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Biomechanics MSc
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Objectives
Introduction to core concepts: Inducation courses will give students of both the life sciences and physical sciences the skills to tackle the main taught course in biomechanics. This will cover the fundamental physical principles that underlie the science of biomechanics, from the mechanics of materials and structures, through fluid dynamics and locomotion. This course will be illustrated by examples that cover the whole of biodiversity. Development of advanced skills: Students will be exposed to the wide range of biomechanical techniques and applications by active participation in series of workshops given by experts in the field. Research skills will be further promoted by courses in experimental design and statistical analysis Research projects: Engaging in full-time research in active laboratories is the key part of this programme. Each student will undertake 2 full-time research projects, of 12 and 18 weeks duration. The strength and breadth of biomechanics research in Manchester allows us to offer students an exceptionally broad and exciting range of options.
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Entry requirements
Entry requirements: Applicants will need to hold a First or Upper Second class honours degree, or the overseas equivalent, in a relevant subject. In certain circumstances, a Lower Second class honours degree supplemented with appropriate relevant work experience may be acceptable.
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Academic title
Biomechanics MSc
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Course description
Course description
Biomechanics is a central area of biology that enables scientists to understand the mechanical design of organisms, but it is also increasingly important as it underpins many of the applied technologies such as biomaterials, tissue engineering and sports science. The aim of this course is to provide truly interdisciplinary training in the application of analytical, experimental and computer simulation methods to biomechanics, both pure and applied. The objective is to bring students from both biological and physical sciences backgrounds to the level at which they undertake research at the cutting edge.
Module details
Weeks 1-12
-Induction courses and workshops on experiemental design and statistics
-Workshop series "Techniques and applications in biomechanics"
-Taught course "Biomaterials and Biological Structures"
-Taught course "Machanics of Animal Locomotion"
-Seminars on Biomechanics
Weeks 13-24
-Workshop series "Techniques and applications in biomechanics" (continued)
-First research project (12 weeks)
-Research proposal
Weeks 25-45
-Second research project (18 weeks)
-Preparation of thesis
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