This year we found that TecQuipment has supplied engineering teaching equipment to each of the top four universities recognised for course quality, helping educators create practical, hands-on learning experiences that complement classroom teaching. We’ve also supplied equipment to most of the 100 entries but we’re focusing on the top 4 today.
From aerodynamics and fluid mechanics to structures, materials testing and thermodynamics, these ranges give lecturers practical ways to demonstrate core engineering principles and are designed to help students turn theory into measurable experience, supporting stronger understanding, confidence and preparation for engineering careers.
University Compare Reveals the UK's Best Universities for Course Quality in 2027
According to the latest University Compare Course Quality Rankings 2027, the top four UK universities for course quality are:
- Nottingham Trent University (NTU)
- University of Derby
- University of Sunderland
- University of Cambridge
These rankings are based on student feedback relating to teaching quality, lecturer expertise, module relevance, and the support students receive throughout their studies.
While excellent teaching staff and well-designed curricula are fundamental to student success, engineering education also relies heavily on access to high-quality laboratory equipment that bridges theory with real-world application.
The Role of Practical Engineering Education in Course Quality
Engineering students learn best when theoretical concepts are reinforced through experimentation. Laboratory-based learning enables students to:
- Apply engineering theory in practice
- Develop problem-solving skills
- Gain experience with industry-standard equipment
- Improve employability through hands-on learning
- Build confidence before entering professional engineering roles
For decades, TecQuipment has partnered with universities worldwide to support experiential learning through engineering laboratory equipment. Its presence across these highly ranked universities shows how practical teaching resources can sit alongside strong teaching, relevant modules and student support as part of a wider course-quality experience.
Across the four institutions, TecQuipment records show 211 supplied-item entries, including 60 repeat purchases and 151 unique products. This indicates both breadth and continued investment, with practical teaching equipment supporting a wide range of engineering topics across these universities.
Nottingham Trent University: Comprehensive Engineering Laboratory Resources
Ranked number one for course quality by students, Nottingham Trent University has invested extensively in practical engineering teaching facilities.
Our records contain 98 supplied-item entries spanning 97 distinct product codes — the broadest range among the four institutions.
TecQuipment has supplied equipment across multiple engineering disciplines, including:
- Aerodynamics
- Fluid Mechanics
- Structures
- Strength of Materials
- Thermodynamics
- Engineering Science
- Environmental Control
From NTU’s own website they state “NTU’s facilities include wind tunnel capability that can help students connect aerodynamic theory, simulation and physical testing. Using controlled airflow experiments, students can investigate drag, lift and flow behaviour, then compare measured results with predictions from coursework or computational modelling. This gives learners a practical way to validate ideas, understand the limits of idealised models and build confidence interpreting aerodynamic data”.
They also have “Mechanics teaching suites that give students dedicated space to explore solid mechanics, fluid dynamics and thermal systems through repeatable hands-on experimentation. These practical sessions can cover topics such as heat exchange, structural response and the behaviour of fluids under different conditions. By working with real equipment, students can develop the experimental judgement and analytical skills that support both their degree studies and future engineering roles”.
This broad range of equipment supports a diverse engineering curriculum, allowing students to move from theory to practical investigation across multiple subject areas.
University of Derby: Student-Recognised Excellence in Engineering Education
Second in the Course Quality Rankings and recently named University of the Year 2027 by student reviewers, the University of Derby has built a strong reputation for practical, industry-focused education.
TecQuipment records 81 supplied-item entries covering 77 distinct product codes. Equipment supplied includes:
- Aerodynamics
- Control Engineering
- Fluid Mechanics
- Engines
- Structures
- Thermodynamics
Derby’s strong representation across structures and fluids suggests substantial scope for varied laboratory activity across civil, mechanical and related engineering teaching. With a diverse equipment base, lecturers can align practical sessions directly with relevant modules rather than treating laboratory work as a standalone exercise, enabling students to test predictions, compare theoretical and measured results, and build confidence with the methods engineers use to investigate real systems. Investment across multiple engineering disciplines also provides students with access to a wider range of practical experiments that reinforce learning outcomes, encourage participation, and support stronger engagement with technical concepts.
University of Sunderland: Supporting Applied Engineering Learning
Ranked third nationally for course quality, the University of Sunderland continues to deliver an engineering education experience that students highly value.
Our records show 29 supplied-item, and the mix supports demonstrations and student-led experiments across several core engineering principles.
TecQuipment equipment supplied includes:
- Aerodynamics
- Control Engineering
- Engineering Science
- Fluid Mechanics
- Structures
- Materials Testing and Properties
- Thermodynamics
Accessible practical equipment can encourage active participation: students move beyond reading equations to changing variables, seeing system responses and discussing why results differ from ideal models. That experience can support engaging modules and give lecturers evidence-rich activities around which to build feedback and ongoing support.
