Mathematics 1 - BIOE40004
Aims
This modules aim to:
Role
Lecturer
Fluid and Solid Mechanics 2 - BIOE50004
Aims
This module will introduce the principles of fluid and solid mechanics. It aims to:
Introduce you to the basic concepts of structural mechanics, showing the relevance of these concepts in design and risk analysis, and develop your analytical skills in stress analysis.
Introduce you to key concepts and equations associated with the study of fluid mechanics and develop your ability to apply these concepts to fluids problems framed in a biomedical context.
Role
Lecturer
Design and Professional Practice 2 - BIOE50002
Aims
This module will build on the principles of engineering design and professional practice taught in first year through application in a group design, make and test project. As part of the group project students will:
Tackle a real design problem
Develop their engineering design skills through practice
Apply learning from other modules to a practical challenge
Be exposed to the wider application of bioengineering in society
Develop teamworking skills and be exposed to the challenges and benefits of collaboration
Role
Lecturer
Design and Professional Practice 1 - BIOE40003
Aims
The aims of this module are to:
Role
Lecturer
Mathematics and Engineering 1 - BIOE40005
Aims
The aims of this module are to:
Provide a common depth and breadth of mathematical understanding irrespective of pre-university mathematics qualification.
Enable you to understand how to select the most appropriate mathematical technique for problem solving.
Introduce the basic principles of physics, electrical and mechanical engineering as required for other modules in the Molecular bioengineering programme.
Provide you with practice in solving mathematical, electrical and mechanical problems posed in a Bioengineering context.
To encourage you to become an independent learner
Role
Lecturer