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Computer Science

SUBJECT LEAGUE TABLE 2025

Computers and computer programmes are integral to our everyday lives. A Computer Science degree is not only great for employability in the modern world but is also an ideal degree for those who love to analyse and problem solve. You can find the best universities for Computer Science in the UK outlined in our Computer Science rankings. You can filter our computer science university rankings by region, entry standards, student satisfaction, graduate prospects, and more. Universities offer degrees combining Computer Science with other fields, so see which course best suits you.

Computers and computer programmes are integral to our everyday lives. A Computer Science degree is not only great for employability in the modern world but is also an ideal degree for those who love to analyse and problem solve. You can find the best universities for Computer Science in the UK outlined in our Computer Science rankings. You can filter our computer science university rankings by region, entry standards, student satisfaction, graduate prospects, and more. Universities offer degrees combining Computer Science with other fields, so see which course best suits you.

Computers and computer programmes are integral to our everyday lives. A Computer Science degree is not only great for employability in the modern world but is also an ideal degree for those who love to analyse and problem solve. You can find the best universities for Computer Science in the UK outlined in our Computer Science rankings. You can filter our computer science university rankings by region, entry standards, student satisfaction, graduate prospects, and more. Universities offer degrees combining Computer Science with other fields, so see which course best suits you.

Want to study Computer Science?
The total score calculated by our independent and trusted methodology.
The average UCAS tariff score of new students entering the university.
How satisfied students are with the quality of teaching they receive.
A measure of the quality of the research undertaken in the university.
A guide to the success of graduates after leaving university.
A measure of the proportion of staff involved in high-quality research in the university.
How much the university spends on supporting services such as libraries and IT.
How much the university spends on supporting facilities such as the careers service, health and counselling services and sport facilities.
The proportion of students expected to successfully complete their studies and gain a degree from the university.
The proportion of first-year students who continue their studies, leave with a qualification or transfer to another university.
The average staffing levels at the university.
The success of graduates after leaving university.
A measure of whether recent graduates agree that their current activity fits with their future plans.
  • University ranking
  • University name
  • Overall score
    / Max 100
  • Entry standards
    / Max 227
  • Student satisfaction
    / Max 4
  • Research quality
    / Max 4
  • Contin - uation
    / Max 100
  • Graduate prospects – outcomes
    / Max 100
  • Graduate prospects – on track
    / Max 100
  • 100.0 100%
    98.0 98%
    96.6 97%
    93.4 93%
    93.4 93%
    92.9 93%
    92.3 92%
    92.3 92%
    92.0 92%
    91.6 92%
    91.5 92%
