Inquiry Learning Spaces (ILSs) are personalized learning resources for students, including a lab, apps, and any other type of multimedia material. ILSs follow an inquiry cycle. Inquiry cycles can differ but the basic Go-Lab cycle consists of the phases Orientation, Conceptualisation, Investigation, Conclusion, and Discussion. The aim of an ILS is to provide students with an opportunity to conduct scientific experiments, being guided through the inquiry process and supported at each step.

This page presents ILSs created by teachers or the Go-Lab and/or Next-Lab team (and often in co-creation), on a large set of domains and in many languages. You can create ILSs starting from an online lab, but also copy and adapt an existing ILS with the help of the Go-Lab authoring platform. Visit the Support page where you will find demo-videos, tips & tricks, and user manuals, that explain how to work with the Go-Lab authoring platform and how to publish your own ILS once it is finished.

If you are looking for Inquiry Learning Spaces especially suitable for the curricula of Benin, Kenya or Nigeria, please visit our Collections page.

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ILS sobre energía hidráulica

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Hortzdun gurpilak aztertu eta ikertzeko pentsatuta dagoen ILSa

Rating: 4.5 - 2 votes

Gamified lesson with the following learning goals: a)  Students will be able to recognise, recollect and understand the rules of the NOT and AND logic gates. b) Students will be able to write the truth table for each logic gate. c) Students will be able to use correct input values to get a partic

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KENYAN CURRICULUM PHYSICS: REFLECTION AT CURVED SURFACES. Form TWO / Grade 10 AGE: 14 - 16 YEARS OBJECTIVE: (i) Differentiate between concave and convex mirrors. (ii) Explain/ apply the terminologies used in curved mirrors. ILS Prepared by Moses

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Этот модуль знакомит учащихся с проблемой безопасности на дороге. Учащиеся анализируют возможные проблемы на дороге и пытаются найти технологические решения этих проблем через изучение классических алгоритмов робототехники.

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Form 3 (Grade 11) Physics :Current Electricity :Ohm's Law: Kenyan curriculum. By the end of this lesson you should be able to; 1. Define resistance. 2.Verify Ohm‟s law.

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In this activity students will work on trajectories by trying to send a spacecraft to Mars. Since Earth and Mars are in constant motion students also get acquainted with the notion of relative motion.

Rating: 5 - 1 votes

This lesson is about gears (translation of the space 'Tandwielen Ontdekken'). By helping Stef to design his bicycle, you will learn which side gears turn and how you can use them to accelerate.

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In deze les gaat het over tandwielen. Door Stef te helpen met het ontwerpen van zijn fiets, leer je welke kant tandwielen opdraaien en hoe je ze kunt gebruiken om te versnellen.

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Zirkuitu elektriko bat eraiki nahi duzu?

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In deze werkomgeving worden de begrippen fijn- en bulkchemie, batchproces en continuproces behandeld. Verder in deze werkomgeving maken we kennis met de stappen die een chemische fabriek doorlopen moet en doorlopen we een ontwikkelingsfase van een medicijn.

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With Phyphox you can use your smartphone as a personal lab at home and in school. This is the first ILS about this new tool that can help you better understand science.  

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Science Journal from Google has a windmill project where the technology and engineering of an Anduino One and a lightsensor are helping to understand how the windmill works.    

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Nola funtzionatzen du prentsa hidrauliko batek? Esperimentatu eta atera zure ondorioak.

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Un espace d'apprentissage par enquête ( ILS) qui se concentre sur le fonctionnement des engrenages de bicyclette.

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This ILS refers on the environmental problem of global climate change. Students study and learn for causes, consequences and ways to address the problem. They could also take a role of scientist and investigate climate change by different aspects. 

