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The test and measurement teaching platform: how can it be equipped efficiently, sustainably and within budget? This is a recurring question in most technical training establishments (IUTs, vocational colleges, engineering schools and CFAs), which have to contend with increasingly high prices for new equipment, rapid renewal cycles and changing educational expectations. The challenge is to create a truly operational facility, capable of providing training in current industrial practices, while remaining under the €100,000 mark. This guide proposes a structured way of achieving this, with a level of reliability and compliance adapted to a demanding academic environment.
Objective: training on practical equipment used in industry
The aim of a test and measurement training centre is to give students the opportunity to handle real test equipment, The space is not intended to be theoretical: it becomes a place of practical learning, where you can really understand how an oscilloscope, generator, multimeter or analyser works. The space is not intended to remain theoretical: it becomes a place of practical learning, where you can really understand how an oscilloscope, generator, multimeter or analyser works. This requires equipment that is representative of real production constraints, but also of the standardised protocols (ISO 9001, ISO/IEC 17025, COFRAC standards) that students will encounter in the professional world. Training with real equipment means opting for an active, credible and useful teaching approach - and it's also one of the best ways of raising the profile of a school.
Which functions should be represented?
A complete set should cover the major families of electronic measurement, with a range of case studies from analogue measurements to digital signal analysis, including power supply tests and electromagnetic compatibility issues.
Before choosing the equipment, it is useful to think about the types of experiments that the students will have to carry out. Characterisation of components, validation of set-ups, measurement of RF waves, study of noisy signals... these situations form a solid basis that naturally guides the technical choices and the composition of the set. Once these needs have been identified, the equipment can be structured around the essential instruments:
- Oscilloscopes (bandwidth, number of channels, FFT measurements)
- Benchtop multimeters (precision, speed, options)
- Function/arbitrary generators
- Programmable power supplies
- Spectrum analysers (RF, noise)
- Electrical safety testers (ISO 61010)
Plus: accessories, test leads, software, PC interfaces, modular racks, etc.
Each piece of equipment must be usable individually or on a bench, to simulate complete lines and encourage practical work in pairs or small groups. What type of equipment should I choose?
What type of equipment should I choose?
The key question is not whether you need new or reconditioned equipment, but whether the equipment is suitable for teaching, reliable, traceable, compliant. At Axitest, we recommend focusing on 3 areas:
- Refurbished recent appliances (cost reduction of 30 to 50 %, same device as industry)
- Compatible hardware with the standards taught (EMC/CEM, DO-160, etc.)
- New accessories or updated software
This combination gives access to references that are actually used in an industrial environment, while guaranteeing a level of requirement that is suited to teaching and good safety practice. Each piece of equipment is checked in a COFRAC-accredited laboratory (№ 2-67600, supplied with a certificate of conformity). verification statement, shipped within 48/72 hours and guaranteed.
For the teacher, this means time savings (no need to ensure compliance), real educational reliability (equipment identical to that used in the workplace) and budget control over several years.
Establishments can therefore choose robust equipment that is immediately ready for use and complies with the requirements of a high-level technical programme.
New, reconditioned, hire: what combination?
For a €100k plateau, a new 100 % is rarely viable. A mixed strategy is more effective. It allows the budget to be adapted to the frequency of use of each piece of equipment, its educational criticality and its foreseeable obsolescence.
Before allocating the budget, it is useful to prioritise the equipment according to its function: the most frequently used equipment should be purchased outright, while specialist modules can be rented or shared.
- 60 % reconditioned, for structural equipment (oscilloscopes, analysers)
- 20 % rental, for specific modules or relevance tests
- 20 % new, for accessories or simple appliances
This mix gives the establishment flexibility, while guaranteeing high technical quality. It also makes it possible to test new equipment without long-term investment, prior to permanent integration.
Find out how to integrate rental into an effective teaching environment
A flexible solution for testing advanced references, absorbing peaks in activity and completing a fleet without exceeding the budget.
Budget tip: trade in your old equipment
Many establishments have dormant stocks of old oscilloscopes, decommissioned multimeters and analogue analysers. This equipment can be taken back and recycled, This contributes directly to the financing of the new plateau.
The trade-in is part of a circular economy approach. Solidarity donations, reforestation via Tree Nation or responsible recycling offer several ways of transforming this equipment into a useful resource. Axitest offers a free estimate, with the option of converting the trade-in into a credit note or a CSR contribution.
The result is twofold: an immediate saving on the investment budget and a measurable environmental impact that can easily be incorporated into activity reports.
FAQ
01
What is the main risk involved in equipping a teaching facility only with new equipment?The major risk is under-capacity: with a fixed budget, new equipment reduces the number of devices available, which limits simultaneous practical work, slows down teaching and creates bottlenecks during assessments or student projects.
02
Does a training centre have to reproduce a complete industrial environment?No. Above all, it must reflect realistic situations: noisy signals, on-board protocols, standardised electrical tests, coherent measurement chains. The teaching objective is not to reproduce everything, but to represent the use cases that are essential if students are to become self-sufficient.
03
Are reconditioned appliances accepted in Qualiopi audits or public specifications?Yes, as long as they are delivered with a verification certificate and CE marking. The criteria relate to conformity and safety, not “new or reconditioned” status.
04
Should a single manufacturer be chosen for the entire teaching platform?Not necessarily. Mixing several brands (Keysight, Rohde & Schwarz, Tektronix, Chauvin Arnoux, etc.) enables students to adapt to the different interfaces encountered in the workplace. Heterogeneity is even an educational asset.
05
How do you size a teaching area to accommodate groups of 12 to 30 students?It is advisable to think in terms of “teaching workstations” rather than isolated devices: a workstation includes an oscilloscope, a power supply, a multimeter and a generator. On average, 4 to 8 well-equipped workstations are enough to accommodate half-groups without overcrowding, while covering the needs of advanced practical work.
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