Full Text

Review Article

Service Quality in Digital and Phygital Learning Environments: Evidence from West African Higher Education


Graphical Abstract



Abstract
The rapid digitalisation of higher education, accelerated by the COVID-19 pandemic, has redefined how service quality is conceptualised, delivered and evaluated within universities. In West Africa, where Higher Education Institutions (HEIs) operate under significant infrastructural, technological and resource constraints, the transition to digital and blended “phygital” learning environments has created both opportunities and challenges for maintaining quality standards.

This study evaluates service quality in digital and phygital learning environments within HEIs in West Africa using the SERVQUAL framework. The study focuses on five core dimensions: reliability, assurance, responsiveness, empathy and tangibles. Employing a mixed-method, survey-based design, data were collected from 424 stakeholders, including students, faculty members, administrators and alumni. A gap analysis approach was used to compare stakeholder expectations with perceived experiences across the five SERVQUAL dimensions.

The findings reveal negative service quality gaps across all dimensions, with the most significant gaps occurring in responsiveness, assurance and tangibles. These gaps reflect institutional limitations in timely support, digital confidence, infrastructure, connectivity and technology-enabled service delivery. However, the findings also show moderate progress in reliability, access to learning materials and continuity of academic delivery. Overall, the results indicate that digital transformation has improved some aspects of higher education service delivery while exposing deeper weaknesses in institutional support systems.

The study argues that service quality in digital higher education is not merely a function of technological deployment. It requires integrated investment in digital infrastructure, pedagogy, faculty development, student support systems, institutional governance and managerial capability. The paper contributes to educational management literature by offering context-specific insights into service quality measurement in emerging economies and provides recommendations for improving student experience, institutional resilience and competitiveness.

Keywords: Service Quality, SERVQUAL, Digital Learning, Phygital Learning, Higher Education Institutions, West Africa, Educational Management, Student Experience, Digital Transformation

1. Introduction
Service quality has become a central concern in higher education management, particularly in an increasingly competitive, globalised and technology-mediated educational environment. Traditionally, universities were evaluated primarily on academic reputation, research output, faculty strength and graduate employability. However, contemporary higher education increasingly recognises students, faculty, alumni and other stakeholders as active participants whose experiences, expectations and satisfaction shape institutional sustainability.

The rapid digitalisation of higher education has expanded the meaning of service quality. In traditional learning environments, service quality was often associated with lecture delivery, physical facilities, administrative support and interpersonal engagement. In digital and phygital learning environments, however, service quality now includes platform reliability, online responsiveness, digital accessibility, virtual engagement, technical support, learner autonomy and the quality of blended learning design.

The COVID-19 pandemic accelerated this transformation. HEIs across the world were compelled to migrate rapidly from physical classrooms to online and blended learning systems. For West African institutions, this shift was particularly challenging because many institutions already faced infrastructural deficits, limited digital readiness, uneven access to devices, poor internet connectivity and inadequate digital pedagogy capacity.

Yet the crisis also created an opportunity. It forced institutions to rethink service delivery, adopt digital tools, redesign learning processes and explore blended models that combine physical and digital learning. This blended approach, often described as “phygital learning”, has become increasingly relevant for HEIs seeking flexibility, resilience and wider access.

This paper examines service quality in digital and phygital learning environments in West African HEIs. It applies the SERVQUAL model to assess gaps between stakeholder expectations and perceived experiences. The central argument is that service quality in digital higher education is multidimensional and must be managed through the integration of technology, pedagogy, institutional support and agile leadership.

2. Literature Review
2.1. Service quality in higher education
Service quality is widely recognised as a major determinant of student satisfaction, institutional reputation and competitive advantage. Parasuraman, Zeithaml and Berry developed the SERVQUAL model to measure service quality as the gap between customer expectations and perceptions. The model identifies five dimensions: reliability, assurance, responsiveness, empathy and tangibles1.