    91.2 91%
    91.2 91%
    91.1 91%
    90.0 90%
    89.9 90%
    89.1 89%
    88.9 89%
    88.7 89%
    88.2 88%
    88.1 88%
    88.0 88%
    87.9 88%
    87.7 88%
    87.3 87%
    87.2 87%
    86.6 87%
    86.5 87%
    86.4 86%
    86.2 86%
    86.0 86%
    85.9 86%
    85.3 85%
    85.2 85%
    84.9 85%
    84.8 85%
    84.2 84%
    84.0 84%
    83.9 84%
    83.4 83%
    83.1 83%
    83.1 83%
    82.3 82%
    81.8 82%
    81.1 81%
    80.8 81%
    80.8 81%
    80.1 80%
    80.0 80%
    79.9 80%
    79.9 80%
    79.8 80%
    79.7 80%
    79.6 80%
    79.5 80%
    79.5 80%
    79.3 79%
    79.3 79%
    79.3 79%
    79.2 79%
    79.1 79%
    79.1 79%
    79.0 79%
    78.9 79%
    78.7 79%
    78.4 78%
    78.2 78%
    78.1 78%
    77.9 78%
    77.9 78%
    77.8 78%
    77.6 78%
    77.6 78%
    77.4 77%
    77.2 77%
    76.8 77%
    76.7 77%
    76.6 77%
    76.4 76%
    76.4 76%
    76.3 76%
    76.3 76%
    76.3 76%
    76.2 76%
    76.2 76%
    76.2 76%
    75.8 76%
    75.6 76%
    75.6 76%
    75.5 76%
    75.4 75%
    75.2 75%
    75.1 75%
    74.8 75%
    74.5 75%
    74.3 74%
    73.9 74%
    73.9 74%
    73.7 74%
    73.4 73%
    72.8 73%
    72.5 73%
    72.5 73%
    72.0 72%
    71.3 71%
    71.2 71%
    70.9 71%
    70.7 71%
    70.5 71%
    70.3 70%
    69.5 70%
    69.3 69%
    68.9 69%
    68.9 69%
    68.8 69%
    64.8 65%
    63.3 63%
  • 222 98%
    214 94%
    227 100%
    216 95%
    204 90%
    169 74%
    208 92%
    196 86%
    200 88%
    182 80%
    192 84%
    186 82%
    165 73%
    220 97%
    178 78%
    214 94%
    160 70%
    177 78%
    164 72%
    173 76%
    155 68%
    154 68%
    149 66%
    164 72%
    140 62%
    135 59%
    151 66%
    204 90%
    146 64%
    131 58%
    143 63%
    152 67%
    134 59%
    135 60%
    133 59%
    132 58%
    134 59%
    167 74%
    145 64%
    131 58%
    134 59%
    178 78%
    134 59%
    131 58%
    138 61%
    131 58%
    126 56%
    169 75%
    131 58%
    143 63%
    133 59%
    130 57%
    125 55%
    122 54%
    128 56%
    132 58%
    117 52%
    125 55%
    151 67%
    120 53%
    131 57%
    117 52%
    114 50%
    153 67%
    125 55%
    117 51%
    129 57%
    112 49%
    127 56%
    123 54%
    126 55%
    124 54%
    144 63%
    119 53%
    120 53%
    135 59%
    123 54%
    124 55%
    123 54%
    104 46%
    135 59%
    126 55%
    131 58%
    108 47%
    126 56%
    158 70%
    112 49%
    111 49%
    120 53%
    102 45%
    131 58%
    106 47%
    113 50%
    127 56%
    113 50%
    120 53%
    124 55%
    118 52%
    120 53%
    106 47%
    125 55%
    119 52%
    150 66%
    108 48%
    110 49%
    110 49%
    113 50%
    115 50%
    137 60%
    112 49%
    123 54%
    157 69%
    84 37%
    88 39%
    121 53%
    138 61%
    101 44%
  • n/a
    3.21 80%
    3.16 79%
    3.29 82%
    3.01 75%
    3.23 81%
    2.88 72%
    3.07 77%
    2.84 71%
    2.95 74%
    2.96 74%
    2.95 74%
    3.10 77%
    2.84 71%
    2.82 71%
    2.94 73%
    3.20 80%
    3.23 81%
    3.08 77%
    2.63 66%
    2.69 67%
    2.98 74%
    2.92 73%
    3.02 75%
    2.96 74%
    3.02 76%
    3.02 76%
    3.14 78%
    2.83 71%
    3.35 84%
    3.00 75%
    2.76 69%
    3.03 76%
    3.11 78%
    3.08 77%
    2.85 71%
    2.90 72%
    3.10 77%
    3.01 75%
    2.93 73%
    3.00 75%
    2.64 66%
    3.06 77%
    2.93 73%
    3.07 77%
    3.14 78%
    2.68 67%
    3.13 78%
    2.99 75%
    3.05 76%
    2.93 73%
