How is machine learning used in e-learning?
Machine learning has significantly impacted online learning or e-learning by transforming the way educational content is delivered and consumed. Machine learning algorithms use pattern recognition to predict outcomes. Or as Harvard Business Review puts it, “taking data inputs and turning them into predictions.” And so any data set can be analyzed to improve outcomes. For example, It can spot when a student repeatedly struggles with a concept, and the system can adjust the e-learning content to provide additional, more detailed information to help the student.
Of course one drawback becomes the privacy issues associated with using machine learning in e-learning. All of a sudden individuals’ performance becomes a statistic for compilation. And this emerges as a tremendous worry for platforms. However, one solution is to consider AI bias explained by ExpressVPN where privacy issues can become assuaged.
Here are some interesting ways machine learning has impacted e-learning today:
- Personalization: Machine learning algorithms can analyze learner data and provide personalized learning experiences tailored to an individual’s needs and preferences. This helps learners to engage with the content more effectively and retain information for longer.
- Adaptive Learning: Machine learning can analyze learner’s progress and adjust the difficulty of the content accordingly. This helps to keep learners challenged and motivated, and it also ensures that learners don’t get bored or frustrated.
- Predictive Analysis: Machine learning algorithms can predict student performance based on past results and provide feedback to instructors on areas that need improvement. This allows educators to provide tailored support and helps to improve student outcomes.
- Automation of Grading: Machine learning can automate the grading process, reducing the workload of educators and allowing them to focus on other areas of their work. This also ensures that grading is consistent and objective.
- Content Generation: Machine learning can generate educational content, such as questions and answers, summaries, and even entire courses. This can greatly increase the availability of educational resources and help to democratize access to knowledge.
We spoke with Eric Friedman, CEO of eSkill Corporation who told us:
“To increase the size of eligible candidate pools, and increase their diversity, equity, and inclusion goals, employers are moving away from education and resume-based hiring decisions (such as requiring a college degree) and moving towards skills and behavioral assessment-based hiring decisions. Skills and Behavioral assessments are a better predictor of job performance than many traditional resume-based credentials, which may even be embellished or unverified.”
In conclusion, machine learning has greatly impacted online learning by providing new and innovative ways to deliver and consume educational content. It has helped to personalize learning, adapt content to learners’ needs, predict student performance, automate grading, and generate educational resources. These advancements have the potential to greatly improve the efficiency and effectiveness of e-learning, making education more accessible and impactful for learners around the world.
If you want to learn more about Machine Learning we recommend Stanford Professor Andrew Ng’s course: Machine Learning | Course | Stanford Online
Artificial Intelligence & Machine Learning
How is machine learning used in e-learning?
