Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Leveraging artificial intelligence for intelligent student support: An AI-enabled SRM framework for higher education

View through CrossRef
The increasing demand for responsive, personalized, and scalable student services has positioned Student Relationship Management (SRM) systems as critical tools in higher education. However, traditional SRM systems are often administrative, static, and reactive—failing to meet the real-time and diverse support needs of today’s students. This study examines how Artificial Intelligence (AI) can be systematically integrated into Student Relationship Management (SRM) systems to improve student engagement, academic advising, and institutional efficiency. The study employed a qualitative descriptive design, utilizing semi-structured interviews, focus group discussions, and document analysis across three public universities. Thematic analysis, facilitated through NVivo 12 software, revealed four key themes: Institutional AI Readiness, Gaps in existing SRM Practices, Perceived Benefits of AI Integration, and Ethical and Governance Concerns. These themes informed the development of a conceptual AI-enabled SRM framework comprising four core layers: AI Services, Student Interaction, Data Infrastructure, and Governance and Ethics. The framework was validated through an expert review, which affirmed its feasibility, ethical grounding, and adaptability across various institutional contexts. Document analysis also highlighted a strategic gap between digital transformation aspirations and the absence of concrete AI implementation policies. The study concludes that integrating AI into SRM can lead to more intelligent, proactive, and student-centered support systems, provided that institutions address infrastructural readiness and adopt robust governance protocols. The findings contribute both theoretically and practically to the field of educational technology by offering a flexible, stakeholder-informed framework that institutions can customize to align with their digital maturity and strategic goals. Recommendations for future research include pilot implementations and comparative evaluations to assess the framework’s impact on student success and institutional performance.
Title: Leveraging artificial intelligence for intelligent student support: An AI-enabled SRM framework for higher education
Description:
The increasing demand for responsive, personalized, and scalable student services has positioned Student Relationship Management (SRM) systems as critical tools in higher education.
However, traditional SRM systems are often administrative, static, and reactive—failing to meet the real-time and diverse support needs of today’s students.
This study examines how Artificial Intelligence (AI) can be systematically integrated into Student Relationship Management (SRM) systems to improve student engagement, academic advising, and institutional efficiency.
The study employed a qualitative descriptive design, utilizing semi-structured interviews, focus group discussions, and document analysis across three public universities.
Thematic analysis, facilitated through NVivo 12 software, revealed four key themes: Institutional AI Readiness, Gaps in existing SRM Practices, Perceived Benefits of AI Integration, and Ethical and Governance Concerns.
These themes informed the development of a conceptual AI-enabled SRM framework comprising four core layers: AI Services, Student Interaction, Data Infrastructure, and Governance and Ethics.
The framework was validated through an expert review, which affirmed its feasibility, ethical grounding, and adaptability across various institutional contexts.
Document analysis also highlighted a strategic gap between digital transformation aspirations and the absence of concrete AI implementation policies.
The study concludes that integrating AI into SRM can lead to more intelligent, proactive, and student-centered support systems, provided that institutions address infrastructural readiness and adopt robust governance protocols.
The findings contribute both theoretically and practically to the field of educational technology by offering a flexible, stakeholder-informed framework that institutions can customize to align with their digital maturity and strategic goals.
Recommendations for future research include pilot implementations and comparative evaluations to assess the framework’s impact on student success and institutional performance.

Related Results

Simulación interactiva de motores de reluctancia autoconmutados
Simulación interactiva de motores de reluctancia autoconmutados
En esta tesis se hacen contribuciones a la simulación interactiva de motores de reluctancia autoconmutados desde la perspectiva de la ingeniería concurrente.<br/>En primer lu...
VIABILIDADE ECONÔMICA DA UTILIZAÇÃO DA SILAGEM DA RAIZ DE MANDIOCA NO SUPLEMENTO DE VACAS LEITEIRAS
VIABILIDADE ECONÔMICA DA UTILIZAÇÃO DA SILAGEM DA RAIZ DE MANDIOCA NO SUPLEMENTO DE VACAS LEITEIRAS
Objetivou-se determinar se há viabilidade econômica em incluir silagem de raiz de mandioca (SEM) no suplemento alimentar de vacas leiteiras. Foram utilizadas 10 vacas primíparas da...
Contribucion al control de motores de reluctancia autoconmutados
Contribucion al control de motores de reluctancia autoconmutados
En esta tesis se hacen contribuciones al control de los motores de reluctancia autoconmutados (switched reluctance motors) de potencias comprendidas entre 0.25 y 10 kW. <br/>...
Design and optimisation of an In‐wheel switched reluctance motor for electric vehicles
Design and optimisation of an In‐wheel switched reluctance motor for electric vehicles
To improve the mechanical performance of the In‐wheel switched reluctance motor (SRM) used in electric vehicles (EVs), structure design and geometrical multi‐objective optimisation...
Preparation and standardization of 229Th SRM 4328d
Preparation and standardization of 229Th SRM 4328d
The certified massic activity for 229Th in SRM 4328d was obtained by 4παβ liquid scintillation (LS) counting by comparative measurements in 2022 against SRM 4328c. Both SRMs were p...
Numerical simulation of fragment impacting solid rocket motors
Numerical simulation of fragment impacting solid rocket motors
For the initiation characteristics of solid rocket motors (SRMs) filled with high-energy solid propellant under fragment impact, the related theoretical critical criterion for shoc...
Model Free Adaptive Control of Switched Reluctance Motor for Electric Vehicle
Model Free Adaptive Control of Switched Reluctance Motor for Electric Vehicle
In this paper, the model free adaptive control method of switched reluctance motor for electric vehicle is studied. Based on the torque distribution control of SRM, a SRM control s...
HIGHER EDUCATION BRANDING
HIGHER EDUCATION BRANDING
Background. The increasing intensity of competition in the international market for higher education services leads to an increase in the importance of brands of higher education i...

Back to Top