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ARCH6064 2025-26
Archaeology Masters Dissertation
The dissertation is a personal research project which is completed with guidance from a personal supervisor. It takes place primarily over the summer period and should involve original research and high-quality formal presentation of material. The word limit allows enough space for both analysis and discussion, as well providing the required detailed account of methods used.
The specific format of the dissertation and the support provided in preparing it is provided in the Archaeology Dissertation Handbook. -
ARCH3034 2028-29
Archaeology of Seafaring
Seafaring lies at the heart of human activity across the world and has taken place from the earliest times to the present day. Reflecting this, in recent years the study of seafaring has become an increasingly important area in our understanding of the human past. Current research within the Archaeology Department takes place across a range of areas and periods and is reflected in the module content; from the earliest human occupation of Australasia in c.60,000BP to the development and application of industrial processes for maritime technology in the globalising maritime world of the 18th and 19th century. These periods form part of the case studies, alongside archaeological examples from the ancient Mediterranean, northwest Europe and the Indian Ocean, which are central to the module. You will also be introduced to the basic ways in which seafaring is studied through the archaeological record and you will gain a thorough grounding in the understanding and interpretation of seafaring from a social, economic and environmental perspective. This, along with the case studies, will provide you with a developed appreciation of the global significance of seafaring activity and how it can greatly enhance our overall understanding of the past. -
ARCH3034 2027-28
Archaeology of Seafaring
Seafaring lies at the heart of human activity across the world and has taken place from the earliest times to the present day. Reflecting this, in recent years the study of seafaring has become an increasingly important area in our understanding of the human past. Current research within the Archaeology Department takes place across a range of areas and periods and is reflected in the module content; from the earliest human occupation of Australasia in c.60,000BP to the development and application of industrial processes for maritime technology in the globalising maritime world of the 18th and 19th century. These periods form part of the case studies, alongside archaeological examples from the ancient Mediterranean, northwest Europe and the Indian Ocean, which are central to the module. You will also be introduced to the basic ways in which seafaring is studied through the archaeological record and you will gain a thorough grounding in the understanding and interpretation of seafaring from a social, economic and environmental perspective. This, along with the case studies, will provide you with a developed appreciation of the global significance of seafaring activity and how it can greatly enhance our overall understanding of the past. -
FEEG6011 2030-31
Architectural and Building Acoustics
The transmission of sound within buildings plays a vital role in architectural design that should be taken account of at an early stage. The module covers two main areas: (i) building acoustics, that is the effects of the materials and overall design of buildings on the transmission of sound within the building and the acoustic suitability of the rooms for their purpose; (ii) auditorium design, that is the specific acoustic design of large rooms intended for concerts, theatre or as lecture rooms. These two areas have some commonality, particularly the reverberance, but also some aspects that are more important in one area than the other. The module has been designed in collaboration with industry leaders Arup and provides hands-on experience of advanced measurement and prediction methods. -
FEEG6011 2025-26
Architectural and Building Acoustics
The transmission of sound within buildings plays a vital role in architectural design that should be taken account of at an early stage. The module covers two main areas: (i) building acoustics, that is the effects of the materials and overall design of buildings on the transmission of sound within the building and the acoustic suitability of the rooms for their purpose; (ii) auditorium design, that is the specific acoustic design of large rooms intended for concerts, theatre or as lecture rooms. These two areas have some commonality, particularly the reverberance, but also some aspects that are more important in one area than the other. The module has been designed in collaboration with industry leaders Arup and provides hands-on experience of advanced measurement and prediction methods. -
FEEG6011 2028-29
Architectural and Building Acoustics
The transmission of sound within buildings plays a vital role in architectural design that should be taken account of at an early stage. The module covers two main areas: (i) building acoustics, that is the effects of the materials and overall design of buildings on the transmission of sound within the building and the acoustic suitability of the rooms for their purpose; (ii) auditorium design, that is the specific acoustic design of large rooms intended for concerts, theatre or as lecture rooms. These two areas have some commonality, particularly the reverberance, but also some aspects that are more important in one area than the other. The module has been designed in collaboration with industry leaders Arup and provides hands-on experience of advanced measurement and prediction methods. -
FEEG6011 2029-30
Architectural and Building Acoustics
The transmission of sound within buildings plays a vital role in architectural design that should be taken account of at an early stage. The module covers two main areas: (i) building acoustics, that is the effects of the materials and overall design of buildings on the transmission of sound within the building and the acoustic suitability of the rooms for their purpose; (ii) auditorium design, that is the specific acoustic design of large rooms intended for concerts, theatre or as lecture rooms. These two areas have some commonality, particularly the reverberance, but also some aspects that are more important in one area than the other. The module has been designed in collaboration with industry leaders Arup and provides hands-on experience of advanced measurement and prediction methods. -
FEEG6011 2026-27
Architectural and Building Acoustics
The transmission of sound within buildings plays a vital role in architectural design that should be taken account of at an early stage. The module covers two main areas: (i) building acoustics, that is the effects of the materials and overall design of buildings on the transmission of sound within the building and the acoustic suitability of the rooms for their purpose; (ii) auditorium design, that is the specific acoustic design of large rooms intended for concerts, theatre or as lecture rooms. These two areas have some commonality, particularly the reverberance, but also some aspects that are more important in one area than the other. The module has been designed in collaboration with industry leaders Arup and provides hands-on experience of advanced measurement and prediction methods. -
FEEG6011 2027-28
Architectural and Building Acoustics
The transmission of sound within buildings plays a vital role in architectural design that should be taken account of at an early stage. The module covers two main areas: (i) building acoustics, that is the effects of the materials and overall design of buildings on the transmission of sound within the building and the acoustic suitability of the rooms for their purpose; (ii) auditorium design, that is the specific acoustic design of large rooms intended for concerts, theatre or as lecture rooms. These two areas have some commonality, particularly the reverberance, but also some aspects that are more important in one area than the other. The module has been designed in collaboration with industry leaders Arup and provides hands-on experience of advanced measurement and prediction methods. -
CENV3062 2027-28
Architectural and Engineering Design
This module builds upon the design modules within Parts 1 and 2 and places specific focus on the process of designing structures where the solutions and elements are fully integrated. It emphasises the relationship between context, user requirements, structure, material and space. Each year, a design brief is set that provides the opportunity to pursue, investigate and experiment with individual design methodologies and processes within a real world context.
Students are expected to use the knowledge gained in previous years and develop designs in a manner that balances form, function and technical considerations. This module seeks to operate in similar manner to a professional design office, with rigorous and self-motivated working and communication practices.
Students will use the weekly studio sessions to progress their design work alongside their peers and will receive individual as well as group tutorials. Interim and final reports and presentations to design tutors and fellow students, and possibly external critics from industry, act as milestones for students to demonstrate the design proposal throughout its development.