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Enterprise AI Analysis: Investigating Indonesian graduate business students' generative artificial intelligence readiness and usage in the classroom

Education Technology & AI

Unlocking AI's Potential in Indonesian Graduate Business Education

This analysis of Jonathan Marpaung's research reveals how graduate business students are engaging with generative AI, highlighting current usage, readiness levels, and strategic implications for educational institutions.

Executive Summary of Key Findings

Marpaung's study provides crucial insights into the evolving landscape of AI adoption within higher education, emphasizing readiness and practical applications.

0 Students Using AI in Classroom
0 Average Self-Reported AI Mastery
0 Top Classroom AI Use: Finding Definitions

Deep Analysis & Enterprise Applications

Select a topic to dive deeper, then explore the specific findings from the research, rebuilt as interactive, enterprise-focused modules.

AI Adoption & Readiness

The study underlines the growing adoption of generative AI in educational settings, driven by its capacity to augment core business functions and learning processes. It explores Indonesian graduate business students' readiness, finding high overall usage both inside (88.4%) and outside (89.3%) the classroom. While the Technology Acceptance Model (TAM) provides a framework, the research notes that students perceive AI as useful and easy to use, aligning with TAM's predictors for adoption.

AI Usage Patterns

Graduate students primarily use AI for foundational tasks: finding definitions (90%), word processing (66%), and sourcing citations (45%). This indicates a lean towards surface-level tasks. Interestingly, their self-reported mastery of AI tools (3.47/5) is significantly lower than their command of traditional office software like Microsoft Word (4.27/5), Excel (3.90/5), and PowerPoint (4.01/5). This suggests a gap between basic utilization and advanced proficiency.

Impact & Implications

The research highlights a crucial demographic insight: students with less than three years of work experience reported a higher aptitude for AI. This implies that newer generations entering graduate studies are more naturally inclined towards AI tools. For institutions, this means a need for carefully regulated AI environments, allowing its use by both faculty and students. Banning AI could hinder competitiveness, while strategic integration into the curriculum could foster deeper learning and personalized educational experiences.

88.4% Graduate Business Students Using AI in the Classroom

Marpaung's study reveals a high prevalence of AI adoption among Indonesian graduate business students, indicating significant readiness and integration into their learning processes.

Enterprise Process Flow

Questionnaire Development
Data Collection (112 Students)
Data Analysis (Excel & SPSS)
Findings & Implications

AI Mastery vs. Traditional Software Proficiency

This table illustrates the current proficiency gap, indicating that while AI usage is common, deep mastery lags behind conventional tools.

Software Type Average Mastery Score (1-5)
Artificial Intelligence Software 3.47
Microsoft Word 4.27
Microsoft Excel 3.90
Microsoft PowerPoint 4.01

Leveraging AI for Enhanced Learning

Scenario: A graduate business student is tasked with a complex literature review for their thesis. Traditionally, this is time-consuming and often a major hurdle.

Challenge: Students often use AI for basic tasks like finding definitions or word processing, missing its potential for deeper academic work that could significantly accelerate their research.

Solution: By strategically integrating generative AI, students can streamline initial research, efficiently summarize key findings, and even generate new ideas, as highlighted by Sakowski (2025). This moves beyond surface-level use to facilitate more robust academic inquiry, allowing AI to act as a personalized research assistant. For instance, an AI could help identify relevant papers, extract key arguments, and even suggest novel connections between disparate fields of study, all within a regulated and ethically guided framework.

Outcome: Institutions that foster a carefully regulated AI environment empower students to leverage AI not just for word processing but for adaptive learning and advanced research, thereby enhancing overall learning outcomes and competitiveness in a rapidly evolving professional landscape.

Calculate Your Enterprise AI ROI

Estimate the potential time and cost savings your organization could achieve by strategically integrating AI solutions based on insights from leading research.

Estimated Annual Savings $0
Annual Hours Reclaimed 0

Your AI Implementation Roadmap

A phased approach to integrate AI effectively, drawing on the best practices for educational and enterprise environments.

Phase 1: Assessment & Strategy (1-2 Months)

Conduct a thorough readiness assessment within your institution. Define clear objectives for AI integration based on student needs and faculty capabilities. Develop a comprehensive AI policy covering ethical use, data privacy, and academic integrity, similar to Marpaung's call for regulated environments.

Phase 2: Pilot Programs & Training (3-4 Months)

Launch pilot programs in specific departments or courses to test AI tools for tasks like definitions, word processing, and basic research assistance. Provide targeted training for both faculty and students, focusing on maximizing AI's potential for deeper learning, especially for less experienced users as identified in the study.

Phase 3: Curriculum Integration & Scaling (5-8 Months)

Integrate AI tools into core curriculum, moving beyond surface-level use to support complex tasks like literature reviews and adaptive learning. Scale successful pilot programs across the institution, continually gathering feedback to refine policies and optimize AI applications. Foster an environment that views AI as a tool for enhanced learning, not just task automation.

Phase 4: Optimization & Future-Proofing (Ongoing)

Regularly review and update AI strategies and tools to align with evolving AI capabilities and educational best practices. Invest in ongoing research and development to explore advanced AI applications, such as personalized tutors and generative AI for idea generation, ensuring long-term institutional competitiveness.

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