    3.10 78%
    3.09 77%
    2.89 72%
    3.05 76%
    2.89 72%
    2.80 70%
    3.01 75%
    2.84 71%
    2.97 74%
    3.05 76%
    2.96 74%
    3.09 77%
    3.04 76%
    2.97 74%
    2.92 73%
    3.13 78%
    2.91 73%
    3.16 79%
    2.96 74%
    3.01 75%
    2.99 75%
    3.24 81%
    3.15 79%
    3.01 75%
    2.98 75%
    3.37 84%
    3.05 76%
    3.10 77%
    3.50 88%
    3.13 78%
    3.20 80%
    2.83 71%
    3.20 80%
    2.83 71%
    2.92 73%
    2.98 74%
    2.95 74%
    2.89 72%
    2.98 75%
    2.88 72%
    3.04 76%
    3.08 77%
    3.23 81%
    3.07 77%
    2.76 69%
    3.00 75%
    2.92 73%
    3.13 78%
    3.10 78%
    3.05 76%
    2.95 74%
    3.09 77%
    3.06 76%
    3.01 75%
    3.30 82%
    3.02 76%
    3.36 84%
    2.99 75%
    3.13 78%
    2.77 69%
    3.02 75%
    3.07 77%
    3.40 85%
    2.69 67%
    2.82 71%
    2.91 73%
  • 3.59 90%
    3.81 95%
    3.93 98%
    3.15 79%
    3.75 94%
    3.77 94%
    3.75 94%
    3.35 84%
    3.44 86%
    3.56 89%
    3.61 90%
    3.68 92%
    3.59 90%
    3.73 93%
    3.59 90%
    3.61 90%
    3.24 81%
    3.38 85%
    3.00 75%
    3.62 91%
    3.62 91%
    3.32 83%
    3.49 87%
    3.50 88%
    3.50 88%
    3.26 82%
    3.65 91%
    3.21 80%
    3.44 86%
    3.17 79%
    3.28 82%
    3.41 85%
    3.22 81%
    3.43 86%
    3.11 78%
    3.17 79%
    3.26 82%
    3.20 80%
    2.84 71%
    3.39 85%
    3.32 83%
    3.14 79%
    3.12 78%
    3.07 77%
    2.75 69%
    2.82 71%
    3.15 79%
    2.74 69%
    2.88 72%
    2.81 70%
    2.86 72%
    2.89 72%
    2.74 69%
    2.50 63%
    2.89 72%
    2.74 69%
    2.67 67%
    2.51 63%
    2.86 72%
    2.58 65%
    2.82 71%
    3.02 76%
    2.72 68%
    3.12 78%
    3.15 79%
    3.06 77%
    2.84 71%
    2.92 73%
    2.51 63%
    2.37 59%
    2.69 67%
    2.46 62%
    2.64 66%
    2.80 70%
    2.57 64%
    3.17 79%
    n/a
    2.74 69%
    2.70 67%
    2.80 70%
    3.18 80%
    2.54 64%
    2.76 69%
    2.24 56%
    2.85 71%
    2.42 61%
    2.70 68%
    2.57 64%
    2.48 62%
    2.80 70%
    2.23 56%
    2.40 60%
    2.52 63%
    2.60 65%
    n/a
    2.43 61%
    2.50 63%
    1.87 47%
    2.28 57%
    n/a
    n/a
    n/a
    2.63 66%
    2.20 55%
    2.03 51%
    2.61 65%
    2.31 58%
    n/a
    n/a
    n/a
    1.67 42%
    n/a
    2.01 50%
    1.90 48%
    n/a
    n/a
    n/a
  • 98.5 99%
    100 100%
    93.8 94%
    99.3 99%
    96 96%
    97.7 98%
    95.1 95%
    96.6 97%
    96.4 96%
    96.2 96%
    95.6 96%
    95.8 96%
    99.2 99%
    98.4 98%
    98.1 98%
    97.5 98%
    96.6 97%
    100 100%
    97.3 97%
    96.4 96%
    96.9 97%
    96.2 96%
    97.6 98%
    92.6 93%
    97.1 97%
    95.1 95%
    95.1 95%
    93.5 94%
    96.6 97%
    95.1 95%
    95.9 96%
    92.5 93%
    96.7 97%
    92.9 93%
    93.4 93%
    93.5 94%
    95.8 96%
    91.9 92%
    92.3 92%
    94.3 94%
    89.2 89%
    93.5 94%
    88.9 89%
    92.1 92%
    91.9 92%
    90.4 90%
    94.3 94%
    90.4 90%
    93.1 93%
    84.8 85%
    91.1 91%
    92.4 92%
    86.6 87%
    96.1 96%
    84.6 85%
    89.4 89%
    94.5 95%
    91.6 92%
    95.2 95%
    93.5 94%
    90.3 90%
    93.3 93%
    91.6 92%
    86.5 87%
    92.4 92%
    92.9 93%
    87.6 88%
    89.2 89%
    89.8 90%
    92 92%
    91.9 92%
    91.6 92%
    91.3 91%
    88.8 89%
    91 91%
    n/a
    92.7 93%
    84.7 85%
    91 91%
    93 93%
    80 80%
    89.3 89%
    86.9 87%
    83.1 83%
    83.6 84%
    90.6 91%
    88.3 88%
