- Bioprocessing of New Medicines (Science and Engineering) BSc
- Bioprocessing of New Medicines (Business and Management) BSc
- Engineering (Biochemical) BEng
- Engineering (Biochemical) MEng
- Biochemical Engineering MSc
- Postgraduate Research Programmes
- Open Days & Virtual Tours
- Undergraduate Course Modules
- MSc Course Modules
- Industry Placements
Open Days & Virtual Tours
MSc Open Days 2016
We are holding a series of open days in spring 2016 to give you the opportunity to learn more about our MSc. The programme has different streams tailored to those from a processing engineering or life science background.
- Wednesday 13 April
- Wednesday 15 June
|Time: 2pm - 4.30pm Location: Bernard Katz Building, UCL Bloomsbury Campus|
|Introduction||UCL and the Department|
|What is Biochemical Engineering|
|Tour of Facilities||Upstream area|
|Mammalian cell area|
|PG options and Q&A|
To register for our open day, please email email@example.com
Virtual tours: The Pilot Plant
The Pilot Plant is an intermediate scale, industrial manufacturing facility that is used use to bring products to commercialisation. It is located in the basement of the Bernard Katz building and we’re one of the few university departments in Europe to have one. Pilot scale bioreactors, homogenisers and centrifuges give our students the hands on training and experience required to broaden their understanding. It allows them to consider the industrial perspective on commercialisation and adds value to their experience.
All undergraduate and masters students are required to supplement their lectures with laboratory practicals. Laboratories such as the one below are used to teach students key engineering fundamentals such as oxygen transfer and fluid dynamics, as well as biochemical assays and protocols. Doctoral students are trained as demonstrators for lab practicals, which provides valuable teaching experience.
The research conducted by the department is used as the basis of teaching materials. Research into protein engineering, biofuels, vaccines and regenerative medicine feed directly into all levels of degree based learning. Our discoveries today will help shape tomorrow's products. Final year students will have the opportunity to work on a research project of their choosing giving them additional research experience.
Page last modified on 01 apr 16 10:01