every UCAS course in one sortable table
entry year 2027

Biomaterials and Tissue Engineering at Imperial College London

Biomaterials and Tissue Engineering (MEng (Hon), BJ95) at Imperial College London asked for 144–156 UCAS points for 2026 entry; UCAS’s course data does not show the 2027 requirement yet. The middle entrant to the subject here had 224–239 UCAS points.

UCAS listing ↗ Course page on imperial.ac.uk ↗

UCAS tariff
High
around AAA
Published as 144 - 156 points
Not the 2027 requirement. UCAS’s course search data does not include 2027 requirements yet, so this is the 2026 one and may have changed. Check imperial.ac.uk’s course page ↗ or the UCAS listing ↗.

Who actually got in

Entrants’ UCAS pointsSubject at this uni
0%10%20%1%<96961121283%1442%1602%1763%1924%2084%22412%240+
Entrants hereUK, same subjectAsks 156

69% of entrants have no UCAS points recorded. The middle entrant with points had 224–239 points. At least 3% of them had fewer than the 156 asked.

170 entrants · 2024-25 · HESA rounds to 5%

Came in with A-levels or Highers 89%, a baccalaureate 11%, an Access course 1%.

Course

Award
Master of Engineering (with Honours)
Code
BJ95 · B9 other subjects allied to medicine + J5 materials technology
Duration
4 years
Mode
Full-time
Starts
October 2027
Entry
Year 1
Year
2027
Accredited by the Institute of Materials, Minerals and Mining (IOM3) on behalf of the Engineering Council for the purposes of fully meeting the academic requirement for registration as a Chartered Engineer. More ↗

Student experience

After the first yearThis course
90%
still studying
UK 90%
10%
left higher education
UK 9%
0%
moved to a lower award
UK 0%
15 students · started 2022-24
National Student SurveyThis course
% positiveHereUKTeaching on my course93%86%
Learning opportunities82%87%
Assessment and feedback74%79%
Academic support85%90%
Organisation and management75%79%
Learning resources88%89%
Student voice77%83%
10 final-year students · 77% responded · NSS 2024-26

After graduating

SalaryWider subject at this uni
15 months
£37k3 years
£40.5k5 years
£54k
£30k£40k£50k£60k£70k£80k
middle halfmedianUK, same subject
15 months: survey of 145 graduates, 2023-24 · 3 and 5 years: tax records, 2016-18 graduates
15 months onSubject at this uni
65% working5% working and studying15% studying5% unemployed10% other
UK, same subject: 80% in work or study
85%
in professional or managerial jobs
UK 70%
100%
say their work is meaningful
UK 80%
60%
use what they learned
UK 53%
  • Information Technology Professionals30%
  • Business, Research and Administrative Professionals15%
  • Engineering professionals10%
  • Teaching Professionals10%
  • Natural and social science professionals5%
Graduate Outcomes survey · 30 graduates · 65% responded · 2023-24
Source: Discover Uni dataset, HESA (CC BY 4.0), summarised for display.

Location

Campus
London, Greater London, England
Postcode
SW7 2AZ
View on map ↗

Subjects

materials engineering engineering and technology
biomaterials engineering and technology

Campus

Campus
South Kensington
Housing
Accommodation ↗
Union
Students' union ↗

Materials technology at other universities

The course at each university nearest this one in entry requirement. Middle entrant: the UCAS points of the middle student who started, from Discover Uni.

UniversityCourseEntryMiddle entrant
Imperial College LondonBiomaterials and Tissue Engineering this course144 - 156 points224–239
Bangor UniversityEngineering (Mechanical) MEng (Hon)128 - 144 points—
Queen Mary University of LondonMaterials Science and Engineering MEng (Hon)131 - 144 points112–127
University of BirminghamMaterials Science and Engineering MEng (Hon)144 points144–159
Swansea UniversityMaterials Science and Engineering MEng (Hon)136 pointsunder 96
University of LeedsMaterials Science and Engineering MEng (Hon)AAB128–143
University of SheffieldMaterials Science and Engineering MEng (Hons)AAB160–175
Loughborough UniversityAutomotive Materials BEng (Hon)ABB112–127
City College PlymouthCivil Engineering FdSc56 points—

See all 50 in one sortable table, entry requirements side by side

More materials and technology at Imperial College London