Engineering Education & Research
Hands-on teaching and research equipment that turns theory into measurable experiments across all engineering disciplines.
What is Engineering Education & Research?
Engineering education & research equipment turns abstract theory into hands-on, measurable experiments. Instrumented apparatus lets students and researchers observe real physical behaviour — across mechanical, mechatronics and robotics, energy, chemistry and constructions — and validate it with data.
Theory, Made Measurable.
We equip teaching and research labs with durable apparatus and instrumentation that let students and researchers run real, repeatable experiments across engineering disciplines.
Our role is not simply to sell products — we help you select, design, integrate and support the complete environment.
Right technology
We help you select what actually fits your goals and budget.
Complete design
The full solution — hardware, software, space and workflow.
Managed integration
Installed and commissioned to work as one from day one.
Long-term support
Maintenance, training and upgrades for many years.
Advanced Engineering Labs with Quanser
From individual teaching stations to complete laboratories for robotics, autonomous systems and control engineering.
DevinSense works with Quanser to design and deliver hands-on engineering environments combining physical systems, real-time software, digital twins and teaching resources. Solutions can be configured for undergraduate education, advanced courses, student projects and research.
Robotics & Mechatronics
Hands-on platforms for robotics, mechatronics and intelligent systems.
Build flexible laboratories supporting introductory mechatronics and controls through robotics, automation, design projects and advanced research.
Areas: Robotics u00b7 Mechatronics u00b7 Automation u00b7 Manipulators u00b7 Mobile Robotics
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Autonomous Systems & Applied AI
Physical platforms for developing the next generation of autonomous systems.
Combine autonomous vehicles, mobile robots and drones with sensing, computing, open software architectures and digital twins for teaching and research.
Areas: Autonomous Vehicles u00b7 Mobile Robotics u00b7 Drones u00b7 Perception u00b7 Applied AI
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Control Systems & Dynamics
Complete environments for teaching and researching control engineering.
From fundamental feedback control and system dynamics to advanced multivariable systems, physical experiments can be combined with real-time software and digital twins.
Areas: System Dynamics u00b7 PID u00b7 State-Space u00b7 Real-Time Control u00b7 Digital Twins
Explore solutions →From a single experiment to a complete lab
DevinSense can help with the complete implementation — not only the equipment.
We configure the solution around your curriculum, number of students, available laboratory space and research requirements.
Talk to us about your lab →Practical Engineering Laboratories with TecQuipment
Hands-on engineering equipment that turns fundamental theory into measurable experiments.
DevinSense works with TecQuipment to equip engineering laboratories across mechanical, civil, aerospace, energy and process engineering. Solutions range from individual teaching experiments to complete multidisciplinary laboratories.
Aerodynamics
Wind tunnels and aerodynamic experiments for investigating airflow, pressure, lift, drag and aerodynamic performance.
Wind Tunnels u00b7 Flow Visualisation u00b7 Lift & Drag u00b7 Pressure Measurement
Fluid Mechanics
Practical systems for investigating fluid behaviour, flow measurement, pumps, turbines and hydraulic principles.
Flow u00b7 Pressure u00b7 Pumps u00b7 Turbines u00b7 Hydraulics
Thermodynamics & Energy
Teaching systems covering thermodynamic principles, heat transfer, refrigeration, engines and energy conversion.
Heat Transfer u00b7 Refrigeration u00b7 Engines u00b7 Energy Conversion
Structures & Materials
Experimental systems for structural behaviour, stress, strain, materials testing and modern measurement techniques including DIC.
Structures u00b7 Stress & Strain u00b7 Materials Testing u00b7 DIC
Process & Control Engineering
Hands-on process and control systems from fundamental principles to realistic industrial process experiments.
Flow u00b7 Level u00b7 Pressure u00b7 Temperature u00b7 PID u00b7 PLC
Mechanical Engineering
Practical systems covering machines, mechanisms, dynamics, vibration, statics and engineering science.
Mechanisms u00b7 Dynamics u00b7 Vibrations u00b7 Statics u00b7 Machines
Who uses engineering lab equipment
Teaching and research needs vary widely by institution. These are the markets we most often equip.
Universities & Colleges
Undergraduate and postgraduate lab courses across engineering disciplines.
Vocational & Technical Schools
Practical skills training on durable, industry-representative apparatus.
Industrial Training Centres
Upskilling technicians and engineers on real thermal, fluid and control systems.
Energy & Process Industry
Teaching and testing pumps, turbines, heat transfer and process control.
Research Institutes
Instrumented rigs for applied research and contract testing.
Public Sector & Infrastructure
Workforce development programmes and civil engineering education.
Questions we receive before we start a project
If your question is not answered here, ask us directly — most projects begin with exactly this kind of conversation.