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AI in
Software Engineering

An advanced practical program for senior developers, lead engineers, QA automation engineers, technical product leads, and engineering teams who want to move beyond basic AI-assisted coding and build structured, scalable, and production-aware engineering workflows with AI.

What is this course

A STRATEGIC UPGRADE

YOU ALREADY KNOW SOFTWARE ENGINEERING.
NOW LEARN HOW AI CHANGES IT.

In 8 sessions, you’ll learn how AI is changing software delivery, how to prepare repositories for AI, write better specifications, work with coding agents, review AI-generated code, improve testing workflows, and build scalable AI-native engineering systems.

  • 01

    Understand AI deeply

    Learn how AI is changing software delivery, developer roles, team workflows, and engineering expectations - not as a shortcut, but as a new engineering capability.

  • 02

    Apply it strategically

    Use AI to support planning, implementation, testing, review, documentation, debugging, and decision-making while keeping human technical ownership.

  • 03

    Build a system

    Create AI-assisted workflows with clear specifications, context architecture, quality checks, security rules, governance, and human approval gates.

Who is this for

BUILT FOR MODERN ENGINEERING TEAMS
WHO WANT TO STAY RELEVANT

  • Senior Developers

    Who want to move beyond basic AI-assisted coding and use AI to improve real production workflows without losing code quality, maintainability, or architectural control.

  • Lead Engineers

    Who define engineering standards, review processes, technical direction, and need to introduce AI into development workflows in a structured way.

  • QA Automation Engineers

    Who want to apply AI to test strategy, unit/integration/E2E coverage, edge-case discovery, flaky test analysis, stack trace interpretation, and QA automation.

  • Technical Product Leads

    Who need to turn vague tickets, product requirements, and business needs into AI-readable technical specifications with clear constraints and acceptance criteria.

  • Engineering Teams

    Who want to build a shared AI-assisted operating model instead of using AI randomly across individuals and tools.

  • Engineering Managers

    Who want to introduce AI into teams responsibly, with governance, security rules, quality metrics, cost control, and long-term adoption strategy.

Curriculum

EIGHT SKILLS.
ONE MONTH.

  1. 01

    The New Engineering Reality

  2. 02

    Engineering Memory

  3. 03

    Specification-Driven Engineering

  4. 04

    The AI Engineering Stack

  5. 05

    AI Review Systems

  6. 06

    Engineering Reliability

  7. 07

    Agentic Engineering

  8. 08

    The AI Engineering Operating Model

Final Project

YOU DON’T GRADUATE WITH A TOOL LIST.
YOU GRADUATE WITH AN AI ENGINEERING OPERATING MODEL.

In the final session, you’ll present a practical AI-assisted engineering workflow designed for a real software development team or engineering use case.

Join the Bootcamp
  • 01

    AI-Ready Repository Map

    A structured repository setup showing documentation, architecture notes, coding standards, test rules, API contracts, decision records, and AI instruction files.

  • 02

    Context System

    A reusable specification framework with acceptance criteria, constraints, non-goals, implementation boundaries, risk areas, validation rules, and architectural guardrails.

  • 03

    AI Engineering Tool Stack

    A practical tool stack with coding assistants, repo-aware agents, IDE tools, cloud agents, review workflows, testing support, and documentation workflows.

  • 04

    Reliability Workflow

    A structured workflow for pull request review, risk analysis, missing test detection, regression checks, QA automation, debugging, log reasoning, and incident analysis.

  • 05

    Team AI Governance Policy

    A practical one-page AI use policy for engineering teams, including acceptable use, prohibited use, security rules, human approval gates, evaluation standards, cost control, and quality metrics.

Start your journey at ACA X

Master AI skills.
Build your future.
Lead the change.

Course Fee: 100,000 AMD

Get up to 100,000 AMD back if you submit your annual tax declaration and have income tax.

Secure your spot now

Add your details and proceed to payment.

About ACA

ACA X IS BACKED
BY 10 YEARS OF
TECH EDUCATION

ACAx is the professional AI direction of Armenian Code Academy - one of Armenia's most established tech education institutions, founded in 2015.

For a decade, ACA has trained engineers, designers, product managers, and data professionals who now work at global companies, local unicorns, and fast-growing startups. ACAx is the next evolution -professional AI skills for everyone, not just engineers.

  • 10+YEARS IN TECH EDUCATION
  • 17K+TOTAL GRADUATES
  • 100+PARTNER COMPANIES
  • 300+TUTORS

FREQUENTLY ASKED QUESTIONS

Who is this course designed for?
This course is designed for senior developers, lead engineers, QA automation engineers, technical product leads, engineering managers, and software engineering teams who want to use AI in real software development workflows.
Do I need prior knowledge of AI tools?
Basic familiarity with AI tools is helpful. This is not a beginner prompting course — it is an advanced practical program for technical professionals who want to apply AI across engineering workflows.
Is this course only about AI-assisted coding?
No. The course goes beyond coding. It covers AI-ready repositories, specifications, context architecture, coding agents, AI review systems, testing workflows, engineering reliability, internal agents, and team-level governance.
What tools will we explore?
The course introduces modern AI engineering tools such as Claude Code, Cursor, GitHub Copilot, Codex, Gemini, ChatGPT, and other coding agents or repo-aware tools.
What will I be able to do after the course?
You’ll be able to design AI-assisted engineering workflows, prepare repositories for AI, write precise specifications, work with coding agents, evaluate generated code, improve testing and debugging workflows, design internal engineering agents, and adopt AI safely at team level.