Polymers Production and Processing
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02/12/2024
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Multiple (3)
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Classroom
Chemical Engineering for Non Chemical Engineers
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From 4,758 GBP
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Multiple (5)
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Classroom
MATLAB Programming for Chemical Engineering
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Worldwide
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HyperChem in Chemical Engineering
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From 4,758 GBP
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Multiple (6)
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Classroom
MATLAB Programming for Chemical Engineering
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From 4,758 GBP
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Multiple (6)
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Classroom
Computational Chemistry Tools
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Classroom
Preliminary Design through Process Simulation
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Multiple (2)
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Classroom
Preliminary Design through Process Simulation
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Worldwide
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Advanced Turbo Expander Compressor Technology in Ethylene Plants
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Advanced level
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Multiple (2)
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Classroom
Theory and Practice of Electrochemical Processes
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Multiple (5)
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Classroom
Principles Design and Operation of Distillation Techniques
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Design Operation and Control of Crystallization Equipment
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Classroom
Laboratory General Safety
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Classroom
Laboratory General Safety
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Worldwide
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Polymers Production and Processing
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Worldwide
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In Company
Polymers Production and Processing
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From 4,758 GBP
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London
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Classroom
Energy Efficiency and Sustainability in Chemical and Power Plants
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Nigeria
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In Company
Functional Description and Settings of the Turbine Governor
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From 4,758 GBP
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Multiple (9)
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Classroom
Energy Efficiency and Sustainability in Chemical and Power Plants
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United Arab Emirates
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In Company
Functional Description and Settings of the Turbine Governor
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Worldwide
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In Company
What is Engineering?
Engineering uses mathematical and scientific principles to solve problems and design and build machines, structures, and engines. Engineering is a broad discipline with its history in the origins of human civilization. While the forefathers of engineering designed towering structures like the Pyramids of Giza, Stonehenge, and the Parthenon, modern engineers are responsible for everything from the International Space Station to the smallest of computer chips. Engineers are involved in every step of creating these structures, from designing and testing to installing and inspecting.
Types of Engineering
Engineering is a broad discipline which is often broken down into several sub-disciplines. Some examples of these specialty areas are, but are not limited to:
- Mechanical engineering is the design, manufacturing, inspection and maintenance of machine equipment and related components. Mechanical engineers develop systems such as pumps, fans, turbines, and power plants.
- Chemical engineering is the production and manufacture of products through chemical processes. Chemical engineers design the equipment, systems, and processes for refining raw materials to produce products like pharmaceuticals, food, fertiliser, cosmetics, plastics and petrol.
- Electrical engineering is the study, design and application of systems that use electricity. Electrical engineers might work with renewable resources, in a traditional power station, with railway electricity, or in heating and powering buildings.
- Computer engineering is a mix of electrical engineering and computer science. Computer engineers combine their knowledge of hardware and software design and computer programming to develop new computer hardware, design and implement software applications, and enhance the capabilities of networks and communications systems.
- Civil engineering is the design, construction, and maintenance of the man-made parts of our environment such as buildings, bridges, roads, railways, dams, tunnels and airports.
Engineers are often trained in one specific discipline, but through their career may be exposed to other branches of engineering and thus become multi-disciplined. To remain up-to-date in the field, almost all engineers are required to complete industry-specific training throughout their careers.
Engineering Courses and Training
Training in engineering is as diverse as the industry itself. Engineering courses are available in a wide range of topics, whether it be the theoretical understanding of techniques and methods or the engineering in practical application. Within its various fields, engineering courses are available on the subjects of advanced maths, engineering software, the construction of buildings and structures, the development of technology and machinery and much more.
In the engineering field continuous learning is common and encouraged. For some, this could mean keeping up with the latest technologies, methods and theories and learning how to apply them to their current roles. For others, formal engineering training can lead to opportunities in other areas of the field.
Which engineering course is right for me?
As a diverse discipline with many options for specialization, it can be difficult to choose an engineering track. While all engineers possess maths and science skills, a great engineer is also a curious problem-solver who enjoys a challenge. If you're just starting on your engineering career, choose an engineering track that you feel passionate about innovating and creating change within.
If you're already an engineering professional who specializes in a track, consider which courses could help you grow within your chosen field. Courses in related topics like ethics or professionalism in engineering are useful in any specialisation. There are also courses for other specialties, like chemical engineering for non-specialists.