Quality Engineering & AI Evaluation Course | Digital Edify
Learning / Quality Engineering
· Digital Edify · Quality Engineering

Quality Engineering

Testing & AI Evaluation · Manual craft to AI safety

Verify software. Challenge AI. Prove what is safe to release.

Learn the craft of software testing, engineer reliable automation, verify APIs and integrations, evaluate RAG and AI-agent behaviour, test performance and security, and defend an independent release-risk recommendation with evidence.

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Where our quality engineering alumni work
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The crucial distinction

Testing with AI is not testing AI.

Testing with AI
AI assists the Quality Engineer
Scenario generation, automation drafts, synthetic data, log summaries, defect clustering — every output subject to human verification.
Testing AI
The AI capability is the system under test
Independently evaluated and challenged: datasets, judges, retrieval, trajectories, permissions, approvals, red team.
The ownership boundary
Quality Engineering is Digital Edify's independent verification track. The Quality Engineer does not silently become the accountable product owner or risk acceptor — Quality independently describes the evidence and residual risk; the authorised business or product owner makes the release decision.
Direct answer

What does a Quality Engineer do on an AI system?

A Quality Engineer produces the independent evidence that decides whether a system is safe to release — and states the risk that remains. On deterministic software that means tests against known expected outputs. On an AI-enabled system the output is a range, so the craft shifts from asserting one answer to characterising behaviour: coverage, invariants, abstention, drift and the conditions under which the system should refuse.

The complete verification chain
Twelve links, one independent voice.
01 Characterise
Risk model
Coverage
Golden data
Invariants
02 Exercise
Functional tests
Automation
Evaluation
Red team
03 Decide
Release gate
Residual risk
Supervision UAT
Drift watch
The independence boundary

A Quality Engineer does not own the release decision — and must never quietly become the risk acceptor.

Quality describes the evidence and the residual risk in language a business owner can act on. The authorised product or risk owner makes the call. That separation is what makes the evidence worth anything.

What Quality owns
Deciding what "good enough" has to mean before anyone builds it
Building evidence that survives a non-deterministic system
Proving the system refuses safely, not just answers well
Saying what is still unknown at the point of release
And being the person in the room who is willing to be unpopular.
Why this course exists

From test execution to evidence architecture.

Traditional software follows defined logic: input → known logic → expected output. AI-enabled systems add model, prompt, context, retrieval, tools and state — producing a range of possible behaviours. The testing craft remains essential, but exact expected outputs are no longer enough.

Dimension
Deterministic software
AI-enabled system
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An exact test is not obsolete. It is one part of a wider evidence system.

Trust nothing on demo. Verify everything on evidence.

Why this programme is different

Seven commitments — manual craft before automation.

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Five-phase learning journey

Foundations → automated evidence → AI safety → non-functional → release confidence.

The sequence is cumulative. Capstone risks, test data, traces and regression cases mature throughout the programme rather than appearing only in the final phase.

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Course Curriculum

Twelve modules. One independent evidence chain.

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HANDS-ON LAB
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WORKPLACE SCENARIO
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INJECTED FAILURE
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Technology & practice stack

One coherent automation path, taught deeply.

TypeScript + Playwright for UI, Python + Pytest for API and evaluation, SQL for data. Selenium is taught through architecture, WebDriver concepts and migration exercises — beginners aren't asked to implement every lab twice.

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The capstone

You don't rebuild the product. You decide whether it is safe to release.

Independent verification capstone

Independent Verification of the Enterprise AI Operations Copilot

You receive a production-shaped system and builder evidence from the Applied AI, Full Stack, Data and Operations tracks. The launch date is public, senior stakeholders want approval and the builder presents a high average score. You must determine whether the critical risk slices and human controls support release.

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Your verdict
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Then the accountable owner accepts or rejects the residual risk — that decision is never yours to make silently.
Live demonstration gates
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Only fictional, synthetic or explicitly approved data is used. A late configuration change, an excluded "flaky" test and a mixed-version evaluation report are injected without warning.
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EVIDENCE · {{ p.ev }}
Learning experience

Discover → design → execute → challenge → diagnose → regress → defend.

