🔧 What participatory sciences add to a low-tech activity

🗂️A method for moving from a "workshop" to a genuine "project"

A low-tech training can teach participants how to build a solar oven, a water filter, an irrigation system, a simple sensor, a repaired object or a lightweight housing solution.

Participatory sciences allow us to go further and invite participating audiences to contextualise their designs and take an interest in the effects they produce. Integrating a participatory sciences approach into a low-tech activity means asking:

✅ what problem do we want to solve?
✅ for which audience?
✅ how do we verify that the solution works?
✅ with what success criteria?
✅ how do we document the results?

The activity thus no longer limits itself to producing an object, but allows us to contextualise its role as well as its effects within a broader environment. By integrating participatory sciences, low-tech activities are then transformed into structured, testable and replicable projects.

🎓An expanded pedagogical stance

Technical training in the low-tech field provides both the practical expertise specific to the discipline and the learning methods specific to it.

The Participatory Sciences Step One training operates at a different level. It helps supervisors, facilitators, trainers, teachers, researchers, project leaders and advanced participants to design activities in which audiences are not merely beneficiaries, but progressively become:

✅ observers;
✅ investigators;
✅ contributors;
✅ transmitters;
✅ and sometimes even co-authors of the project.

This makes it possible to act on participant engagement and not simply offer training "for them", but to progressively build an approach "with them".
With a participatory sciences approach, the person is not merely "trained", they are recognised as a holder of useful knowledge. Combining participatory sciences and low-tech is also an opportunity to recognise the knowledge of communities, indigenous knowledge and ancestral practices as fully-fledged scientific knowledge.

🌱Skills development and participant empowerment

Low-tech activities welcome different people with different ambitions.
In a low-tech activity, some people come to discover, others to meet an immediate need, and others quickly show a desire to go further.
Participatory sciences make it possible to create differentiated pathways.

For example, among participants in a low-tech activity, some may become:

✅ workshop leads;
✅ facilitators for other groups;
✅ peer trainers;
✅ co-designers of new prototypes;
✅ links between several communities;

The practical autonomy that low-tech initially offers is complemented by participatory sciences, which organise the growing responsibility of participants.
Indeed, participatory sciences add another dimension: they enable participants to understand, explain, document and transmit.
From an individual, personal and professional standpoint, the benefits of this approach are numerous. They strengthen:

✅ self-confidence;
✅ self-image;
✅ the ability to speak up;
✅ the ability to train others;
✅ access to associative, professional or entrepreneurial opportunities.

The dimension of simple technical facilitation is transcended and transformed into a genuine capacity-building pathway.

📊A resource for producing useful data

A low-tech activity can be very concrete, yet difficult to evaluate if what it actually produces is not documented. By integrating a citizen science or participatory research dimension, low-tech workshops can become spaces for collecting data that is useful both to the organisation itself and to society at large. Integrating a "participatory sciences dimension" into one’s activity allows for collectively asking concrete questions such as:

✅ what are the actual uses of the manufactured object?
✅ what is its lifespan?
✅ which materials work best?
✅ what are the actual costs?
✅ what local adaptations are needed?
✅ what are the impacts on autonomy, comfort, health, energy, water or food?

An enormous amount of useful, open-source material can emerge from combining low-tech activities with participatory sciences: improved prototypes, technical sheets, explanatory videos...
Ultimately, the improvement of low-tech can be made possible by field experience, and not solely by initial technical expertise.

🌍A link between science, technology and society

Low-tech often responds to concrete needs: water, energy, food, housing, mobility, health, material autonomy... Universal needs, often urgent ones.

The Participatory Sciences Step One training makes it possible to connect these everyday realities to broader challenges: climate adaptation, public health, territorial resilience, social inclusion, SDGs...

This goes beyond simply giving the low-tech workshop a deeper dimension; it ensures that it is not viewed merely as a technical space, but also as a venue for dialogue among citizens, organizations, local governments, researchers, engineers, funders, and institutions.
By breaking down the barriers between science, technology, and society, participatory science enables low-tech projects to emerge as as genuine impact projects.

👥A training that is equally useful for supervisors and advanced participants

The Step One training can be aimed at two levels.

First, at supervisors : facilitators; low-tech trainers; social workers; mediators; teachers; association managers; engineers; researchers; project coordinators.
It enables them to better design, facilitate, document and promote their activities.

But it can also be aimed at the most engaged participants.
For example, members of a low-tech programme or laboratory can take the Step One training in order to in turn become:

✅ links;
✅ co-facilitators;
✅ trainers;
✅ workshop coordinators;
✅ project leaders;
✅ social entrepreneurs;
✅ documentation managers;
✅ community mediators.

This is an important distinction: participatory sciences do not only serve to improve the low-tech activity; they can enable participants to become actors in its development.

✨In brief

The complementarity between low-tech and participatory sciences is therefore not merely technical. It is first and foremost methodological and pedagogical.

Low-tech poses the question: How do we do better, simpler, more sober, more repairable, more accessible?

Participatory sciences add: How do we work with the people concerned, how do we learn together, how do we produce useful knowledge, how do we document results, how do we improve over time, how do we pass it on to others?

It is this combination that creates the power of the model.
Together, they can transform a technical activity into a project of learning, autonomy, action research, inclusion and impact.

Low-tech provides concrete solutions.
Participatory sciences provide the method for testing, improving, documenting, transmitting and scaling them up with the people concerned.