News

Artificial intelligence provides students more individualized teaching

New digital tools enhance learning and improve the predictability of studies.
Opiskelua, kuvituskuva. Kuvaaja: Aino Huovio
Artificial intelligence makes teaching more efficient. Photographer: Aino Huovio

There is constant discussion of using artificial intelligence and learning analytics to support teaching. New digital methods, platforms and tools are being introduced more and more, and the opportunities created by the development of artificial intelligence are to be harnessed to enhance teaching and provide students with increasingly individualized teaching. Jiri Lallimo (Project Manager, Teacher Services), Ville Kivimäki (Expert, Dean's Unit, School of Engineering), Thomas Bergström (Expert, IT Services) and Juha Martikainen (Systems Specialist, IT Services) from Aalto University will discuss the issue further.

The key is to listen to the end users

The use of artificial intelligence in teaching and learning is still at a fairly early stage, but technology is constantly evolving, and new opportunities are being discovered. The key is to remember that services are developed for students and teachers and should be kept at the center of all development work. It is pointless to develop services and functions that do not serve end users as desired.

‘Artificial intelligence and learning analytics are based on data collection, and it is important to look at it from a useful perspective, to look at how better and more useful services can be provided to students’, Ville Kivimäki reminds. This includes, for example, a service that uses artificial intelligence to suggest courses to a student that he or she might be interested in or that might be useful to him or her in the future. Students have wanted this kind of service and it is now coming to fruition.

Artificial intelligence and analytics improve predictability and visibility

‘Thanks to artificial intelligence, predictability can be improved effectively, and it can be done proactively, not just retrospectively’, Jiri Lallimo emphasizes. This means that in the future it will be possible to better predict the activities of a particular individual or group, what teaching methods and materials are suitable for each and who may be at risk of dropping out. Therefore, it would be possible to take proactive measures, which could change the outlook for the future.

Artificial intelligence can also be used to make learning and skills more visible to students. Course descriptions can be better linked to what is being taught in that course, and teachers can change their teaching based on course feedback, even during the course. The collection and processing of feedback would be greatly facilitated by artificial intelligence and could be used more flexibly and proactively. Thus, students ’opportunities to influence course content would be improved.

There is much talk about artificial intelligence and machine learning, but more often than not there are no concrete solutions.

Thomas Bergström, Expert, IT Services

‘There is much talk about artificial intelligence and machine learning, but more often than not there are no concrete solutions and benefits’, Thomas Bergström emphasises. He describes development work at Aalto as follows: ‘We have already applied artificial intelligence and machine learning in several cases of teaching and learning. Some examples include the analysis and classification of free-form student feedback, the creation of a student competence profile based on the content of courses and degree programmes, and the comparison of competence with labour market needs. In addition, we are introducing a course recommendation solution to production, which will recommend courses suitable for the student, based on both the content of the courses and the course history of the students. We have developed a solution similar to that which is used in online shops. ’

‘We are currently in the development phase for determining which types of learning analytics Aalto can provide to students and their teacher for activities during the course in the MyCourses learning environment’, says Juha Martikainen. The aim is to produce analytical tools that will help students to better understand and guide their own learning. Analytics provides teachers with information on the situation of students, based on which measures can be taken such as offering students support or personalised learning paths. Analytics also offers teachers information on the effectiveness of course elements and timing.

Security is at the heart of data collection

‘It is especially important to remember the risks associated with data collection as well. There are constantly issues with data retention and ownership that need to be carefully considered’, Jiri Lallimo emphasizes and continues: ‘Students must have ownership of their own data, they must be able to see it in its entirety and be able to choose whether to show the data to others.’ The utilization of the data must be as transparent as possible and in cooperation with all those involved.

 

More information:

AnalyticsAI -project developing learning analytics:

AnalyticsAI project

Finnish Center for Artificial Intelligence FCAI:

https://fcai.fi/

Digital Aalto

We have a very ambitious goal: within the next five years we are going to be a leading European university regarding digitalisation research and practice.

Lue lisää:
Harald Herlin Learning Centre aula
  • Published:
  • Updated:
Share
URL copied!

Read more news

Opiskelijat kesällä ulkona.
Studies Published:

1808 new undergraduate students admitted to Aalto University – congratulations!

Results of the joint application for higher education have been published in the Studyinfo service.
Crystal Flowers exhibition Collineation Grounds. Photo: Mikko Raskinen.
Campus, Studies Published:

Persistent students created an exhibition combining math and art despite exceptional circumstances

The sheltered courtyard next to the main lobby of the Undergraduate Centre and its dark-red brick, black granite and copper clad façade provides a solid frame for the 2021 exhibition, Collineations grounds.
Sähkötekniikan korkeakoulun opiskelija tekee sähkötöitä.
Studies Published:

Electrical Engineering Workshop students produce amazing work despite corona

Students have presented their electrical devices using videos.
A man wearing virtual reality glasses. Virtual reality, VR, was discussed at the Unite! Boot Camp.
Cooperation, Studies Published:

Unite! virtual campus ideated further at the Boot Camp

Ideas on virtual learning and virtual reality were gathered at the Boot Camp to facilitate building of a virtual campus within Unite!.