In higher education, reliability may refer to consistency in teaching, assessment and administrative processes. Assurance relates to the competence, credibility and confidence demonstrated by faculty and institutional staff. Responsiveness concerns the speed and effectiveness of support services. Empathy reflects personalised attention and care for learners. Tangibles include physical facilities, technological infrastructure, digital tools and learning resources.

Although SERVQUAL was originally developed for general service industries, it has been widely adapted to higher education because universities increasingly operate in environments where stakeholder satisfaction, service experience and institutional responsiveness matter significantly.

2.2. Digital transformation and service delivery
Digital transformation has altered the delivery of higher education services. Learning management systems, virtual classrooms, online assessment platforms, electronic libraries, cloud-based collaboration tools and artificial intelligence-enabled learning systems have expanded the reach and flexibility of education.

However, digital transformation does not automatically improve service quality. Matt, Hess and Benlian argue that digital transformation requires coherent strategies that align technology with organisational structures and stakeholder needs2. Vial similarly emphasises that digital transformation involves organisational change triggered by digital technologies, not merely the adoption of digital tools3.

In higher education, this means that online platforms must be supported by redesigned pedagogy, responsive administration, digital competence, student support and quality assurance systems. Without these elements, digital learning can reproduce or even worsen existing service quality weaknesses.

2.3. Phygital learning and the student experience
Phygital learning refers to the deliberate integration of physical and digital learning experiences. It seeks to combine the strengths of face-to-face interaction with the flexibility, scalability and accessibility of digital platforms. Chaturvedi, Purohit and Verma argue that blended and online learning became essential during the COVID-19 crisis, but their effectiveness depends on learner engagement, technological access and institutional readiness4.

In West Africa, phygital learning offers significant potential. It can reduce geographical barriers, support working professionals, enhance lifelong learning and increase access to quality education. However, it also creates complexity. Institutions must coordinate multiple delivery channels, maintain consistency across physical and virtual environments and ensure that students receive timely academic, administrative and technical support.

2.4. Service quality challenges in emerging economies
Service quality in emerging economies is shaped by structural and institutional factors. In West Africa, HEIs often operate in environments marked by unreliable electricity, limited broadband penetration, high internet costs, inadequate digital infrastructure and constrained funding. These challenges affect the capacity of institutions to deliver reliable and responsive digital learning experiences.

The World Bank notes that educational technology in Sub-Saharan Africa has potential to improve access and quality, but its impact depends on infrastructure, teacher capacity, governance and equity5. Therefore, the measurement of service quality in West African digital higher education must be context-sensitive.

3. Theoretical Framework
This study is anchored in the SERVQUAL framework developed by Parasuraman, Zeithaml and Berry1. The model is appropriate because it evaluates service quality through the gap between stakeholder expectations and actual perceived experiences. 

For the purpose of this study, the SERVQUAL dimensions were adapted to digital and phygital learning environments as follows:

Reliability refers to the consistency of digital learning delivery, availability of learning materials, stability of academic schedules and dependability of online systems.

Assurance refers to the confidence stakeholders have in faculty competence, digital pedagogy, institutional credibility and the ability of staff to support technology-enabled learning.

Responsiveness refers to the timeliness of feedback, speed of administrative response, availability of technical support and the capacity of institutions to address student needs quickly.

Empathy refers to personalised attention, learner support, flexibility, inclusiveness and the institution’s sensitivity to student circumstances.

Tangibles refer to physical and digital infrastructure, learning platforms, internet access, devices, digital libraries and the visible resources that support phygital learning (Figure 1).

Figure 1: Conceptual Framework of Service Quality in Digital and Phygital Learning

4. Methodology
The study adopted a mixed-method research design to evaluate service quality in digital and phygital learning environments within HEIs in West Africa.

