High School Scientific Workshop Software for Primo, Visio, and Synéo consoles (individual version)

GENERALIST MODULE
Its generalist mode includes a wide range of tools that allow:
- Data acquisition
- Multiple representation of acquired values in the form of graphs, tables, or digital displays
- Data processing: spreadsheet-type calculations, smoothing, regression, sectioning, modeling...
- Publishing the lab report using the report function integrating classic layout tools
- Personalized specific assistance tailored to students

Data acquisition: a 3-click setup
1. Drag the adapter or direct measurement channel icon vertically with the mouse.
2. Drag the time or keyboard icon horizontally for manual acquisition.
3. Click the start icon and... you're all set!
The software automatically manages the acquisition time, number of points, or representation scales. For more precision, you can also adjust these parameters as needed and make the most of your console's performance.

Data processing: a true scientific spreadsheet-charting tool
The SVT Scientific Workshop has a 'Data Processing' workshop incorporating classic tools like sectioning, regression, or smoothing...

Assistance: step-by-step guidance
The SVT Scientific Workshop assistance covers 3 main aspects:
- Software assistance
- Multimedia hardware assistance on the console and main probes used
- Customizable pedagogical assistance

Lab Report: user-friendly publishing tool
To wrap up the lab, students can publish their results using the 'Lab Report' workshop.
With this tool, they can work on presenting a coherent problem statement, experimental protocol, and results obtained. The report is saved with the acquisition file and can be opened later.

Synchronized video acquisition: for new pedagogical approaches
Didactic innovation: Using images as a pedagogical tool to facilitate:
- Your students' understanding through synchronous viewing of phenomena and measurements
- Implementation by filming the experimental setup phase
- Exploitation and analysis of the experiment by students, outside the lab.

Technological innovation: Using images as scientific data:
In addition to your standard measurements, the image becomes a true spatial and temporal reference point, allowing you to measure distances, areas, and their changes over time.
All these parameters are simultaneously transferred to the SVT Scientific Workshop's spreadsheet and can be graphically analyzed.


DEDICATED MODULE
Ventilation Module
This module is specifically dedicated to studying ventilation from 3 aspects: Spirography, Spirometry, and Functional Explorations.

It allows for immediate visualization of ventilated volume using a ventilation sensor or flow volume meter.
The subject can also perform forced inspirations and expirations. Subsequently, the available tools can determine the respiratory rate and volumes of inspiratory and expiratory reserve.
In the functional exploration menu, it is possible to estimate the FEV1 or show that ventilatory flow is a function of bronchial diameter.
This comprehensive ventilation module allows for easy and detailed study of the adaptation of the respiratory system to exertion. With all the module's functionalities, you can prompt your students to reflect on the impact of sports practice on ventilation or consider the harmful effects of smoking.

Human Respiration Module:
The module dedicated to the simplified study of gas exchange in humans: O₂ consumption and CO₂ production.

Highly motivating for the student who is the subject of the experimentation, the human respiration module allows them to determine their consumed O₂ and rejected CO<sub>2> volumes, their respiratory intensity, and their respiratory quotient. Immediately, you can track the numerical evolution of values to sensitize your students to the concept of ventilated volume.
Equipped with a function highlighting the data necessary for various calculations, it allows the student to realize that the represented data is calculated. The results obtained are then presented in a format that meets the need. The student can focus on the subject studied without specific software training.
The software also includes a specific tab for studying metabolism with adapted effort protocols that allow for linking physical activity, respiration, and energy. It is also possible to choose to calculate the respiratory quotient at the end of the acquisition.

Blood Pressure Module:
Study adaptation to exertion through blood pressure.

This blood pressure module allows for a different and motivating approach to exploring adaptation to exertion for your students. Indeed, measuring blood pressure requires active participation from the student who must react instantly to perceived stethoscope variations. It contains 3 tabs: blood pressure, cardiac cycle, and experimental studies.
No setup is required; the data is immediately represented in the correct format with the right scales to enhance student understanding.
This theme can also be used to discuss high blood pressure and its causes, including a diet that is too rich and smoking.

Cardiac Activity Module:
To easily perform an ECG, PCG, study heart rate, or stress test.

With this module, you can record an ECG and heart sounds simultaneously with a few clicks to prompt your students to reflect on the respective signal forms. They can then calculate resting heart rates and after exertion using this raw data.
There are also two workshops for studying heart rate simply or through stress tests. You can choose either a simple heart rate study or one of the 4 available stress tests. Students can autonomously highlight the importance of heart rate in adapting to exertion. To delve deeper, students can note that even at rest, heart rate is not perfectly constant and ponder that physical exertion is not the sole factor influencing heart rate variation.</sub>