    88.7 89%
    92.5 93%
    88.3 88%
    84.1 84%
    87.4 87%
    83.6 84%
    85.4 85%
    90.5 91%
    87.5 88%
    83.2 83%
    87.7 88%
    88.4 88%
    88.8 89%
    88.4 88%
    90 90%
    83.5 84%
    83.7 84%
    82.7 83%
    79.9 80%
    80.2 80%
    83.8 84%
    85 85%
    82.2 82%
    88.4 88%
    75.3 75%
    85 85%
    81.5 82%
    83.9 84%
    87.3 87%
    76.4 76%
  • 97.0 97%
    98.0 98%
    97.0 97%
    94.0 94%
    93.0 93%
    96.0 96%
    93.0 93%
    94.0 94%
    96.0 96%
    97.0 97%
    94.0 94%
    92.0 92%
    93.0 93%
    93.0 93%
    91.0 91%
    94.0 94%
    92.0 92%
    91.0 91%
    94.0 94%
    88.0 88%
    96.0 96%
    94.0 94%
    93.0 93%
    89.0 89%
    93.0 93%
    100.0 100%
    83.0 83%
    88.0 88%
    90.0 90%
    92.0 92%
    88.0 88%
    93.0 93%
    88.0 88%
    87.0 87%
    90.0 90%
    94.0 94%
    87.0 87%
    n/a
    87.0 87%
    85.0 85%
    90.0 90%
    90.0 90%
    87.0 87%
    84.0 84%
    84.0 84%
    80.0 80%
    84.0 84%
    80.0 80%
    76.0 76%
    81.0 81%
    83.0 83%
    78.0 78%
    85.0 85%
    80.0 80%
    84.0 84%
    84.0 84%
    84.0 84%
    83.0 83%
    77.0 77%
    n/a
    77.0 77%
    76.0 76%
    83.0 83%
    83.0 83%
    71.0 71%
    76.0 76%
    75.0 75%
    85.0 85%
    79.0 79%
    80.0 80%
    73.0 73%
    77.0 77%
    79.0 79%
    77.0 77%
    81.0 81%
    66.0 66%
    n/a
    80.0 80%
    67.0 67%
    60.0 60%
    75.0 75%
    70.0 70%
    77.0 77%
    88.0 88%
    79.0 79%
    79.0 79%
    77.0 77%
    77.0 77%
    72.0 72%
    76.0 76%
    86.0 86%
    79.0 79%
    82.0 82%
    66.0 66%
    78.0 78%
    80.0 80%
    72.0 72%
    76.0 76%
    66.0 66%
    82.0 82%
    73.0 73%
    n/a
    65.0 65%
    76.0 76%
    71.0 71%
    67.0 67%
    71.0 71%
    64.0 64%
    66.0 66%
    76.0 76%
    58.0 58%
    67.0 67%
    72.0 72%
    61.0 61%
    69.0 69%
    34.0 34%
    61.0 61%
  • 90.0 90%
    93.0 93%
    90.0 90%
    84.0 84%
    86.0 86%
    90.0 90%
    80.0 80%
    88.0 88%
    88.0 88%
    89.0 89%
    84.0 84%
    86.0 86%
    86.0 86%
    79.0 79%
    84.0 84%
    79.0 79%
    86.0 86%
    85.0 85%
    86.0 86%
    88.0 88%
    86.0 86%
    87.0 87%
    84.0 84%
    86.0 86%
    85.0 85%
    90.0 90%
    82.0 82%
    85.0 85%
    85.0 85%
    80.0 80%
    85.0 85%
    88.0 88%
    82.0 82%
    85.0 85%
    90.0 90%
    93.0 93%
    81.0 81%
    n/a
    89.0 89%
    77.0 77%
    81.0 81%
    85.0 85%
    81.0 81%
    81.0 81%
    80.0 80%
    79.0 79%
    76.0 76%
    78.0 78%
    77.0 77%
    84.0 84%
    80.0 80%
    74.0 74%
    83.0 83%
    78.0 78%
    85.0 85%
    79.0 79%
    80.0 80%
    80.0 80%
    62.0 62%
    n/a
    75.0 75%
    71.0 71%
    78.0 78%
    76.0 76%
    76.0 76%
    74.0 74%
    69.0 69%
    82.0 82%
    74.0 74%
    73.0 73%
    73.0 73%
    82.0 82%
    74.0 74%
    70.0 70%
    72.0 72%
    67.0 67%
    n/a
    76.0 76%
    69.0 69%
    64.0 64%
    71.0 71%
    70.0 70%
    71.0 71%
    86.0 86%
    74.0 74%
    76.0 76%
    77.0 77%
    75.0 75%
    69.0 69%
    69.0 69%
    74.0 74%
    77.0 77%
    80.0 80%
    66.0 66%
    88.0 88%
    74.0 74%
    73.0 73%
    75.0 75%
    62.0 62%
    77.0 77%
    70.0 70%
    n/a
    67.0 67%
    67.0 67%
    68.0 68%
    52.0 52%
    69.0 69%
    71.0 71%
    60.0 60%
    69.0 69%
    73.0 73%
    61.0 61%
    64.0 64%
    65.0 65%
    72.0 72%
    47.0 47%
    57.0 57%
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