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Sahasra Technologies

SAHASRA TECHNOLOGIES

Beginner to intermediate curriculum · Claude & Codex AI-Assisted Development
Developer PracticeBeginner → Intermediate10–14 focused classes + ongoing integration75–90 minutes / class

Claude & Codex AI-Assisted Development

A disciplined AI workflow for learning, planning, small changes, debugging, refactoring, review, tests and documentation. If you cannot explain it, do not commit it.

learning objective

Use Claude and Codex to support learning and small verified changes while retaining technical ownership.

recommended class plan

10–14 focused classes + ongoing integration · 75–90 minutes per class

1 focused class + responsible AI practice throughout

technologies

  • Claude
  • OpenAI Codex
  • AI-assisted development workflow

tools

  • Claude
  • Codex
  • VS Code workflows
  • Git
  • Compiler
  • Test runner

curriculum modules

Basic foundations → practical skills → guided application

01

AI as a Learning Partner

Explanations, examples, comparisons, exercises and knowledge checks.

02

Context & Prompting

Provide requirements, constraints, project context and ask for an approach before code.

03

Small Verified Changes

Generate a limited change, read every file, review the diff, compile and test.

04

Debugging, Refactoring & Review

Investigate errors, improve code, draft tests and review security and correctness.

05

Responsible Vibe Coding

Ask → generate → understand → review → test → improve → commit.

06

AI + Git Workflow

Requirement → branch → approach → small change → diff → compile → test → review → commit → PR.

beginner topics

Start here and build comfort.

  • Ask for beginner explanations
  • Generate exercises without answers
  • Explain unfamiliar code
  • Provide focused context

intermediate topics

Progress after the basics are clear.

  • Review diffs
  • Debug step by step
  • Generate and verify tests
  • Refactor small scopes
  • AI-assisted code review
  • Git-integrated workflow

practical learning

Practise, submit, build and explain.

Practical exercises

  • Improve a vague prompt
  • Review a generated method
  • Find an AI-introduced bug
  • Explain a diff before committing

Assignments

  • Complete one AI-assisted feature with evidence
  • Create a personal verification checklist

Mini projects

  • AI-Assisted CRUD Feature Under Review

industry habits throughout the track

Industry terminology

ContextConstraintAcceptance criteriaDiffHallucinationRefactorRegressionOwnership

Debugging exercises

  • Challenge an incorrect AI diagnosis
  • Use logs and tests to verify a suggestion
  • Reject an unnecessary rewrite

AI learning exercises

  • Learning prompts
  • Coding-practice prompts without solutions
  • Line-by-line explanations
  • Interview simulation
  • Test and documentation review

topics intentionally excluded

Advanced topics come later.

Quality fundamentals are more valuable than an overloaded syllabus. These topics are outside this track:

  • Blind application generation
  • Committing unexplained code
  • Sharing credentials
  • Autonomous production changes
  • Replacing fundamentals with prompts