Guide: How to cite a Dissertation in Harvard - Oxford Brookes University style

Guide: How to cite a Dissertation in Harvard - Oxford Brookes University style

Cite A Dissertation in Harvard - Oxford Brookes University style

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Use the following template to cite a dissertation using the Harvard - Oxford Brookes University citation style. For help with other source types, like books, PDFs, or websites, check out our other guides. To have your reference list or bibliography automatically made for you, try our free citation generator.


Pink text = information that you will need to find from the source.
Black text = text required by the Harvard - Oxford Brookes University style.

Reference list

Place this part in your bibliography or reference list at the end of your assignment.


Author Surname A (Year Published) Title. Level. Institution Name.


Anon (2014)

In-text citation

Place this part right after the quote or reference to the source in your assignment.


(Author Surname, Year Published)


Traditionally, road lighting in India has not been designed, operated or maintained very efficiently. As a result, the energy consumption for road lighting in India is very high. Efficient lighting technology was not a viable option in the past because it had to be imported and was expensive, but new energy efficient lighting equipment and good controls are now available on the Indian market.
The existing systems in India generally use 70W, 150W and 250W high-pressure sodium lamps (HPSV) that are fitted into inefficient luminaries without automatic daylight controls. The existing road lighting load in India is approximately 20 kW per km of road.Public lighting accounts for only 1% of India’s total electricity consumption. However, according to available data, electricity consumption for public lighting systems is increasing at a rate of 10% (compared to an overall increase in India’s electricity consumption of 7%).
The actual consumption for public lighting in India is 7,753 GWh. With an estimated energy saving potential of 30% through efficiency improvements 2,326 GWh of electricity could be saved. This means that CO2 emissions could be reduced by as much as 1.9 million annually. (Anon, 2014)

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