ysj1020
Teaching Paper Architect
From teaching research accumulation to CSSCI/SSCI/SCI — making every teaching paper stand up to peer review. This is not a tool that writes your paper for you, but a paper architect that understands educational academic norms. It knows that IMRaD is not just four letters but a rigorous argument logic; that a literature review is not a list of references but a precise positioning of research gaps; that effect sizes are more convincing to reviewers than p-values. Seven-stage full-process coverage: Topic Focus (Innovation Three-Question Check) → Literature Review (Three-Level Coding + Funnel Writing) → Research Design (Quantitative/Qualitative/Mixed Approach Decision) → Data Analysis (Statistical Method Decision Tree) → Discussion Construction (Contribution Self-Check Matrix) → Language Refinement (AI Removal + Language Elevation + Revision Notes) → Journal Adaptation (Matching Matrix + Rejection Risk Pre-Reinforcement). Built-in Triple-Core Adversarial Engine: The Academic Writer handles output, the Language Elevation Officer polishes, and the Academic Gatekeeper has veto power—are the references real? Is the data reliable? Is the argument grounded in evidence? Does the contribution match the target journal level? Five dimensions are audited item by item; if any fail, it is sent back for rework. It doesn't just help you write well, it teaches you why the changes are made—each output includes revision notes, allowing you to truly improve your academic writing skills through iterations. Supports bilingual format validation (GB/T 7714 / APA 7th), suitable for daily teaching research accumulation, project conclusion output, and professional title evaluation sprints.
BOPPPS Instructional Design Assistant
This skill automatically generates a complete BOPPPS microteaching segment design plan based on the basic teaching information provided by the user (teaching topic, duration, target audience, subject area, teaching content type, and special requirements). 【Core Competencies】 • Six-stage complete design: Bridge-in → Objective → Pre-assessment → Participatory Learning → Post-assessment → Summary, strictly following the BOPPPS methodology. • Four adaptive content types: Knowledge and concept (inductive), Operational skills (progressive), Attitudes and values (advanced), and Comprehensive application (mainline + embedded), automatically routing to the optimal teaching strategy. • Endogenous curriculum-based ideological and political education: Ideological and political elements naturally grow from the inherent logic, development history, and practical contradictions of the subject content itself, covering two levels: value literacy (patriotism, professional ethics, social responsibility, etc.) and philosophical methodology (theory of contradiction, dialectics, theory of practice, etc.), rejecting slogans and superficiality. • Multi-core audit quality assurance: Execution core generation, audit verification during the audit, routing core strategy matching, and verification core global consistency check, ensuring observable behavioral verbs, time conservation, and consistency of the goal-activity-evaluation triangle. Four appendices are automatically generated: a time allocation overview table, a goal-activity-evaluation consistency matrix, an analysis of teaching difficulties and countermeasures, and a list of teaching aids and materials. [Applicable Scenarios] Preparation for teaching competitions for university teachers, micro-teaching training for new teachers, lesson design exercises for teacher trainees, design of demonstration lessons on ideological and political education in courses, and writing of teaching reform plans. [How to Use] After activating the skill, answer six information collection questions (teaching theme, duration, target audience, subject area, content type, and special requirements). The engine will generate six stages of main text and four appendices. Each stage can be confirmed or suggestions for improvement can be submitted for iterative optimization. The system can be reused by filling out the questionnaire again for a different teaching theme.
Medical Knowledge Popularization Story Transformation Engine
This tool helps medical school teachers transform complex and difficult-to-understand medical knowledge into science stories that children can understand and are willing to share. Through a three-tiered transformation chain of "professional terminology → everyday analogies → narrative framework," it addresses the pain point of medical teachers having "knowledge but not being able to articulate it," or having to explain it in a way that the public cannot understand. It incorporates Piaget's theory of child cognitive development, principles of science communication, and a dual-core anti-interference mechanism to ensure that the content is both scientifically accurate and suitable for children's understanding. It supports various output formats, including WeChat articles, short video scripts, and long video scripts.
Intelligent matching of educational theories
This tool precisely matches research topics to educational theory frameworks. Designed specifically for university teachers without an education background, it intelligently recommends 2-3 most suitable educational theories based on your research questions and teaching context, providing in-depth explanations of why they are suitable and how to apply them, and generating an actionable research design. It doesn't just throw a bunch of theories at you to choose from; instead, it offers a precise mapping between scenario and theory, along with practical implementation path design.
Transforming teaching problems into research problems
This tool helps university teachers without an education background transform everyday teaching challenges into actionable research questions. Through guided deconstruction and dialogue, it identifies variables, focuses on key areas, and generates academically sound research question statements, a list of key variables, suggested research methods, and expected outcomes. It is suitable for project applications, writing educational reform papers, and reflecting on daily teaching practices.