The cycle, every capability
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Delivery components
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Assessment weighting
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Weekly rhythm
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AI testing assistants — the rule

Approved assistants may propose scenarios, draft automation, generate synthetic data, summarise logs, cluster defects and help draft evidence. You remain accountable for verifying expected results, checking assertions, reviewing generated code, detecting invented assumptions, testing negative paths and repairing the work live. AI can accelerate a Quality Engineer. It cannot accept your assessment responsibility.

Credentials

Five stackable credentials — and gates no average score can hide.

Attendance, tool completion or a large number of passing checks is not sufficient. Test count, automation percentage and an AI score are never treated as proof of release safety.

Credential ladder
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Optional ISTQB alignment
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The CT-GenAI and CT-AI split mirrors our own separation of testing with AI and testing AI. This programme is not an accredited exam-preparation promise; verify syllabus versions and prerequisites before booking.
Non-negotiable gates
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Career outcomes

The roles this builds for — and the questions you'll be able to answer.

Digital Edify provides structured learning, assessed evidence, portfolio development and career-readiness support. A course cannot guarantee a job, salary, interview or promotion.

Primary role cluster
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Experience-dependent progression
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Hybrid capability outcomes
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Interview differentiation · graduates can explain these
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Audience & readiness

For people who want to inspect failure carefully.

Professional testing experience, previous AI experience, advanced mathematics, model-building skill, cloud certification, a GPU and a specific framework are all not required.

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Required for direct entry
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Quality Engineering Readiness Bridge
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The admissions diagnostic is practical: identify ambiguous acceptance criteria, propose boundary and negative cases, read a TypeScript test, modify a Python API check, inspect an HTTP response, write a SQL query, make a commit, distinguish bug from risk from business impact — and review one AI-generated test for a weak assertion.
Talk to your coach
Who hires this role

Where quality engineering is actually hired.

The titles differ by employer — the role cluster above covers them. What does not differ is the ask: someone who can produce independent evidence about whether a system is safe to release, and defend it.

How to read this
Types of employer that hire quality engineers, and what each screens hardest for.
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What they screen hardest for
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Categories reflect how these roles are commonly scoped and advertised across the market. Availability, titles and requirements differ by employer, region and year, and many roles expect prior industry experience — see the evidence methodology.

Digital Edify alumni

Careers launched — a sample.

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View all alumni →

Individual outcomes reflect each graduate's prior experience and market conditions. The programme does not guarantee a role — see the evidence methodology.

Your instructors

Taught by engineers who have blocked a release and been right.

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Teaches

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Trust & evidence

Do not trust the promise. Inspect the evidence.

A quality programme that made unverifiable claims about itself would be a poor advertisement for the discipline. No placement percentages, salary figures or borrowed employer logos appear on this page — ask us for anything on this list instead.

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Your faculty
Practitioners who can test the UI, challenge the agent and defend the evidence
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Named instructors, verified experience and current credentials are published per cohort — ask admissions for your cohort's faculty profile. We don't invent client names, production scale, placement outcomes or certifications.
See a release-defence recording Meet your instructor
Every case study must answer: what was the most consequential failure, why was that risk prioritised, what did the builder provide, what did independent quality add, what failed under adversarial conditions, which failures became regression cases, what uncertainty remains, what is the recommendation — and who is authorised to accept the residual risk.
FAQ

Questions learners actually ask.

If the answer you need isn't here, book a 20-minute advisor call. No slides, no pitch — just your questions.

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Our locations

Come chat with us — over coffee, or over Zoom.

Campus in Hyderabad, plus live online cohorts running on Indian and US timezones.

Flagship campus
Hyderabad
2nd Floor, HITEC City Road · Opp. Cyber Towers, Madhapur · Hyderabad, Telangana 500081
Call
+91 8142998866
Email
hello@digitaledify.ai
Hours
Mon–Sat · 9am–9pm
Live online
Global
Weekend and evening cohorts on IST and PST. Every online cohort runs the same labs, red-team exercises, evidence clinics and final release defence as the on-campus track.
Timezones
IST & PST
Format
Live labs + councils
Next cohort
Ask admissions

Ready to be the person who says "not yet" — with evidence?

Verify software, challenge AI, and graduate able to defend a release-risk recommendation under questioning from a release council.

+91 8142998866 hello@digitaledify.ai www.digitaledify.ai · Hyderabad · Atlanta
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