Agent skill

course-material-creator

Quellcode ansehen: travisjneuman/.claude

#201Globales Ranking · von 201 SkillsSafe

Installation

npx skills add travisjneuman/.claude --skill course-material-creator

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Course Material Creator

Frameworks for designing structured educational experiences from syllabus creation through assessment design, supporting formal courses, corporate training, and self-directed learning programs.

Syllabus Design

Syllabus Template

COURSE SYLLABUS

COURSE TITLE: ______________________________
INSTRUCTOR: ________________________________
TERM/DATES: ________________________________
MEETING TIME: ______________________________
LOCATION: __________________________________

COURSE DESCRIPTION (2-3 sentences):
[What the course covers and why it matters]

LEARNING OBJECTIVES:
By the end of this course, students will be able to:
  1. [Verb] + [specific knowledge/skill] + [context/conditions]
  2. [Verb] + [specific knowledge/skill] + [context/conditions]
  3. [Verb] + [specific knowledge/skill] + [context/conditions]
  4. [Verb] + [specific knowledge/skill] + [context/conditions]
  5. [Verb] + [specific knowledge/skill] + [context/conditions]

PREREQUISITES:
  - [Required prior knowledge or courses]
  - [Required tools or materials]

REQUIRED MATERIALS:
  - [Textbook, software, supplies]

GRADING / ASSESSMENT:
  Component              | Weight | Due Dates
  Participation          | ___%   | Ongoing
  Assignments (N)        | ___%   | Weekly/Biweekly
  Midterm project/exam   | ___%   | Week __
  Final project/exam     | ___%   | Week __

GRADING SCALE:
  A: 93-100  A-: 90-92  B+: 87-89  B: 83-86  B-: 80-82
  C+: 77-79  C: 73-76   C-: 70-72  D: 60-69  F: <60

COURSE SCHEDULE:
  Week 1:  [Topic] — Reading: [Ch. X] — Due: [Assignment]
  Week 2:  [Topic] — Reading: [Ch. X] — Due: [Assignment]
  ...
  Week N:  [Topic] — Final project due

POLICIES:
  Late work: [Policy]
  Attendance: [Policy]
  Academic integrity: [Policy]
  Accommodations: [Statement]

Learning Objective Verbs (Bloom's Taxonomy)

Level Verbs Example Objective
Remember Define, list, recall, identify, name, recognize "List the five phases of project management"
Understand Explain, describe, summarize, interpret, classify "Explain the relationship between supply and demand"
Apply Use, implement, solve, demonstrate, calculate "Apply regression analysis to a real-world dataset"
Analyze Compare, contrast, examine, differentiate, organize "Analyze competing business strategies and identify trade-offs"
Evaluate Assess, critique, justify, recommend, judge "Evaluate the effectiveness of three marketing campaigns"
Create Design, construct, develop, formulate, produce "Design a database schema for a multi-tenant application"

Lesson Plan Design

Single Lesson Template

LESSON PLAN

Topic: _________________________________
Duration: _______ minutes
Week/Session: __________________________
Prerequisites: _________________________

LEARNING OBJECTIVES (this lesson):
  Students will be able to:
  1. [Objective]
  2. [Objective]

MATERIALS NEEDED:
  - [Slides, handouts, tools, datasets]

LESSON STRUCTURE:

  TIME    | ACTIVITY          | METHOD          | NOTES
  --------|-------------------|-----------------|----------
  0-5     | Opening hook      | Story/question  | Engage interest
  5-15    | Review prior      | Q&A / quiz      | Connect to today
  15-35   | New content       | Lecture + demo   | Core concepts
  35-50   | Guided practice   | Pair exercise    | Apply with support
  50-65   | Independent work  | Solo exercise    | Apply independently
  65-75   | Debrief + Q&A     | Discussion       | Clarify and extend
  75-80   | Preview next      | Summary          | Connect forward

DIFFERENTIATION:
  Struggling learners: [Scaffolding or alternative]
  Advanced learners: [Extension activity]

ASSESSMENT:
  Formative: [How you'll check understanding during class]
  Summative: [How this connects to graded assessment]

REFLECTION (post-lesson):
  - What worked well?
  - What would I change?
  - What do students need more practice on?