Data were collected using structured questionnaires and open-ended questions. The structured component was based on the SERVQUAL dimensions of reliability, assurance, responsiveness, empathy and tangibles. The open-ended component captured qualitative insights from stakeholders regarding their lived experiences of digital and phygital learning

The sample consisted of 424 valid respondents drawn from HEIs in West Africa. Respondents included students, faculty members, administrative staff and alumni. This broad stakeholder composition enabled the study to capture diverse perspectives on service quality.

The study employed descriptive statistics and gap analysis to compare expectations and perceived experiences across the SERVQUAL dimensions. Qualitative responses were analysed thematically to identify recurring challenges, opportunities and institutional improvement priorities (Tables 1 and 2).

Table 1: Demographic Profile of Respondents.

Stakeholder Group

Frequency

Percentage

Students

170

40.1

Faculty

102

24.1

Administrations

76

17.9

Alumini

76

17.9

Total

424

100


Table 2: SERVQUAL Framework Adaption for Digital and Phygital Learning

Dimension

Traditional Interpretation

Digital Learning Interpretation

Reliability

Consistent Service

Platform Stability

Assurance

Staff Competence

Digital Pedagogy Confidence

Responsiveness

Timely Response

Online Support Speed

Empathy

Personal Attention

Learner-Centred Support

Tangibles

Physical Facilities

Digital Infrastructure


5. Results
5.1. Overall service quality gap
The study found that stakeholder expectations were higher than their perceived experiences across all SERVQUAL dimensions. The aggregate expectation mean was 4.14, while the aggregate current experience mean was 3.73, producing an overall service quality gap of -0.42 (Figures 2 and 3)

This negative gap indicates that although stakeholders recognised improvements in digital service delivery, current institutional performance did not fully meet expectations. The finding confirms that digital transformation has created progress but has not yet fully resolved service quality limitations in West African HEIs (Tables 3 and 4).


Figure 2: SERVQUAL Gap Analysis Model.

Figure 3: Radar Chart of SERVQUAL Gaps.

Table 3: Expectations and Experience Scores.

Dimension

Expectation Mean

Experience Mean

Gap

Reliability

4.11

3.74

-0.36

Assurance

4.19

3.77

-0.43

Responsiveness

4.13

3.66

-0.47

Empathy

4.22

3.83

-0.4

Tangibles

4.02

3.59

-0.43

Overall

4.14

3.73

-0.42


Table 4:
Ranking of Service Quality Gaps.

Rank

Dimension

Gap

1

Responsiveness

-0.47

2

Assurance

-0.43

3

Tangibles

-0.43

4

Empathy

-0.4

5

Reliability

-0.36


5.2. Responsiveness
Responsiveness recorded an expectation mean of 4.13 and a current experience mean of 3.66, producing the largest gap of -0.47.

This finding indicates that responsiveness is the most significant service quality weakness in the sampled HEIs. Stakeholders reported concerns relating to delayed feedback, slow administrative response, inadequate technical support and limited real-time assistance in digital learning environments.

In phygital learning systems, responsiveness is critical because students rely on timely communication, platform support, assessment feedback and administrative guidance. A lack of responsiveness can reduce student satisfaction, weaken engagement and undermine confidence in digital learning.

5.3. Assurance
Assurance recorded an expectation mean of 4.19 and a current experience mean of 3.77, producing a gap of -0.43.

This gap suggests that stakeholders expected higher levels of competence, confidence and credibility in digital learning delivery than they experienced. While many faculty members adapted to online platforms, the findings indicate the need for stronger digital pedagogy skills, better instructional design, improved assessment practices and more consistent learner support.

Assurance in digital education depends not only on academic expertise but also on the ability of faculty and administrators to operate confidently within technology-enabled environments.

5.4. Tangibles
Tangibles recorded an expectation mean of 4.02 and a current experience mean of 3.59, producing a gap of -0.43.

This finding highlights infrastructure-related limitations in digital and phygital learning environments. Tangibles include digital platforms, internet connectivity, devices, virtual learning infrastructure, digital libraries and physical facilities that support blended learning.