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Măsurarea presiunilor în sistemele tehnice este o componentă de bază a procesului de funcţionare a sistemelor pneumatice şi hidraulice, întrucât variaţiile necontrolate ale acestui parametru ar putea pune în pericol nu numai funcţionarea, dar şi securitatea celor care deservesc sistemul: muncitor

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În lecția Măsurarea tensiunii și curentului electric în circuite de curent continuu, se urmărește măsurarea tensiunii și curentului electric și trasarea caracteristicilor U=f(I) pentru diferite valori de rezistențe electrice.

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Undele sonore si undele seismice sunt cele mai cunoscute exemple de unde mecanice. In aceasta lectie, vom recapitula notiunile de baza legate de acestea.

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Stiti ce legatura este intre tensiunea electrica, intensitatea curentului electric si rezistenta electrica dintr-un circuit? Ati auzit de legea lui Ohm? Despre asta vom discuta in cadrul acestei lectii.

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Tavoitteet: Tutustutaan voimanvälitykseen ja mekaniikkaan. Luodaan hypoteesi vetävän ja vedettävän hammaspyörän koon sekä pyörimisnopeuden suhteesta. Testataan hypoteesia piirtämällä hammaspyöriä Gearsketch-laboratoriossa.

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Ένας τροχός διηγείται την ιστορία του... Πως ξεκίνησε; από που; ποια η εξέλιξη του; Ανακαλύπτουμε την γέννεση του τροχού και την εξέλιξη του από την Αρχαιότητα έως σήμερα. 

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We aim to find out where the error lies in placing geometry elements.Two figures are composed of the same polygons but in another order.

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Corso di 10 ore effettuato come recupero per classe terza elettronica articolazione automazione.

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Nesta atividade introdutória à Hidrodinâmica, os alunos vão desenhar, construir e testar Asas de aviões. 

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Esta é uma abordagem introdutória à aerodinâmica. Procura-se também encontrar pontes entre a Física e a Arte/Correntes Artísticas. 

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Alimentarea electrică a orașului natal în viitor, alături protecția mediului înconjurător, reprezintă punctele principale de plecare ale lecției propuse.

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Οι μαθητές γνωρίζουν για το σύγχρονο επάγγελμα ενός μηχανικού αιολικού πάρκου, εκτελούν διάφορες διερευνήσεις - ανοικτού τύπου- καθοδηγούμενου και ημικαθηγούμενου ελέγχου κατά τις οποίες κάνουν παρατηρήσεις, συλλέγουν δεδομένα και διατυπώνουν κρίσεις και συμπεράσματα.

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Within this ILS you will study about RGB color model and about the principles of forming images through R, G and B channels through programming and they will use resources from astronomy.

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In diesem Learning Space erklären wir dir das ohmsche Gesetz. Mithilfe des VISIR Remote Labs werden wir dieses Wissen an einem echten Schaltkreis testen.

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3D модел молекулаУ оквиру овог ILS-a повезивањем технологије, хемије, математике и програмирања ученици ће бити у могућности да креирају 3D модел атома.

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Este ILS permite al alumno practicar con montajes serie y paralelo con dos resistencias.El alumno entiende las diferencias entre ambos montajes, sin necesidad del modelo matemático, usando el laboratorio remoto VISIR

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Adaptação para ILS do KIT Photonics Explorer http://www.eyest.eu/Programs/Photonics-Explorer

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En este ILS puedes entender el funcionamiento de un filtro RC en alterna y diseñarlo para una determinada frecuencia.Este ILS utiliza el VISIR como laboratorio remoto.

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Este ILS aborda cómo medir una señal de alterna: frecuencia, valor eficaz, valor medio, etc. Luego esos datos son usados por el siguiente ILS.Se usa el laboratorio remoto VISIR con osciloscopio y generador de funciones.

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Este ILS permite al alumno practicar con montajes serie y paralelo con dos resistencias.El alumno entiende las diferencias entre ambos montajes, sin necesidad del modelo matemático, usando el laboratorio remoto VISIR.

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Welcome! Within this Inquiry Learning Space you will learn the theory of Ohm's Law and how to apply it on a real circuit with the help of the VISIR remote lab.