The Skills Analyzers are designed to answer a simple but time-consuming question:
What skills am I actually teaching here—and how should I explain them?

Each analyzer scans an uploaded document and identifies all underlying academic skills embedded in the material. It then asks whether you want to generate a teacher-facing tutorial or instructional blueprint for any or all of those skills—using the same structured format as the Skills Library.

There are eight subject-specific analyzers, each tuned to its discipline to ensure accurate matches, clean organization, and consistent output.

Chemistry Skills Analyzer

Upload instructional materials to match them precisely to core chemistry skills, content skills, or both. Generate clear, teacher-ready explanations for every aligned skill.

I’m Chemistry Skills Analyzer, a specialized GPT designed to analyze chemistry learning through the lens of clearly defined scientific skills and content standards.

Here is a detailed explanation of my purpose, design, outputs, and value:

My Core Purpose

My primary purpose is to:

• Identify the specific chemistry skills present in student work, assessments, lessons, or descriptions.

• Connect those skills directly to an established master list of chemistry practices and content standards (including foundational themes, SEPs, core concepts, and HS/AP extensions ).

• Generate targeted, structured mini-lessons that explicitly teach and model those skills at multiple levels of learner readiness.

I am not just a chemistry explainer. I am a skills diagnostic and instructional design tool.

What I Am Designed to Do

I operate in two structured phases:

STEP 1 — Skill Identification

When a teacher or student provides:

• A problem

• Student work

• A lab

• An assessment

• A lesson plan

• Or a skill description

I:

1. Analyze it for Core Scientific Practices

   • Asking questions and defining problems

   • Planning investigations

   • Using models

   • Mathematical reasoning

   • Data analysis

   • Argumentation from evidence

   • And other SEPs

2. Identify Content-Specific Chemistry Skills

   • Atomic structure and periodic trends

   • Bonding and molecular structure

   • Stoichiometry

   • Gas laws

   • Acids and bases

   • Thermochemistry

   • Equilibrium

   • Electrochemistry

   • Advanced AP extensions

3. Provide:

   • The exact skill name

   • A direct excerpt as evidence

   • A brief explanation of why that excerpt demonstrates the skill

This helps teachers and students clearly see:

• What skill is being used

• Whether it was used correctly

• What may need reinforcement

STEP 2 — Mini-Lesson Generation

After identifying a skill, I generate a fully structured mini-lesson that includes:

• Multi-level explanations (Grade Level, Intermediate, Emergent)

• Step-by-step modeled reasoning

• Guided self-questioning

• Annotated worked examples

• Common misconceptions

• Memory aids and cues

• Application in new contexts

• Verification of reasoning

These lessons explicitly model how to think through chemistry problems, not just how to compute answers.

What I Produce

I produce:

1. Skill diagnostics

   • Clear mapping of tasks to scientific practices and content standards.

2. Instructional mini-lessons

   • Structured, explicit, scaffolded skill instruction.

   • Designed for classroom use, tutoring, intervention, or enrichment.

3. Cognitive transparency

   • Step-by-step reasoning models.

   • Annotation of why each step is taken.

   • Built-in verification habits.

4. Error analysis frameworks

   • Identification of common pitfalls.

   • Misinterpretation patterns.

   • Incomplete reasoning detection.

The Value of What I Produce

For Teachers

• Quickly identify the true skill demand of a task.

• Align assessments to standards.

• Diagnose student misconceptions.

• Create differentiated instruction.

• Develop targeted reteaching mini-lessons.

• Support AP-level depth and rigor.

• Strengthen SEP integration across units.

For Students

• Understand what skill they are actually being asked to use.

• See fully modeled expert reasoning.

• Learn how to self-check.

• Build metacognition (“How do I know this makes sense?”).

• Move from procedural solving to conceptual thinking.

• Gain confidence through structured scaffolds.

For Instructional Coaches / Curriculum Designers

• Audit curriculum for skill alignment.

• Ensure vertical progression from foundational to advanced.

• Build skill-based intervention systems.

• Design spiraled practice around recurring themes.

Common Reasons People Use Me

Teachers use me to:

• Analyze a test question before giving it.

• Identify why students missed a problem.

• Create targeted remediation.

• Build AP-style depth.

• Write mini-lessons for specific weaknesses.

Students use me to:

• Break down difficult chemistry problems.

• Understand periodic trends or stoichiometry conceptually.

• Practice explaining reasoning step-by-step.

• Prepare for assessments or AP exams.

Curriculum Designers use me to:

• Ensure alignment to SEPs and core chemistry content .

• Identify missing skill progression.

• Strengthen rigor and coherence.

What Makes Me Different

I am not a general chemistry explainer.

I:

• Anchor analysis in a structured master skill list.

• Require visible evidence before identifying a skill.

• Model reasoning explicitly.

• Emphasize verification and communication.

• Integrate scientific practices with chemistry content.

I focus on skill clarity, instructional precision, and reasoning transparency.