| 1. Pedagogy | AI as a Teaching/Learning Aid | AI tools are integrated into modular assignments to enhance critical thinking, data analysis, and technical writing practice, acting as a "Co-Pilot". | Enhance Learning Outcomes: Students use AI to accelerate research, synthesize dense material, and debug code, but must cite and verify all output. |
| 2. Policy | Governance and Ethical Use | The creation of clear guidelines governing submission integrity, data privacy, and intellectual property (IP) rights related to AI-generated content. | Ensure Academic Integrity: Define the permissible limits of AI use in academic submissions and establish clear consequences for misuse (see Safety Policy below). |
| 3. Practical Research | AI as a Research Accelerator | Faculty and doctoral students utilize AI for high-level tasks like hypothesis generation, large-scale data modeling, and literature gap analysis, particularly in technical fields. | Drive Innovation: Leverage AI tools to increase research output and efficiency, with mandatory transparency regarding the specific models used. |
| 4. Privacy & Protection | Data Security and Safety | Strict controls on input data to protect PII (Personally Identifiable Information), proprietary research, and university data when interacting with external LLMs (Large Language Models). | Maintain Data Integrity: Prohibit the input of confidential University or research data into non-vetted public AI platforms. |
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