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The introduction to materials course will give you a basic understanding of the relationship between, processing, structure and properties of some of the most common engineering materials in the categories of metals, polymers and ceramics.
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The steel industry is a major contributor to greenhouse gas emissions and associated global warming. Sources of greenhouse gas emissions from traditional integrated ironmaking & steelmaking will be detailed and the latest advancements to realise a carbon-neutral steel industry.
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An introduction to corrosion, electrochemical mechanisms and corrosion prevention including protective coatings.
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This course provides the attendee with the practical abilities to carry out sample preparation, optical microscopy, scanning electron microscopy, chemical analysis (EDS), failure analysis and mechanical testing; along with gaining the theoretical knowledge to interpret results and understand physical metallurgy.
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Sustainability is the crucial challenge of our time, and as future leaders in your fields, it is vital that you help advance the task of ensuring sustainability is truly embedded into all that we do.
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An overview of common manufacturing processes for product realization, material selection, automation and disruptive manufacturing technologies.
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This course is designed to give an overview into Computer Aided Design using both 3D & 2D design methods. The skills learned are generic and easily transferable to any modern parametric CAD system.
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This course provides an outline of current environmental legislation and the influence industry has on the environment.
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Mathematics is an essential component of engineering and forms the foundation of many engineering analysis techniques and concepts.
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The course provides an in-depth description of the most widely used arc welding processes, an understanding of both material and weld metallurgy, the benefit of key testing regimes, and an appreciation of the causes and solutions for typical weld defects.
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The course provides an introduction to the methods that can be employed by engineers for the analysis of basic problems involving stationary and flowing fluids and pressure systems.
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This course provides an overview of the factors which influence the properties of metals, polymers, and ceramics. Beginning at the atomic level, and including the effects of crystal structure and microstructure, the full array of factors that have an effect on material properties are assessed. In addition, the primary static and dynamic tests used to determine material properties are analysed together with specialised tests used to evaluate the properties of different families of materials.
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An understanding of a broad range of joining techniques including welding, riveting, fasteners and adhesives.
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An overview of practical aspects of reliability engineering methodology to achieve highly reliable and cost-effective systems.
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An understanding of the mechanical properties of many engineering materials. We study the test methodologies and standards developed to ensure that materials can be understood and safely deployed in a range of in-service scenarios. This course combines both classroom material along with practical hands on testing of real specimens in commercial test house.
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This course is designed to guide the student through the main concepts of power generation, supply and demand with emphasis on heat and electricity. Scientific concepts will be backed up using real life examples taken from some typical power generation systems.
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Overview of pressurised systems covering regulations, standards, design methods & techniques.
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This engineering composite training course is designed to provide an introduction into the manufacture and repair of advanced composite materials. The course has a practical element focusing on applications of composite manufacture and repair, to include initial layup manufacture and layup repair.
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This module provides an introduction to the principles of microscopy and spectroscopy.