Molecular Bioengineering
Bachelor's degree
In London
Description
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Type
Bachelor's degree
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Location
London
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Start date
Different dates available
Bioengineering brings together engineering, biology and medicine, and applies engineering principles to biological and medical problems.With an ageing population and advances in technology, molecular bioengineering plays an integral role in global issues such as healthcare and well-being.
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Location
Start date
Start date
About this course
Our four-year MEng degree in Molecular Bioengineering utilises a strong engineering approach to focus on understanding the links between molecules, cells, tissues, organs and limbs generating function, health and disease. The Department offers a number of courses. The main difference between this course and our Biomedical Engineering degree is that Biomedical Engineering leads to healthcare careers, whereas this new course for 2017 entry leads to roles in life sciences. This stream specifically differs from other courses...
Home and EU students 2017 ENTRY: To be confirmed – please check back for details. Please note the tuition fee you pay may increase slightly each year in line with inflation and subject to UK government regulations. If you have applied for a Tuition Fee Loan (see below), your loan entitlement will automatically increase to reflect any changes; you will need to reapply for a loan each year at the new fee rate. Islands and overseas students 2017...
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Subjects
- IT
- Engineering
- Bioengineering
- Project
- Medical
- Medical training
- Biology
- Imaging
Course programme
Modules shown are for the current academic year, and are subject to change depending on your year of entry.
Please note that not all combinations of optional modules may be possible due to timetabling constraints.
You will follow a pathway of core modules in years one and two, before studying specialised molecular bioengineering modules.
You will need to pass each year in order to progress to the next, which is done by achieving at least 40% in each module, and as an average across the year.
In order to complete your degree you will need to achieve 50% in your final year, both overall as an average and in each module.
Year 1- Mathematics 1
- Thermodynamics & Kinetics
- Molecules Cells and Processes 1
- Biomolecular Engineering 1
- Medical Science 1
- Programming Logic and Digital System
- Mechanical Engineering and Electronic Engineering mini-modules
- Mathematics 2
- Molecules Cells and Processes 2
- Analytical Sciences
- Medical Science 2
- Signals and Systems
- Biomolecular Engineering 2
- Control Systems
- Molecular Bioengineering Design Project
You will take the core modules and select four of the optional modules below.
Core modules- Modelling in Biology
- Physiological imaging and monitoring
- Biomaterials
- Mini i-Gem project
- Mini device/sensor project
- Synthetic Biology
- Tissue Engineering and Regenerative Medicine
- Image processing
- Biomimetics
- Introduction to Bioinformatics
- Business for Professional Engineers and Scientists
- Imperial Horizons
- Inter-Departmental Exchange
In the fourth year you will choose four modules from the list below, in addition to completing a Biomolecular Engineering Research Project.
Molecular Bioengineering Research ProjectYou will have the opportunity to design a project, undertake research and write a thesis.
The completed thesis will be the result of over 800 hours of individual study over six months, and make up over half of the assessed work in the fourth year.
Optional modules- Advanced Synthetic Biology
- Advanced Chemical Sensors
- Advanced physiological monitoring and data analysis
- Biomedical Imaging
- Advanced Medical Imaging
- Medical Device Entrepreneurship
- Business for Professional Engineers and Scientists
- Imperial Horizons
Molecular Bioengineering