University of Cambridge: World-Class Engineering Education
The University of Cambridge completes the top four and remains one of the world's most respected institutions for engineering and scientific education.
TecQuipment has supplied equipment including:
- Fluid Engineering
- Electrical Power Systems
Even a focused equipment set can add value when it is embedded purposefully in a module. Practical apparatus gives students a shared system to measure, question and evaluate, helping lecturers connect rigorous theory with observable behaviour and structured analysis.
Does Engineering Laboratory Equipment Influence Course Quality?
While university rankings are shaped by numerous factors including teaching standards, student support, curriculum design, and learning environments, practical laboratory facilities remain a critical component of engineering education.
Students consistently value learning experiences that allow them to:
- Test engineering theories through experimentation
- Engage with real-world engineering challenges
- Develop practical skills alongside theoretical knowledge
- Prepare for industry careers with confidence
High-quality laboratory equipment can support these objectives by providing meaningful opportunities for experiential learning.
1. It turns theory into something students can test
Practical experiments let students see the principles behind equations. By controlling variables, collecting measurements and comparing results with predictions, learners can build a deeper understanding of engineering concepts.
2. It helps keep modules relevant
Laboratory activities can mirror the investigative workflow used in industry: define a problem, set up a test, gather data, assess uncertainty and communicate findings. That creates opportunities to connect module content with engineering practice.
3. It creates opportunities for active support
Hands-on sessions give lecturers and technicians clear moments to observe students’ understanding, diagnose misconceptions and provide timely feedback. Group experiments can also develop teamwork and technical communication.
4. Data acquisition strengthens analytical skills
With many of the purchased products compatible with our VDAS® system (designed for real-time data capture, calculation, charting and export), these capabilities can help students spend less time transcribing readings and more time interpreting evidence, evaluating results and improving experimental decisions.
5. Reliable, repeatable experiments help teaching run smoothly
When laboratory equipment is robust, repeatable and easy to integrate into teaching, practical sessions can run more consistently. This helps lecturers focus on explanation, observation and feedback, while students gain reliable opportunities to test, measure and learn from real engineering systems.
Supporting the Next Generation of Engineers
The fact that TecQuipment equipment is used by all four universities ranked highest for course quality in the University Compare 2027 rankings highlights a shared commitment to practical engineering education.
From aerodynamics and fluid mechanics to structures, control engineering and thermodynamics, these institutions are providing students with opportunities to learn through hands-on experimentation.
As universities continue to seek ways to improve student engagement, employability, and educational outcomes, investment in practical laboratory resources will remain an important element of delivering exceptional engineering education.
Explore TecQuipment Engineering Teaching Equipment
Looking to enhance your engineering laboratories?
Contact TecQuipment to discover how practical engineering equipment can help create engaging, industry-relevant learning experiences for the next generation of engineers.
To find out which products were purchased by these intuitions, the full list of products can be found below:
Item
Subsonic Wind Tunnel (AF100) *Now sold as AF1300
