• Academic Technology

Asynchronous Learning – Examples And Benefits

asynchronous e-learning definition

Asynchronous learning, once a term familiar mostly to professionals in education, corporate training, and instructional design, has gained prominence due to significant shifts in teaching and learning practices over recent years. This shift has brought the definition of asynchronous e-learning into the spotlight. Read on to learn more about the benefits of asynchronous learning for higher education.

Blending synchronous and asynchronous learning

In 2020, the COVID-19 pandemic thrust more than one billion students globally into the world of online learning. Teachers went above and beyond to adapt lesson plans designed for learning in a physical classroom to an online learning environment.  With little time to prepare and a limited set of tools at their disposal, teachers spent much of their days educating students in real-time video conferences via Zoom, Microsoft Teams, WebEx, and other popular services.

In a post-pandemic world where remote learning is a key part of the new learning model, educators are decreasing their reliance on fully synchronous video instruction and are instead moving towards blending synchronous and asynchronous learning to improve the online learning experience.

What is the definition of asynchronous learning?

Watch our webinar on using asynchronous video in the virtual classroom

The definition of asynchronous e-learning encompasses educational activities, discussions, and assignments that allow students to engage in learning at their own pace and on their own time.

Examples of asynchronous learning:

  • Watching pre-recorded lecture videos or lessons
  • Viewing video demonstrations
  • Reading and writing assignments
  • Research projects
  • Student presentations
  • Online class discussions via course discussion boards 
  • Individual or group projects
  • Learning activities such as quizzes, problem-solving, and games

Asynchronous Education: Transforming Traditional Learning

Asynchronous education allows students to access course materials and complete assignments at their own pace, without the constraints of scheduled class times. This flexibility accommodates diverse learning styles and schedules, making education more accessible to a wider audience. By leveraging digital platforms, educators can provide resources such as pre-recorded lectures, discussion forums, and interactive modules that students can engage with anytime, anywhere. This approach not only fosters independent learning but also encourages students to take ownership of their educational journey.

The benefits of asynchronous learning

For remote students, asynchronous learning not only helps alleviate the “Zoom fatigue” that can lead them to disengage but also offers flexibility to personalize learning to suit their specific needs. Asynchronous learning offers a decisively effective learning experience that enables students to benefit from the following:

  • Never miss a class
  • Learn at any pace
  • Personalize and optimize the learning experience
  • Revisit lessons as needed to improve comprehension and retention
  • Take advantage of extra time to process, practice, and respond
  • Adapt learning to self-accommodate for a disability

Of course, synchronous learning also offers advantages that contribute to student success. In live sessions, either in-person or online, students can engage in real-time social interactions and discussions, and they can get immediate feedback and guidance from instructors.

Synchronous learning vs. asynchronous learning

Experts in online learning argue that the way a course is designed, whether it’s asynchronous or synchronousdetermines whether students will succeed. Since students can benefit from both asynchronous and synchronous learning, many emerging pedagogies utilize both types of instruction. 

In the flipped classroom, for example, instructors assign pre-recorded lessons to students to watch on their own before class instead of presenting a didactic lecture live. During synchronous class time, instructors engage students in active learning and discussions, guiding them through critical thinking activities in which they can apply what they’ve learned. According to the Flipped Learning Network, 71% of teachers who flipped their classes noticed improved grades, and 80% reported improved student attitudes as a result. 

HyFlex or Hybrid course design models, which have grown significantly in popularity over the last few years, provide students with a flexible course structure that gives them the option of attending live sessions in the classroom (synchronous), learning online (asynchronous), or both, according to their personal need or preference. This model makes class sessions and course materials available so students can access them online at any time or in person. All students can achieve the same learning objectives in a HyFlex course, regardless of the path taken.

Asynchronous Virtual Learning: Bridging Distances in Education

In the realm of online education, asynchronous virtual learning has emerged as a powerful model that transcends geographical barriers. Students participate in courses by engaging with digital content, such as video lectures, readings, and online discussions, on their own schedules. This model is particularly beneficial for learners in different time zones or those balancing education with other commitments. By utilizing tools like learning management systems, video conferencing platforms, and collaborative software, asynchronous virtual learning creates a dynamic and inclusive educational environment that supports diverse learning needs.

Zoom University vs. Panopto University

TechCrunch credits the rise of the “Zoom University” to a pandemic response from universities that simply weren’t ready to support remote learning at scale. Now, universities are working diligently to build a better virtual classroom with the right mix of synchronous and asynchronous learning technologies.

In a study that analyzed students’ preferences for synchronous and asynchronous lectures, The Stanford Daily reported that as attendance waned in live Zoom classes throughout the semester, the decline in attendance was countered by the number of students viewing recorded classes in Panopto. The results suggest that a majority of students prefer asynchronous Panopto recordings to synchronous Zoom classes.

Panopto’s own data show a similar trend in demand for asynchronous video learning. Over the course of the Fall 2020 semester, the number of class recordings uploaded to Panopto increased 522% over the previous year, with over 3 billion minutes streamed by users. Additional data showed that over 37% of students who participated in a live, synchronous class also rewatched the class later on their own.

Pushing innovation in education forward

The hardships that impacted teachers, students, and parents throughout the pandemic helped push innovation in education forward faster than ever before, and at unprecedented scale. 

As schools across the globe continue to adopt innovative pedagogical approaches and educational technologies that allow for real-time transformation, it’s students who will ultimately come out ahead. The full breadth of skills and competencies they’ll acquire through this pivotal moment in their lives — from problem solving to collaboration — stands to make them successful lifelong learners, able to easily adapt to an ever-changing world.

Asynchronous Training: Empowering Professional Development

Asynchronous training offers professionals the opportunity to enhance their skills through self-paced learning modules. Organizations can deliver training programs that employees can access at their convenience, allowing them to balance professional development with work responsibilities. This method often includes elements such as recorded webinars, interactive simulations, and online assessments. Asynchronous training not only increases accessibility but also enables learners to revisit material as needed, reinforcing knowledge retention and application in the workplace.