Engagement Techniques

Technique Duration Best For Description
Think-Pair-Share 5-10 min Concept processing Think alone, discuss with partner, share with class
Jigsaw 20-30 min Complex topics Groups each learn one piece, then teach each other
Case Study 30-60 min Application Analyze real-world scenario, propose solutions
Gallery Walk 15-20 min Peer review Post work around room, students circulate and comment
Muddiest Point 3-5 min Checking understanding Students write what confused them most
Minute Paper 3-5 min Reflection "What was the most important thing you learned today?"
Fishbowl 15-20 min Discussion skills Inner circle discusses, outer circle observes
Role Play 15-30 min Soft skills Act out scenarios (negotiation, feedback, sales)

Assessment Design

Assessment Types and When to Use

Assessment Type Purpose Measures Best For
Multiple choice Knowledge recall Recognition, basic understanding Large classes, quick grading
Short answer Comprehension Explanation, application Mid-depth understanding
Essay Analysis/synthesis Critical thinking, argumentation Deep understanding
Project Application/creation Practical skills, creativity Real-world competency
Presentation Communication Public speaking, synthesis Explaining complex topics
Portfolio Growth over time Cumulative progress, reflection Long-term skill development
Peer review Evaluation skills Critical analysis, feedback Collaborative learning
Practical/lab Hands-on skills Technical execution Applied/technical courses

Rubric Design Template

RUBRIC: [Assignment Name]

Criteria        | Excellent (4)      | Good (3)          | Adequate (2)      | Needs Work (1)
----------------|--------------------|--------------------|--------------------|-----------------
[Criterion 1]   | [Description of    | [Description of    | [Description of    | [Description of
                | excellent work]    | good work]         | adequate work]     | poor work]
                |                    |                    |                    |
[Criterion 2]   | [Description]      | [Description]      | [Description]      | [Description]
                |                    |                    |                    |
[Criterion 3]   | [Description]      | [Description]      | [Description]      | [Description]
                |                    |                    |                    |
[Criterion 4]   | [Description]      | [Description]      | [Description]      | [Description]

SCORING:
  Total points: ___ / [Max]
  Weight: ___% of final grade

Reading List Curation

Reading Selection Framework

READING LIST CURATION:

FOR EACH READING, EVALUATE:
  Relevance:     Does it directly support learning objectives?
  Accessibility: Is the reading level appropriate?
  Recency:       Is the information current? (or intentionally historical?)
  Diversity:     Does the list include varied perspectives?
  Length:         Is the total reading load reasonable?

READING LOAD GUIDELINES:
  Undergraduate:  30-50 pages/week
  Graduate:       50-100 pages/week
  Professional:   20-40 pages/week (busy professionals)
  Self-directed:  Learner's pace (provide suggested schedule)

CATEGORIZATION:
  Required:    Must read before class/session
  Recommended: Deepens understanding of required material
  Reference:   Available for future use/specific needs
  Optional:    For highly interested learners

Annotated Reading List Template

READING LIST: [Course Name]

WEEK 1: [Topic]
  REQUIRED:
  - [Author]. "[Title]." [Source], [Year]. [Pages/sections].
    Why: [1 sentence on what this reading contributes]

  RECOMMENDED:
  - [Author]. "[Title]." [Source], [Year].
    Why: [1 sentence on supplementary value]

WEEK 2: [Topic]
  ...