Cylinder Model with Pressure Tapping (AF101) *Now sold as AF1300A
150 mm Chord NACA0012 Aerofoil with Tappings (AF102) *Now sold as AF1300B
150 mm Chord NACA2412 Aerofoil with Variable Flap (AF103) *Now sold as AF1300C
150 mm Chord NACA0012 Aerofoil (AF104) *Now sold as AF1300D
100 mm Diameter Flat Plate (AF105) *Now sold as AF1300E
Flat Plate Boundary Layer Model (AF106) *Now sold as AF1300F
Aircraft Model – Low Wing (AF107) *Now sold as AF1300G
Aircraft Model – High Wing (AF108) *Now sold as AF1300H
Three-dimensional Drag Models (AF109) *Now sold as AF1300J
Bench-Top Wind Tunnel (AF1125)
Flutter Wing (F1300R)
Flow Visualisation Wind Tunnel (AF80)
Se of Additional Models for AF80 (AF80B)
Multi-Tube Manometer (AFA1)
Smoke Generator (AFA10) *Now sold as AFA11
Three-Component Balance (AFA3) *Now sold as AF1300T
Balance Angle Feedback Unit (AFA4)
Differential Pressure Transducer (AFA5)
32 Way Pressure Display Unit (AFA6)
Pitot Static Traverse (Digital) (AFA7)
Analogue Pressure Display (AP2)
Refrigeration Cycle (EC1500)
Engineering Science Work Pannel (ES1)
Gear Trains Kit (ES13)
Centrifugal Force Kit (ES16)
Spring Tester Kit (ES19)
Forces Kit (ES2)
Moments Kit (ES3)
Deflection of Beams and Cantilevers Kit (ES4)
Torsion of Circular Sections Kit (ES5)
Tensile Tester Kit (ES6)
Friction and Inclined Plane Kit (ES8)
Potential and Kinetic Energy Kit (ES9)
Engineering Science Full Set (ESF)
Flow Measurement Methods (H10)
Francis Turbine (H18)
Pelton Turbine (H19)
Hydraulic Bench (H1D) *Now sold as H1F
Digital Hydraulic Bench (H1F)
Upgrade Kit H1 or H1D to H1F (H1X)
Osborne Reynolds Apparatus (H215)
Heater Module (H215A)
2.5 Meter Flow Channel (H23) *Now sold as 2.5-Metre Flow and Sediment Transport Channel (FC80-2.5)
Jet Trajectory and Orifice Flow (H33)
Bernoulli’s Theorem (H5)
Friction Loss in a Pipe (H7)
Impact of a Jet (H8)
Two-Stage (Series and Parallel) Pumps (H83)
Optional 120-degree Conical Plate and 30-degree Angled Plate (H8A) *Now included with H8
Universal Dynamometer (MFP100)
Centrifugal Pump Module (MFP101)
Turbine Dynamometer (MFP101A)
Propeller Turbine (MFP101C)
Optical Tachometer (OT1)
Remote View Hardware Bundle (RVH2)
Universal Testing Machine (SM1000)
Extensometer (SM1000D)
Brinell Indenter (SM1000E)
Torsion Testing Machine (SM1001)
Torsiometer (SM1001A)
Bench Top Tensile Testing Machine (SM1002)
Beam Apparatus (SM1004)
Set of Additional Beams (SM1004A)
Creep Testing Machine (SM1006)
Thin Cylinder (SM1007)
Rotating Fatigue Machine (SM1090)
Stroboscope (ST1)
Structures Test Frame (STR1) *Now sold as STS1
Euler Buckling of a Column (STR12) *Now sold as STS12
Digital Force Display (STR1A) *Obsolete
Bending Moments in a Portal Frame (STR20) *Now sold as STS20
Automatic Data Acquisition Unit (STR2000) *Now sold as VDAS®
Bending Stress in a Beam (STR5) *Now incorporated as VDAS® Onboard
Torsion of Circular Sections (STR6) *Now sold as STS6
Unsymmetrical Bending and Shear Centre (STR7) *Now sold as STS7
Pin-Jointed Frameworks (STR8) *Now sold as STS8
Additional Load Cell (STR8A) *Now sold as STS8A
Three-Pinned Arch (STR9) *Now sold as STS9
Structures Software License (STRN25) *Obsolete
Structures Software (STRS) *Now incorporated as VDAS® Onboard
Structures Platform (STS1)
Torsion of Circular Sections (STS6)
Radiant Transfer Experiments (TD1003)
Water To Air Heat Exchangers (TD1007)
16 Tube Heat Exchanger (TD1007A)
Finned Heat Exchanger (TD1007B)
Energy Absorbed at Fracture (TE15)
Free And Forced Vibrations (TM1016V)
Geared Systems (TM1018)
Toothed Belt Drive Unit (TM1018B)
Round Belt Drive Unit (TM1018C)
Roller Chain Drive Unit (TM1018D)
Bench Mounted VDAS® (VDAS®-B MKII)
VDAS® e-lab License (VDAS®e-lab1)
VDAS® e-lab License (VDAS®e-lab5)
Frame Mounted VDAS® (VDAS®-F MKII)
Item
Subsonic Wind Tunnel (AF100) *Now sold as AF1300
Cylinder Model with Pressure Tapping (AF101) *Now sold as AF1300A
150 mm Chord NACA0012 Aerofoil with Tappings (AF102) *Now sold as AF1300B
