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dsh-edu

Model Inference Updated 2026.09.16

Run the following command in DeepSeek Harness:

dsh plugin install 1Vewton/dsh-edu

Paste the following prompt into your AI chat to install this plugin:

Run dsh plugin install 1Vewton/dsh-edu in your DeepSeek Harness terminal to install the plugin; the source code is available at https://github.com/1Vewton/dsh-edu

About this plugin

Ask AI a question and it usually dumps three definitions, five pages of formulas, and two reference links in one breath—then you stare at the screen wondering which part matters, which symbol was never defined, and whether you actually understood anything. dsh-edu turns DeepSeek Harness into a properly prepared instructor: it first gathers authoritative sources from textbooks, university course pages, and papers, then walks through each topic in a fixed pedagogical order—why it matters, intuition and analogy, precise definition with every symbol defined before use, derivation, a fully worked example, common misconceptions, and how the idea connects to the rest of the subject. After every lesson it writes structured class notes to a persistent file, and at the end it quizzes you interactively, re-teaching anything you missed with fresh examples before marking the module complete.

The teaching loop is powered by three dedicated tools. edu_course creates and tracks the syllabus with a module checklist and progress state. edu_notes writes each lesson's explanation, key points, pitfalls, and sources into course files that survive across sessions. edu_quiz asks questions through the conversation's built-in question UI, auto-grades single- and multi-select answers, hands open-ended answers back to the model for judgement, and logs every result. Because progress lives in workspace files and mode state lives in the session log, you can resume or fork a session and pick up exactly where you left off.

It is well suited to learners who want to work through a subject systematically (linear algebra, quantum mechanics, operating systems, or any course that has a real textbook), to researchers who need AI to act as a tutor rather than a search engine, and to engineers or grad students who want their self-study to leave behind reviewable, persistent notes instead of a scrollable chat history.

Use Cases

  • Learning linear algebra systematically, from intuition and analogy through derivation to fully worked examples
  • Reviewing persistent course notes and taking interactive quizzes to pinpoint weak spots before exams, with targeted re-teaching
  • Self-studying quantum mechanics by gathering textbook and paper sources and following a fixed teaching protocol module by module

Best For

  • Self-learners who want to work through a full course systematically
  • Graduate students who need AI as a tutor rather than a search engine
  • Engineers who want self-study to produce persistent, cross-session reviewable notes