Engineering Fundamentals

Who is the course for?

The aim of this module is to investigate a number of major scientific principles which underpin the design and operation of engineering systems. It is a broad-based module, covering both mechanical and electrical principles. Its intention is to give an overview which will provide the basis for further study in specialist areas of engineering.

What will I study?

Investigate static and dynamic engineering systems
• determine distribution of shear force, bending moment and stress due to bending in simply supported beams
• determine the distribution of shear stress and the angular deflection due to torsion in circular shafts
• determine the behaviour of dynamic mechanical systems in which uniform acceleration is present
• determine the behaviour of oscillating mechanical systems in which simple harmonic motion is present.

Investigate energy transfer in thermal and fluid systems
• describe the modes of heat transfer
• determine heat energy transfer rates in thermal systems
• describe the effects of viscosity in fluid flow systems
• calculate energy losses due to viscosity in fluid flow motions.

Apply single phase AC theory
• solve problems on non-resonant and resonant circuits supplied by a constant sinusoidal voltage
• describe the methods used for power factor correction and its benefits
• describe the nature of complex waveforms and synthesise a complex waveform graphically
• describe how electrical and electronic devices produce complex waveforms
• describe the effects of complex waveforms on electrical and electronic systems.

Investigate information and energy control systems
• describe the methods by which electrical signals convey information
• analyse an information system
• describe the methods by which electrical signals control energy flow
• analyse an energy flow control system.

Assessment Outcomes: At the end of these modules the student should be able to demonstrate a practical capacity to carry out the tasks listed to a commercially acceptable standard, applying principles correctly in context but may not yet have developed a deep understanding of the theoretical underpinning of the subject. Optional assessments are included.

How will the course be delivered?

The course runs for a maximum of 1 week – 9am until 7pm.

Course Entry Requirements

It is essential that all attendees:

1. Are competent with maths (No lower than GCSE Grade C)
2. Have a good level of written and spoken English
3. Have some understanding/experience of underlying concepts of engineering

The college operates a no refunds policy as detailed below. Cancellations and transfer requests are subject to the following conditions:

• More than 4 weeks notice – no charge
• 4 weeks notice – 30% of the cost
• 2-3 weeks notice – 50% of the cost
• 1-2 weeks notice – 75% of the cost
• Less than 1 weeks notice – 100% of the cost

All cancellations must be made in writing and are subject to a £10 administration charge. The full fee’s policy is available on request.

What will I get at the end of the course?

Blackburn College Certificate of Attendance

What can I do next?

There are many other courses on our website, take a look or contact us for more information.

How much does it cost?

£500 per person
(Prices Subject to Change)