Distance learning programmes have become extremely popular nowadays, but those who disagree with this trend claim that taking courses online would never be equal to studying in a college or university as traditional students. How far you agree or disagree?
Distance learning programmes have become extremely popular nowadays, but those who disagree with this trend claim that taking courses online would never be equal to studying in a college or university as traditional students. How far you agree or disagree?
The dramatic expansion of distance learning — spurred on by advances in technology and transformed in a matter of years from an afterthought to a key part of the educational system as a result of seismic upheaval — has raised online education from being perceived as a mere peripheral player in global higher education into a truly consequential movement. There is much that can be said about the legitimate criticisms of online learning and its inadequacy compared to in person instruction, but I would contend that the absolutist statement “online courses will never stack up against those taken in person” may very well do more harm than good given my belief that this broad claim fails to capture how nuanced, context dependent and discipline-specific such comparisons (and all worthwhile educational evaluations) really are.
There are real and significant reasons for why, at least until now, in-person education has been useful. We can replicate the most basic aspects of face-to-face learning environments — the spontaneous intellectual exchange between students and instructors enabled by physical co-presence, the nonverbal communication that enhances understanding along with relationship-building, and those serendipitous encounters in corridors and common rooms that frequently yield our best intellectual synergies are partly what digital environments approximate but never fully achieve. Educational psychology research consistently finds that the quality of instructor-student relationship is one the best predictors of student effort and achievement, and such a relationship most readily authors over long in-person interactions.
With reference to disciplines demanding in-person skill mastery — including laboratory sciences, performing arts, clinical medicine, dentistry, engineering prototyping and numerous vocational sectors — we can not just prefer in-person methods but in fact need them. For example, a surgical student learning or perfecting her operative technique, a musician developing skills in ensemble performance or a chemistry student mucking about in the lab needs to physically interact with equipment and materials under supervision: little of this can be replaced by video instruction. In these domains, the assertion that online learning can remotely replicate face to face instruction is simply false for at least some of the core practical competencies which are needed by this discipline.
The non-functional aspects of campus-based preparation are actually legitimate advantages over simply formal study — especially in the social and developmental facets. These sustained intellectual communities — living with peers socially serious about study, the extracurricular intellectual life, developing professional networks that campus environments allow by their very nature and undergoing the formative experience of leaving home and adapting to a new environment – generate educational outcomes of real import that distance learning programmes simply cannot replicate regardless of academic quality.
Still, suggesting that online courses can never be equivalent to in-person options grossly exaggerates the horizon of possibilities and overlooks substantial evidence to the contrary. In subjects where the primary medium of instruction is already text, video, and discussion (which comprise much of the humanities, social sciences, business and computer science), well-designed online courses can present intellectual content with genuine depth similar to campus counterparts. This suggests that there are substantial measurable learning outcomes for these courses compared to their in-person equivalents, and that course content taught online by leading institutions like MIT, Stanford, and Harvard may even optimally surpass in-class instruction (Turtowitz et al., 2013; Xu & Jaggars, 2013).
Distance learning provides unique advantages that live models simply cannot fulfill. Geographic accessibility — allowing students in remote locations, those unable to physically travel, or wanting to balance work and family commitments access this quality education — represents a strikingly democratised opportunity for learning. Asynchronous learning caters to a variety of cognitive schedules and life circumstances. The ability to revisit recorded lectures, interact with material at one’s own speed and seek supplementary resources if necessary can result in higher levels of understanding of complex content compared to the one-at-a-time nature that live Instruction allows — not all learners learn at the same pace at the same time.
In addition, the quality of online instruction has improved immensely as educators develop more advanced digital pedagogies, as platforms create better tools for collaborative and interactive learning, and as institutions spend more deliberately on thoughtful online course design. The more absolute claim that online will never compare with in-person was easier to defend in the early days of distance learning than today, and its defensibility will continue to diminish as the field develops.
In short, while there are real and meaningful advantages of in-person education — especially in courses that involve physical practice, the social developmental aspects of campus life, and the spontaneous intellectual exchange inherent to all physically proximate environments — it is only empirically untenable sweeping claims about how online courses could never measure up to in-person instruction including contextuality factors that effect quality as well as genuine strengths of well-designed online instruction and nearly unique advantages afforded by distance learning.