Curriculum Mapping

Course-Level Alignment

CURRICULUM MAP:

Program Objective    | Course(s)           | Assessment           | Bloom's Level
---------------------|---------------------|----------------------|-------------
[Program obj 1]      | [Course A, Week 3]  | [Assignment type]    | Apply
                     | [Course B, Week 7]  | [Project component]  | Create
[Program obj 2]      | [Course A, Week 5]  | [Exam question]      | Analyze
                     | [Course C, Week 2]  | [Case study]         | Evaluate

Backward Design Process

BACKWARD DESIGN (Understanding by Design):

STAGE 1: DESIRED RESULTS
  What should students know and be able to do?
  - Enduring understandings (big ideas that last)
  - Essential questions (driving inquiry)
  - Learning objectives (specific, measurable)

STAGE 2: ASSESSMENT EVIDENCE
  How will you know students have learned?
  - Performance tasks (authentic assessment)
  - Other evidence (quizzes, observations, self-assessment)
  - Criteria for success (rubrics, checklists)

STAGE 3: LEARNING PLAN
  What experiences will enable learning?
  - Instructional activities (lessons, labs, discussions)
  - Sequence and pacing (build from simple to complex)
  - Resources and materials (readings, tools, examples)
  - Differentiation (support and extension)

Workshop and Training Design

Workshop Template

WORKSHOP DESIGN: [Title]
Duration: [X hours/days]
Audience: [Who and their level]
Max Participants: [N]

PRE-WORK (if any):
  - [Reading, video, or self-assessment]

AGENDA:
  TIME        ACTIVITY                    FORMAT
  9:00-9:15   Welcome and introductions   Icebreaker
  9:15-9:30   Learning objectives + agenda Overview
  9:30-10:30  Module 1: [Topic]           Lecture + exercise
  10:30-10:45 Break
  10:45-12:00 Module 2: [Topic]           Case study + discussion
  12:00-1:00  Lunch
  1:00-2:30   Module 3: [Topic]           Hands-on workshop
  2:30-2:45   Break
  2:45-3:45   Application exercise        Group project
  3:45-4:15   Presentations               Group share-outs
  4:15-4:30   Wrap-up and evaluation      Reflection + survey

MATERIALS CHECKLIST:
  [ ] Slide deck
  [ ] Handouts/workbooks
  [ ] Exercise materials
  [ ] Name tags
  [ ] Evaluation forms
  [ ] Supplies (markers, sticky notes, etc.)

POST-WORKSHOP:
  - Send follow-up email with resources
  - Share slide deck and recordings
  - Collect and review evaluations
  - Schedule follow-up session (if applicable)

See Also

Installationen

Installationen374
Globales Ranking#201 von 201

Sicherheitsprüfung

athSafe
socketSafe
Warnungen: 0Bewertung: 90
snykLow
zeroleaksSafe
Bewertung: 93
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So verwenden Sie diesen Skill

1

Install course-material-creator by running npx skills add travisjneuman/.claude --skill course-material-creator in your project directory. Führen Sie den obigen Installationsbefehl in Ihrem Projektverzeichnis aus. Die Skill-Datei wird von GitHub heruntergeladen und in Ihrem Projekt platziert.

2

Keine Konfiguration erforderlich. Ihr KI-Agent (Claude Code, Cursor, Windsurf usw.) erkennt installierte Skills automatisch und nutzt sie als Kontext bei der Code-Generierung.

3

Der Skill verbessert das Verständnis Ihres Agenten für course-material-creator, und hilft ihm, etablierte Muster zu befolgen, häufige Fehler zu vermeiden und produktionsreifen Code zu erzeugen.

Was Sie erhalten

Skills sind Klartext-Anweisungsdateien — kein ausführbarer Code. Sie kodieren Expertenwissen über Frameworks, Sprachen oder Tools, das Ihr KI-Agent liest, um seine Ausgabe zu verbessern. Das bedeutet null Laufzeit-Overhead, keine Abhängigkeitskonflikte und volle Transparenz: Sie können jede Anweisung vor der Installation lesen und prüfen.

Kompatibilität

Dieser Skill funktioniert mit jedem KI-Coding-Agenten, der das skills.sh-Format unterstützt, einschließlich Claude Code (Anthropic), Cursor, Windsurf, Cline, Aider und anderen Tools, die projektbezogene Kontextdateien lesen. Skills sind auf Transportebene framework-agnostisch — der Inhalt bestimmt, für welche Sprache oder welches Framework er gilt.

Data sourced from the skills.sh registry and GitHub. Install counts and security audits are updated regularly.