Engineering Tripos, Part IIA 2024
No.
Title
Students*
Mean %
St. Dev
3A1
Fluid mechanics I
100
63.93
11.45
3A3
Fluid mechanics II
89
67.36
11.16
3A5
Thermodynamics and power generation
82
62.38
12.32
3A6
Heat and mass transfer
27
63.21
11.31
3B1
Radio frequency electronics
73
67.19
14.50
3B2
Integrated digital electronics
80
64.10
13.09
3B3
Switch-mode electronics
39
65.64
15.79
3B4
Electric drive systems
64
61.28
12.11
3B5
Semiconductor engineering
61
65.22
14.82
3B6
Photonic technology
50
65.57
11.36
3C1
Materials processing and design
52
58.97
11.89
3C5
Dynamics
111
65.53
14.50
3C6
Vibration
81
63.74
10.80
3C7
Mechanics of solids
39
67.95
15.62
3C8
Machine design
39
62.56
12.95
3C9
Fracture mechanics of materials and structures
24
63.75
9.08
3D1
Geotechnical engineering I
22
66.74
9.68
3D2
Geotechnical engineering II
21
62.62
15.00
3D3
Structural materials and design
23
58.91
12.22
3D4
Structural analysis and stability
27
60.56
10.70
3D5
Water engineering
38
67.37
10.58
3D7
Finite element methods
25
63.27
14.01
3D8
Geo-Environmental engineering
18
60.83
11.26
3E1
Business economics
102
67.09
10.18
3E2
Marketing
26
62.37
4.32
3E3
Modelling risk
73
63.97
12.88
3E6
Organisational behaviour
80
64.69
8.98
3E10
Operations management for engineers
27
60.43
9.76
3E11
Environmental sustainability and business
61
64.78
14.46
3F1
Signals and systems
156
66.99
12.59
3F2
Systems and control
103
64.35
15.61
3F3
Statistical signal processing
117
70.23
16.02
3F4
Data transmission
85
66.49
12.02
3F7
Information theory and coding
120
69.50
11.01
3F8
Inference
120
67.79
12.79
3G1
Molecular bioengineering I
28
61.49
13.09
3G2
Mathematical physiology
24
59.65
20.29
3G3
Introduction to neuroscience
42
63.29
10.30
3G4
Medical imaging and 3-D computer graphics
47
64.86
15.81
3G5
Biomaterials
20
67.00
8.49
3M1
Mathematical methods
115
65.48
12.80
4C4
Design methods
18
61.76
12.79
4D16
Construction management
11
56.82
12.10
4M12
Partial differential equations and variational methods
21
61.83
11.83
4M16
Nuclear power engineering
65
59.41
14.77
* Excludes candidates registered for module who did not sit the exam
Engineering Tripos, Part IIB 2024
Module
Candidates
Mean %
StDev
4A2
Computational fluid dynamics
32
66.93
10.73
4A3
Turbomachinery I
34
64.46
15.56
4A4
Aircraft stability and control
34
64.36
12.12
4A7
Aircraft aerodynamics and design
39
62.65
9.17
4A9
Molecular thermodynamics
15
68.44
15.03
4A10
Flow instability
26
66.54
16.53
4A12
Turbulence and vortex dynamics
17
65.88
13.39
4A13
Combustion and engines
19
67.89
4.87
4A15
Acoustics
23
61.52
17.72
4B2
Power microelectronics
28
67.86
9.46
4B5
Quantum and nano-technologies
33
63.54
13.81
4B11
Photonic systems
23
63.7
9.04
4B13
Electronic sensors and instrumentation
35
63.1
11.9
4B19
Renewable electrical power
33
70.25
10.13
4B23
Optical fibre communication
9
66.67
13.94
4B24
Radio frequency systems
22
59.47
14.86
4B25
Embedded systems for the Internet of Thi
25
66.6
10.17
4B27
Internet of everything
14
64.88
10.53
4C2
Designing with composites
31
61.29
10.69
4C3
Advanced functional materials and devices
21
64.13
11.26
4C4
Design methods
27
60.93
9.44
4C5
Design case studies
14
59.4
11.72
4C6
Advanced linear vibrations
23
65.51
11.68
4C7
Random and non-linear vibrations
14
70.48
10.2
4C8
Vehicle dynamics
19
66.14
12.3
4C9
Continuum mechanics
12
67.5
11.77
4C11
Data-driven and learning based methods i
11
67.58
4.96
4D2
Advanced structural design
15
58
16.2
4D4
Construction engineering
15
57.89
12.4
4D5
Deep foundations and underground const
13
65.64
12.33
4D6
Dynamics in civil engineering
13
69.74
8.55
4D7
Concrete and prestressed concrete
15
59.89
6.41
4D9
Offshore geotechnical engineering
11
68.94
8.41
4D10
Structural steelwork
14
60.6
12.26
4D13
Architectural engineering
17
64.41
7.48
4D16
Construction management
11
59.39
9.2
4E1
Innovation and Strategic Management of I
23
61.67
7.83
4E3
Business innovation in a digital age
47
65.71
8.27
4E5
International business
15
65.89
8.04
4E6
Accounting and finance
64
66.16
7.74
4E11
Strategic management
65
62.63
6.45
4E12
Project management
101
64.38
7.54
4F1
Control system design
26
65.9
14.03
4F2
Robust and non-linear control
9
57.96
21.39
4F3
An optimisation-based approach to contro
17
71.57
13.08
4F5
Advanced information theory and coding
26
70.83
12.97
4F8
Image processing and image coding
49
65.78
13.86
4F10
Deep learning and structured data
87
65.8
15.06
4F12
Computer vision
107
64.07
13.24
4F13
Probabilistic machine learning
92
66.12
8.47
4F14
Computer systems
50
71.4
14.07
4G1
Mathematical biology of the cell
2
68.33
7.07
4G3
Computational neuroscience
33
69.95
11.59
4G5
Materials and molecules - modelling, simu
16
73.75
12.27
4G6
Cellular and molecular biomechanics
7
70.71
6.37
4G7
Control and computation in living systems
5
64
5.35
4G9
Biomedical engineering
20
64.25
8.19
4G10
Brain Machine Interfaces
15
69.44
11.8
4I1
Strategic valuation
5
67
3.98
4I8
Medical physics
7
67.62
15.21
4I10
Nuclear reactor engineering
25
59.07
15.96
4I11
Advanced fission and fusion systems
22
66.01
7.38
4I14
Biosensors and bioelectronics
38
64.25
7.9
4M1
French
18
65.74
5.95
4M3
Spanish
9
67.22
6.07
4M12
Partial differential equations and variation
24
65.42
16.54
4M16
Nuclear power engineering
13
64.74
12.94
4M17
Practical optimisation
49
68.61
11.82
4M19
Advanced building physics
16
61.98
6.7
4M21
Software engineering and design
60
62.06
8.93
4M22
Climate change mitigation
57
61.49
8.91
4M23
Electricity and environment
38
61.05
9.6
4M24
Computational statistics and machine lear
61
70.49
13.19
4M26
Algorithms and data structures
70
68.02
10.52
