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Do Mobile Learning Experiences Affect College Students’ Online Learning Readiness? Cover

Do Mobile Learning Experiences Affect College Students’ Online Learning Readiness?

By:  and    
Open Access
|Nov 2025

Figures & Tables

Table 1

Demographic information for online survey participants (N = 60).

DEMOGRAPHICFREQUENCY (PERCENT OF RESPONDENTS)NUMBER
Gender (N = 60)Female56.66%34
Male41.67%25
Non-Binary1.67%1
Age (N = 60)19–2193.33%56
Above 216.67%4
GPA (N = 60)Lower than 2.000
2.01 ~ 2.4900
2.50 ~ 2.9900
3.00 ~ 3.4913.33%8
3.50 and above86.67%52
Major (N = 60)Astrophysics8.33%5
Biochemistry8.33%5
Chemistry10%6
Communication5%3
Economics5%3
Math16.67%10
Political Science5%3
Psychology16.67%10
Sociology8.33%5
Others16.67%10
Table 2

Demographic Information for Interview Participants.

PARTICIPANTSGENDERAGEGPAMAJORMOBILE LEARNING EXPERIENCE
Participant 1Female19–213.50 and aboveComputer science & philosophyLearning languages from Duolingo
Participant 2Female19–213.50 and aboveBiologyLearning languages from Duolingo
Participant 3Female19–213.50 and aboveMathUsing Apps required by courses to finish coursework
Participant 4Female19–213.50 and abovePsychologyTaking courses on smartphones, such as Coursera
Participant 5Female19–213.50 and abovePsychologyLearning TOEFL from an App for the TOEFL exam
Participant 6Female19–213.50 and aboveLinguisticsLearning extracurricular knowledge on multiple Apps, such as Duolingo
Participant 7Male19–213.00 ~ 3.49AstrophysicsTaking online college-level courses
Participant 8Female19–213.50 and aboveEarth, society, & environmental sustainabilityLearning video editing and taking courses required by high school
Participant 9Female19–213.50 and aboveStatistics, & accountancyLearning math from YouTube App
Participant 10Female19–213.50 and aboveLife sciencesTaking online courses
Participant 11Female19–213.50 and aboveSpanishLearning languages from Duolingo
Table 3

Preliminary Codebook based on the OLR Theory (Hung, 2010).

THEMEDESCRIPTION
Computer/Internet self-efficacyEvaluate learners’ confidence and ability to effectively use computer and internet technologies for online learning.
Perception of the ability to use computers and software for online tasks.
Perception of the ability to perform internet-related tasks and troubleshoot issues.
Self-directed learningAssess learners’ capacity for self-directed learning, including goal-setting, resource identification, and self-regulation.
Independence in planning, monitoring, and evaluating their learning process
Ability to adapt time management skills from in-person to online learning.
Learner controlMeasure the extent to which learners can direct and manage their own online learning experiences.
Autonomy in choosing learning objectives, pace, and resources.
Ability to focus on learning and minimize distractions in the online environment.
Motivation for learningExamine learners’ motivation, both intrinsic and extrinsic, and its impact on their engagement and persistence in online courses.
Intrinsic motivation: The inherent interest in acquiring knowledge and skills.
Extrinsic motivation: Performing behaviors for specific rewards, such as grades or prizes.
Online communication self-efficacyAssess learners’ confidence and skills in effectively communicating and collaborating with others in the online learning environment.
Proficiency in participating in online discussions and group work.
Ability to facilitate meaningful interactions in online courses.
Table 4

Reliabilities of OLR.

SCALEITEMSRAFIQUE ET AL. (2021)CHUNG ET AL. (2020)PRESENT STUDY
Computer/Internet self-efficacy3.81.88.82
Self-directed learning5.76.89.82
Learner control3.50.84.70
Motivation for learning4.77.91.81
Online communication self-efficacy3.75.89.72

[i] Note. The Cronbach’s alpha of LC was .62 before removing LC2, which was not reliable enough for the constructs.

Table 5

Results of quantitative data comparison (group 1 minus group 2)*.

ITEMtOF EACH ITEMt AND p OF DIMENSIONCOHEN’S d
CIS1–2.54t = –3.410.88
CIS2–3.88p = .001*
CIS3–2.29
SDL1–3.02t = –4.231.09
SDL2–2.43
SDL3–2.94
SDL4–3.80p < .001*
SDL5–2.99
MFL1–4.40t = –4.891.26
MFL2–3.56
MFL3–5.20
MFL4–2.14p < .001*
OCS1–2.40t = –3.931.01
OCS2–4.92p < .001*
OCS3–2.18
LC1–2.67t = –3.620.93
LC3–3.55p < .001*

[i] Note. Group 1 includes participants without any mobile learning experiences and less than 2 hours of weekly mobile learning; Group 2 includes participants with more than 2 hours of weekly mobile learning.

Table 6

Interview Results Grouped by Sub-Category.

SUB-CATEGORYFREQUENCYQUANTITATIVE FINDINGS EXPLAINED
Access to Related Technologies/Resources20CSE, ISE, SDL, MFL, OCS
Awareness Development9SDL, LC
Getting Acquainted with Learning Technologies9CSE, OCS
App Features4MFL
Motivation for Searching Information3ISE
Learning Environment3OCS
Limit on Access3LC
No Influence19CSE, ISE, SDL, MFL, OCS, LC
Total: 70
Language: English
Page range: 785 - 802
Submitted on: Apr 6, 2025
Accepted on: Oct 9, 2025
Published on: Nov 25, 2025
Published by: International Council for Open and Distance Education (ICDE)
In partnership with: Paradigm Publishing Services

© 2025 Shang Li, Wenhao Huang, published by International Council for Open and Distance Education (ICDE)
This work is licensed under the Creative Commons Attribution 4.0 License.