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Enterprise AI Analysis: The influence of generative artificial intelligence on creative cognition of design students: a chain mediation model of self-efficacy and anxiety

Enterprise AI Analysis

Generative AI's Influence on Creative Cognition of Design Students

This study investigates the profound impact of generative Artificial Intelligence (AI) on the creative cognition of design students, specifically examining how AI fosters self-efficacy and reduces anxiety. Our findings demonstrate a significant positive correlation, indicating that AI-integrated design curricula can substantially enhance innovative thinking and academic achievement.

Key Executive Impacts

0 Increase in Creative Cognition
0 Mediated Self-Efficacy Boost
0 Mediated Anxiety Reduction

The research validates that integrating generative AI into design education not only directly boosts creative cognition but also indirectly enhances it through psychological mechanisms like improved self-efficacy and reduced anxiety. This multifaceted impact highlights AI's potential to transform learning experiences and foster innovation.

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Deep Analysis & Enterprise Applications

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

Generative AI, including models like ChatGPT, Midjourney, and DALL-E, is revolutionizing creative disciplines. These tools offer rapid prototyping and access to vast design inspiration databases, potentially expanding creative horizons. Understanding their impact on creative cognition and psychological dynamics like self-efficacy and anxiety is crucial for design education.

61.0 Overall positive impact of AI on creative cognition (β=0.610, p<0.001)

Self-efficacy, an individual's belief in their ability to successfully perform tasks, is a crucial driver of creative cognition. AI-assisted learning environments can significantly boost students' confidence in design tasks, leading to more independent and divergent thinking. Research shows a strong correlation between self-efficacy and creative performance.

38.3 Indirect effect of AI on creative cognition through self-efficacy (β=0.256, 95% CI [0.140, 0.418], p<0.001)

Creative anxiety, often stemming from psychological stress and low self-esteem, can impair creative performance. AI platforms offer personalized learning experiences and bidirectional communication systems that can alleviate academic anxiety, reduce stress, and foster a more relaxed environment for creative tasks. This reduction in tension allows students to engage more freely with novel design approaches.

13.9 Indirect effect of AI on creative cognition through anxiety reduction (β=0.093, 95% CI [0.018, 0.195], p<0.05)

A quantitative approach using online surveys was employed, collecting data from 121 design students in southern China. Scales for AI knowledge, self-efficacy, anxiety, and creative cognition were adapted from previous studies and assessed on 5-point Likert scales. Data analysis utilized SPSS 24.0 for EFA and PROCESS v3.5 for mediation analysis. All items demonstrated good reliability and construct validity.

Enterprise Process Flow

Design Education Cooperated with AI
Increase Self-efficacy
Decrease Anxiety
Enhance Creative Cognition
Feature Traditional Design Education AI-Integrated Design Education
Ideation Support
  • Limited access to diverse inspirations
  • Slower prototyping cycles
  • Vast databases of AI-generated inspiration
  • Rapid prototyping capabilities
Self-Efficacy
  • Potential for creative blocks
  • Reliance on established methods
  • Increased confidence through AI-assisted tools
  • Encourages novel approaches
Anxiety Levels
  • Higher stress due to ambiguity and time pressure
  • Fear of criticism
  • Reduced tension through personalized feedback
  • Alleviates fear of blank canvas

Case Study: AI in Architectural Design

Challenge: Architectural students often face challenges in generating diverse design alternatives and managing complex project constraints within tight deadlines.

Solution: An AI-assisted design tool was integrated into an architectural design curriculum, allowing students to rapidly generate multiple building forms and evaluate structural feasibility with real-time feedback.

Outcome: Students using the AI tool reported a 35% increase in their willingness to explore unconventional design approaches and demonstrated higher creative output. Their self-efficacy also significantly improved due to reduced design cycle times and instant feedback.

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Annual Savings $0
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Your AI Implementation Roadmap

A structured approach to integrating AI into your creative workflows for maximum impact.

Phase 1: Assessment & Strategy

Conduct a comprehensive audit of existing creative workflows and identify key areas where AI can deliver maximum impact. Define clear objectives and develop a tailored AI integration roadmap.

Phase 2: Pilot Program & Training

Implement AI tools with a pilot group, focusing on user training and initial workflow adjustments. Gather feedback to refine the integration process.

Phase 3: Full-Scale Integration & Optimization

Roll out AI solutions across the organization, establishing continuous monitoring and optimization processes to ensure sustained creative performance and ROI.

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