Skill UI

A comprehensive academic advisor covering the entire university journey. It guides students through major selection, GPA management, graduate school applications (Chinese and Western systems), study abroad planning, and career transition. Methodology includes Socratic questioning and structured decision-making to help users make informed, autonomous academic choices.

A comprehensive intelligence tool designed for clinical researchers to navigate the complex NIH grant landscape. It utilizes a detailed 6-step intake process (covering research idea, career stage, and data status) to perform a multi-faceted positioning analysis. The system maps research to appropriate NIH institutes using RePORTER data and generates an editable Word document containing actionable mechanism recommendations, submission timelines, and strategic guidance for funding applications.

This meta-skill orchestrates complex, multi-step job search workflows, moving beyond simple advice. It is designed for concrete tasks such as tailoring resumes to specific job descriptions (JDs), building complete application packs, preparing for named interviews, comparing multiple job roles, or maintaining an organized application tracker. It focuses on producing reviewable artifacts and never performs automatic applications.

This skill optimizes your entire job application package by tailoring your CV summary, rewrites key experience points, and crafting a personalized cover letter based on a specific job description. It is designed to maximize ATS compatibility while maintaining a human, compelling tone. Use it when you need to apply for a role, optimize for keywords, or identify gaps between your profile and the job requirements.

This skill generates highly structured legal documents, including memos, case summaries, and argument outlines. It utilizes the standard IRAC format (Issue, Rule, Application, Conclusion) to provide comprehensive legal analysis. Ideal for drafting position papers, legal advice summaries, or preparatory documents for court submissions, ensuring all legal arguments are systematically presented and uncertainties are explicitly flagged.

A comprehensive guide for authors targeting top-tier journals in systems and control theory (e.g., Automatica). This skill helps authors re-frame their work from narrow application studies to general, methodologically rigorous advances. It details the necessary components, including theoretical guarantees (stability, convergence, optimality), structured proofs, and necessary breadth to meet the highest academic standards.

This skill guides researchers on selecting and positioning their academic paper for the journal *Computer Science*. It helps determine if a topic fits the journal's broad, multi-disciplinary scope, identifies the correct column (e.g., AI, Software), and advises on the appropriate paper type (review, research, application). It also provides strategic guidance on comparing it with other specialized journals, making it ideal for pre-drafting planning.

A comprehensive guide for authors structuring signal processing manuscripts for top-tier venues like IEEE Transactions on Signal Processing. It details the necessary theoretical depth, the requirement for rigorous analysis (e.g., convergence, bounds), correct baseline selection, and adherence to specific academic formatting. This tool helps authors reframe general machine learning applications into rigorous, theory-driven scientific methods.

This skill guides authors in refining the core computational or methodological claim of a technical manuscript, especially for journals like IJOC. It teaches how to move beyond merely describing an application and instead rigorously defining what is computationally new, by how much, and against which baseline. It structures the primary contribution sentence to be precise, falsifiable, and method-focused.

A structured guide for academic authors to sharpen the core methodological contribution of statistics or econometrics papers. It ensures the claim explicitly links a novel method (methodological delta) to a demonstrable practical application (empirical consequence), avoiding overly theoretical or purely descriptive arguments.

A comprehensive guide and checklist for authors targeting Physical Review Applied (PRApplied). This skill helps evaluate whether a manuscript successfully bridges fundamental physics principles (e.g., quantum, photonics, energy) with concrete technological applications, providing heuristics on scope, evidence standards, and house style for submission.