150 mm Chord NACA2412 Aerofoil with Variable Flap (AF103) *Now sold as AF1300C
100 mm Diameter Flat Plate (AF105) *Now sold as AF1300E
Aircraft Model – Low Wing (AF107) *Now sold as AF1300G
Aircraft Model – High Wing (AF108) *Now sold as AF1300H
Three-dimensional Drag Models (AF109) *Now sold as AF1300J
Multi-Tube Manometer (AFA1)
Smoke Generator (AFA10) *Now sold as AFA11
Three-Component Balance (AFA3) *Now sold as AF1300T
Balance Angle Feedback Unit (AFA4)
Differential Pressure Transducer (AFA5)
32 Way Pressure Display Unit (AFA6)
Pitot Static Traverse (Digital) (AFA7)
Basic Lift and Drag Balance (AFA2) *Now sold as AF1300Z
PLC Process (CE111)
Process Trainer (CE117)
PLC Trainer (CE123)
Automatic Volumetric Fuel Gauge with Digital Read-Out (DVF1)
ECA100 Package (ECA100S)
Engineering Science Work Panel (ES1)
Torsion Of Circular Sections Kit (ES5)
Simple Harmonic Motion Kit (ES7)
Engineering Science Full Set (ESF)
10 Metre Flume (FC300-10)
Sluice Gate with Tappings (FC300C)
Spillway (FC300E)
Venturi Flume (FC300F)
Instrument Carrier (FC300IC)
Bridge Piers (FC300J)
Roughened Beds – Gravel (FC300K)
Culvert (FC300P)
Notched Weirs (FC300Q)
Broad Crested Weirs (FC300R)
Multi-tube Manometer (FC300W)
32-Way Pressure Display Unit (FCA1)
Turbojet Trainer (GT100)
Pelton Turbine (H19)
Digital Hydraulic Bench (H1F)
Bernoulli's Theorem (H5)
Discharge Over a Notch (H6)
Friction Loss in a Pipe (H7)
Optical Tachometer (OT1)
Universal Testing Machine (SM1000)
Extensometer (SM1000D)
Brinell Indenter (SM1000E)
Beam And Leaf Spring (SM1000G)
Creep Testing Machine (SM1006)
Stroboscope (ST1)
Structures Test Frame (STR1) *Now sold as STS1
Digital Force Display (STR1A) *Obsolete
Automatic Data Acquisition Unit (STR2000) *Now sold as VDAS®
Fixed Arch (STR11) *Now sold as STS11
Plastic Bending of Beams (STR15) *Now sold as STS15
Specimens (STR15A) *Now sold as STS15A
Plastic Bending of Portals (STR16) *Now sold as STS16
Specimens (STR16A) *Now sold as STS16A
Frame Deflections and Reactions (STR18) *Now sold as STS18
Bending Moments in a Beam (STR2) *Now sold as STS2
Shear Force in a Beam (STR3) *Now sold as STS3
Deflection of Beams and Cantilevers (STR4) *Now sold as STS4
Bending Stress in a Beam (STR5) *Now incorporated as VDAS® Onboard
Torsion of Circular Sections (STR6) *Now sold as STS6
Pin-Jointed Frameworks (STR8) *Now sold as STS8
Additional Load Cell (STR8A) *Now sold as STS8A
Three-Pinned Arch (STR9) *Now sold as STS9
Expansion of a Perfect Gas (TD1004V)
Small Engine Test Set (TD200)
4 Stroke Petrol Engine (TD201)
4 Stroke Diesel Engine (TD202)
Modified 4 Stroke Petrol Engine (TD211)
Heat Exchanger Service Module (TD360)
Shell And Tube Heat Exchanger (TD360C)
Energy Absorbed at Fracture (TE15)
Bench Mounted VDAS® (VDAS®-B MKII)
Frame Mounted VDAS® (VDAS®-F MKII)
Item
Bench-Top Wind Tunnel (AF1125)
PLC Process (CE111)
PLC Trainer (CE123)
Engineering Science Work Panel (ES1)
Deflection of Beams and Cantilevers Kit (ES4)
Friction And Inclined Plane Kit (ES8)
Flow Measurement Methods (H10)
Losses In Piping Systems (H16)
Roughened Pipe (H16P)
Hydraulic Bench (H1D) *Now sold as H1F
Osborne Reynolds Apparatus (H215)
Heater Module (H215A)
Pressure Measurement Bench (H30)
Pipework Energy Losses (H34)
Friction Loss in a Pipe (H7)
Thin Cylinder (SM1007)
Thick Cylinder (SM1011)
Structures Test Frame (STR1) *Now sold as STS1
Digital Force Display (STR1A) *Obsolete
Automatic Data Acquisition Unit (STR2000) *Now sold as VDAS®
Bending Moments in a Beam (STR2) *Now sold as STS2
Shear Force in a Beam (STR3) *Now sold as STS3
Torsion of Circular Sections (STR6) *Now sold as STS6
Stopwatch (SW1)
Stiffness - Bending and Torsion (TE16)
Additional Experiments Kit for TE16 (TE16A)
Torsion Testing Components (TE16B)
Thermal Conductivity Experiment (TE19) *Obsolete
Bench Mounted VDAS® (VDAS®-B MKII)
Item
2.5 Metre Flow & Sediment Transport Channel (FC80-2.5)
Portable Resistive Load Bank (PSA50)
Portable Inductive Load Bank (PSA60)