The gap in tangibles reflects the broader infrastructural challenges affecting higher education in West Africa. Without reliable infrastructure, even well-designed digital learning strategies may fail to deliver the expected quality of experience.

5.5. Empathy
Empathy recorded an expectation mean of 4.22 and a current experience mean of 3.83, producing a gap of -0.40.

Although empathy performed moderately well, the negative gap shows that stakeholders expected more personalised attention and support than they received. Digital environments can sometimes reduce human connection, especially when institutions lack structured learner support mechanisms.

In West African HEIs, empathy is particularly important because students may face unequal access to technology, financial constraints, unstable connectivity and competing work or family responsibilities. Institutions must therefore design digital learning systems that are flexible, inclusive and sensitive to learner realities.

5.6. Reliability
Reliability recorded an expectation mean of 4.11 and a current experience mean of 3.74, producing a gap of -0.36. This was the smallest gap among the five dimensions.

The relatively better performance in reliability suggests that digital platforms improved consistency in access to learning materials, lecture delivery and academic continuity. During and after the COVID-19 disruption, many institutions became more capable of sustaining learning activities through online platforms and blended delivery models.

However, the negative gap indicates that reliability remains below stakeholder expectations. Inconsistent internet access, platform instability and uneven faculty adoption continue to affect the dependability of digital and phygital learning (Table 5).

Table 5: Key Challenges Identified by Respondents.

Challenge

Frequency

Percentage

Internet Cost

391

92.2

Conmectivity

383

90.3

Infrastructure

361

85.1

Technical Support

315

74.3

Digital Skill Gaps

251

59.2

 

6. Discussion
The findings demonstrate that service quality in digital and phygital learning environments remains a major challenge for HEIs in West Africa. Although digital transformation has improved access, continuity and flexibility, it has also exposed weaknesses in responsiveness, assurance and infrastructure.

The largest gap in responsiveness suggests that institutions must prioritise student support systems. Digital learning environments require fast, accessible and reliable communication channels. Students must be able to receive timely responses to academic, administrative and technical concerns.

The gap in assurance indicates the need for continuous faculty development. Digital teaching requires more than transferring classroom lectures to online platforms. It requires digital pedagogy, learner engagement strategies, online assessment design and confidence in the use of educational technologies.

The gap in tangibles confirms that infrastructure remains a central constraint. Institutions cannot deliver high-quality phygital learning without investment in platforms, connectivity, devices, digital libraries and technical support.

The relatively smaller gap in reliability suggests that digital transformation has improved continuity of learning. However, sustaining this improvement requires institutional commitment, quality assurance systems and continuous improvement6-10.

Overall, the results support the view that service quality in digital higher education is not simply a technological issue. It is an institutional capability issue. It requires coordination across leadership, infrastructure, pedagogy, staff development, student support and governance (Figure 4).

Figure 4: Digital and Phygital Learning Service Quality Ecosystem.

7. Managerial Implications

7.1. Invest in digital infrastructure

HEIs must prioritise investment in reliable learning management systems, internet connectivity, cybersecurity, digital libraries, cloud infrastructure and technical support systems. Tangible infrastructure forms the foundation for dependable digital and phygital learning.

7.2. Strengthen faculty digital pedagogy
Institutions should provide continuous professional development for faculty members in online teaching, digital assessment, learner engagement, instructional design and the ethical use of educational technologies.

7.3. Improve responsiveness and student support
Institutions should establish responsive helpdesks, digital support centres, student advisory systems and clear communication channels. Responsiveness should be treated as a core service quality metric.

7.4. Build empathy into digital learning design
Digital learning systems should be designed around student realities. Flexible deadlines, inclusive access policies, mentoring systems and personalised academic support can improve empathy and engagement.

7.5. Integrate service quality into strategic management
Service quality assessment should not be treated as a one-time exercise. HEIs should institutionalise regular SERVQUAL-based evaluations and use the findings to improve operations, governance and student experience (Figure 5) and (Table 6).


Figure 5: Service Quality Improvement Framework for West African HEIs.

