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Anglia Ruskin PG Prospectus - Navitas

Anglia Ruskin PG Prospectus - Navitas

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esearch opportunitiesresearch opportunitiesResearchopportunitiesFor specific research opportunitiesplease refer to the index below.83 Applied Mathematics83 Architecture83 Bioengineering84 Biology84 Biomedical Science85 Built Environment85 Building Management85 Communication Studies86 Computing86 Community Studies86 Construction Technology86 Corporate Social Responsibility87 Design & Engineering87 Design & Entertainment Technologies87 Education87 Education Policy & Management87 Electronic Systems Modelling & Design88 Engineering Analysis Simulation & Tribology Group88 English89 Environmental Sciences89 Film & Television89 Forensic Science & Chemistry90 Graphic Arts & Illustration90 Health90 Health, Nursing Midwifery90 Higher Education Policy & Management90 History90 History of Art91 Housing Studies91 Information Systems & Computing91 International & Comparative Organisational Practice92 Languages & Intercultural Communication92 Law93 Music93 Music Therapy94 Optometry & Ophthalmic Dispensing94 Philosophy94 Politics94 Population Studies95 Psychology95 Public Sector Management95 Social Housing Finance96 Social Work, Health & Community Studies96 Social Sciences: Sociology & Public Services96 Sports Science96 Surveying96 Tactile Inkjet Mapping Project97 Telecommunication Engineering97 Theology97 Tourism & Leisure Studies97 Town & Country Planning97 Urban StudiesApplied MathematicsDepartment of Design & Technology,Faculty of Science & TechnologyThe Applied Mathematics and TheoreticalPhysics (AMTP) research group is involvedin the application of mathematics to problemsin the areas of gravitation, quantum theory,twister theory, modelling, partial differentialequations, and dynamical systems.Currently, research is being conducted in thefollowing topics: The application of geometricalgebra (GA) in general relativity; The analysisof the Lanczos potential; and the Weyl-Lanczosequations by adopting the 2-spinor andGA formalisms. The Lanczos potential actsas a generator for the Weyl tensor/spinor.The importance of signature in the new andexciting area of twister-string theory has recentlybeen embarked upon. This has importance withrespect to supersymmetry; mathematical logicin computer science, including applications ofmathematical modelling concepts and modeltheory in software engineering; numericalsolutions of stiff and non-stiff systems in ODEs,PDEs and DAEs, and theory and implementationof general linear methods.ArchitectureDepartment of Built Environment,Faculty of Science & TechnologyHistory of vernacular design and constructionmethods; architecture and town planning.BioengineeringDepartment of Design & Technology,Faculty of Science & TechnologyThe Bioengineering group carries out finiteelement studies to predict performance ofdifferent implant designs or fixation techniquesfor improved fixation of reconstructed joints.The group is equipped well with experimentalfacilities and uses Materialise, a specialisedsoftware that acts as an interface betweenmedical images and engineering applications,to create accurate bone geometry with accuratematerial properties, from CT-scan images.The group has developed expertise in MotionTracking and Kinetics, the merging of CTand MRI scan data, finite element analysis ofresurfaced hip joints, acoustics of human jointsand wear analysis of metal-on-metal hip joints.The group work closely with two hospitals inthe region and students are encouraged towitness surgical procedures in order to fullyappreciate the complexity of Orthopaedic Implantprocedures. Consultant medical practitioners formpart of the supervisory team of the students andtake an active interest in their research work.The group work closely with twohospitals in the region and students areencouraged to witness surgical proceduresin order to fully appreciate the complexityof Orthopaedic Implant procedures.82 Call our Contact Centre 0845 271 3333 for more informationweb www.anglia.ac.ukemail answers@anglia.ac.uk 83

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