School of Mathematics, Computer Science and Engineering - City University - London

Bachelor in Energy Engineering - Grado en Ingeniería de la Energía

School of Mathematics, Computer Science and Engineering - City University - London
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Presentación

This accredited Energy Engineering course is designed to train you for managing technical and scientific projects associated with the generation of power and the management of vital energy resources.

As a graduate, you will typically be employed in an electricity power generation company or an oil and gas company, managing the design, development, maintenance and operation of technology such as a power station or a wind turbine farm.

Requisitos

Typical offers require one of the following:

´A´ Level: 360 UCAS tariff points, including Mathematics at ´A´ Level grade A. ´A´ Level Physics preferred.
IB: 32 points including 6 in Higher Level Mathematics.
14-19 Advanced Diploma: Engineering at grade A/300 points; ´A´ Level Mathematics at grade A/120 points.
Pre-requisites

English Language GCSE at grade C or above (or equivalent).

Programa

Year one

Year one provides a broad foundation in engineering concepts with a slant towards practical applications.

Core modules:

Basic engineering science
Design
Engineering laboratory
Manufacturing methods
Mathematics and computing.
Year two

The second year puts increasing emphasis on application on complex mechanical systems.

Core modules:

Engineering management
Mathematics, statistics and computing
Mechanical and vehicle design, culminating in a team-based mechanical design and build competition
Engineering science: Structures, materials, fluid dynamics, mechatronics and thermodynamics, all with engineering application
Year three

The course becomes more specialised in the third year, with a detailed focus on energy disciplines. As well as group design projects, the individual project allows you to investigate a subject of particular interest.

BEng students with good grades at the end of the third year may transfer to the MEng course.

Core modules:

Energy management
Renewable energy
System reliability
Turbomachinery and heat transfer.
Final year (MEng)

Year four provides a multidisciplinary view of engineering design and creativity and innovation in problem-solving. You will also have the opportunity to select a greater number of specialised subjects at Masters level and a foreign language module.

Salidas profesionales

Energy Engineering graduates work in many industries, most obviously transport, power and fuel. They are involved in research, energy management, auditing, power plant design, maintenance, decommissioning, sustainability assessment, process design and management.

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