Table 6: Managerial Action Matrix.

Service Gap

Startegic Response

Expected Outcomes

Responsiveness

Digital Helpdesk

Faster Support

Assurance

Faculty Devolpment

Improved Confidence

Tangibies

Infrastructure Investment

Better Experience

Empathy

Student Success Centers

Greater Satisfaction

Reliability

LMS Enhancement

Consistent Delivery

 

8. Contribution to Knowledge
This study contributes to the literature in four major ways.

First, it applies the SERVQUAL framework to digital and phygital learning environments in West African HEIs, a context that remains underrepresented in global educational management research.

Second, it provides empirical evidence that service quality gaps persist even when digital transformation improves access and continuity.

Third, it identifies responsiveness, assurance and tangibles as the most critical areas requiring institutional improvement.

Fourth, it demonstrates that service quality in digital higher education should be understood as a strategic management issue rather than a purely technological concern.

Table 7: Service Quality Maturity Model for Digital HEIs.

Level

Maturity Stage

Characteristics

1

Reactive

Basic Digital Service

2

Emerging

LMS Adoption

3

Structured

Integrated Digital Learning

4

Optimised

Phygital Learning Excellence

5

Transformational

Student-Centred Digital Ecosystem

 

9. Conclusion
Service quality remains a critical determinant of institutional success in higher education, particularly in digitally mediated environments. As HEIs in West Africa continue to adopt digital and phygital learning models, they must ensure that technology-enabled education meets stakeholder expectations.

The findings show that digital transformation has improved aspects of reliability, access and continuity. However, significant gaps remain in responsiveness, assurance and tangibles. These gaps reflect deeper challenges in institutional capacity, infrastructure, digital pedagogy and student support.

Improving service quality requires a holistic approach that integrates technology, pedagogy, leadership, governance and support systems. HEIs that address these dimensions will be better positioned to improve student experience, strengthen institutional competitiveness and contribute to the long-term transformation of higher education in West Africa.

10. Limitations and Future Research
This study is limited by its regional focus and cross-sectional design. While the findings provide important insights into West African HEIs, future research could examine country-specific differences, institutional types and longitudinal trends.

Further studies may also explore the relationship between service quality and student retention, academic performance, digital engagement and institutional reputation. Comparative studies between West African HEIs and institutions in other emerging regions would also enrich the literature.

11. References
1.                Parasuraman A, Zeithaml VA, Berry LL. SERVQUAL: A multiple-item scale for measuring consumer perceptions of service quality. Journal of Retailing, 1988;64(1): 12-40.
2.                Matt C, Hess T, Benlian A. Digital transformation strategies. Business & Information Systems Engineering, 2015;57(5): 339-343.
3.                Vial G. Understanding digital transformation: A review and a research agenda. Journal of Strategic Information Systems, 2019;28(2): 118-144.
4.                Chaturvedi K, Purohit H, Verma M. Effective teaching practices for success during COVID-19 pandemic: Towards phygital learning. Frontiers in Education, 2021;6: 1-9.
5.                World Bank. Education Technology in Sub-Saharan Africa. Washington, DC: World Bank, 2023.
6.                Abad-Segura E, González-Zamar MD, Infante-Moro JC, et al. Sustainable management of digital transformation in higher education. Sustainability, 2020;12(5): 2107.
7.                Baale JO. The Application of Agile Digital Transformation Strategy in Higher Education Institutions in West Africa, Business School Netherlands, 2022.
8.                Baale L. Digital Transformation of Education in Africa: Bridging the Gaps and Building the Future. The Nigerian Journal of Pharmacy, 2024;58(2): 149-180.
9.                Dwivedi YK, et al. Artificial intelligence and digital transformation in education: Opportunities, challenges and implications. International Journal of Information Management, 2023;71: 1-15.
10.             Hodges C, Moore S, Lockee B, et al. The difference between emergency remote teaching and online learning. EDUCAUSE Review, 2020.