or a technician with design responsibilities for pneumatic and hydraulic fluid devices or systems, and higher education.
Updated on: 22-03-2024
Category: Past Courses - BTEC Level 3 (BTEC3D)
Updated on: 22-03-2024
Category: Past Courses - BTEC Level 3 (BTEC3D)