Live Course
💎 11500
Part of AI Career Accelerator Path
[January 2026] Break Into AI Testing: The Next-Gen Quality Engineer Skillset
Master AI Testing & Land a $300K+ Job.
The most hands-on AI testing course is designed to make you job-ready. Learn how to test AI models like a pro and position yourself for top-tier AI QA roles.
Duration: 10 lectures (40 hours)
Instructors: Tagir Fakhriev, Amanda Curtis, Igor Dorovskikh, Jaime Mantilla
Free support in Discord included in the course price
😭 Sorry, the course is over
But soon the course will be available again.
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Key course features
Live, Hands-On Training: 5-week interactive program with real-time guidance and practical exercises.
AI-Focused QA Skills: Learn how to test large language models (LLMs) for reasoning, factual accuracy, safety, bias, and security.
Tailored for All QA Levels: Designed for manual testers, automation engineers, and tech professionals looking to break into AI testing.
Tool-Based Learning: Gain hands-on experience with tools like Promptfoo, LM Studio, Hugging Face, Jira/Confluence, ClickUp and Red Teaming
Real-World Projects: Complete guided assignments that result in a portfolio of AI test cases, bug reports, and quality benchmarks.
Career Readiness Module: Includes AI-focused résumé rewriting, interview prep, and LinkedIn branding strategies.
Supportive Learning Community: Access to instructors and a private Discord channel for 24/7 feedback and support.
Job-Oriented Outcomes: Skillset aligned with high-paying roles, potentially earning $300K+ within months.
Why you should sign up
The QA field is changing rapidly due to AI, which threatens traditional QA roles. If you’re a QA who fears being displaced and wants to stay competitive in 2025, this course is for you. If you want to land a $300 k+ high‑paying job offer in the next 4 months, you should sign up today.
⚠️ Course requirements
Minimum System Requirements
For macOS users:
- Processor: Apple Silicon M1, M2, M3 or M4
- Memory: 16 GB RAM (or higher)
- Storage: 30 GB free SSD space
Note: Mac OS systems without an M chip are not supported
For Windows users:
- Processor: Intel Core i5 / i7 or AMD Ryzen 5 / 7
- Memory: 16 GB RAM (or higher)
- GPU: Dedicated GPU with ≥ 6 GB VRAM (e.g., NVIDIA RTX 2060 / 3060)
- Storage: 30 GB free SSD space
Course syllabus
Amanda Curtis, Igor Dorovskikh, Vladimir Tanev, Tagir Fakhriev
Introduction: Course rules, setting up the permanent Discord community channel.
Theory: LLM basics, transformer architecture, differences between traditional software testing and AI system testing. Hands-on: Environment setup (local and cloud models). Initial interactive model exploration comparing local (LM Studio) and commercial (OpenAI, Anthropic) models using the same prompt. Vulnerabilities: Introduction to the seven unique AI testing challenges (e.g., security, hallucination, bias).
Homework: Complete environment setup and design 3+ test prompts targeting the vulnerabilities.
Amanda Curtis
Tool Introduction: Learning PromptFoo for systematic AI testing. Shift to hands-on, Q&A, and group exercises (minimal presentations).
Configuration: Overview of PromptFoo's configuration (YAML structure), including providers (LLMs), prompts, and initial deterministic assertions (pass/fail checks). Practice utilizing variables within prompts. Integration: Testing commercial and local models via PromptFoo.
Homework: Practice building test suites and reviewing assertions documentation.
Jaime Mantilla
Prompt Engineering: Defining the rules and constraints of the system (System Prompt) and crafting effective test inputs (User Prompt). Using AI (LLMs) to generate effective test prompts.
Evaluation: Hands-on workshop on LLM cost evaluation (budgeting) by running prompts against multiple models to compare cost per request. Organization: Structuring the testing framework using file-based prompt configurations.
Jaime Mantilla
Advanced Testing: Deep dive into assertions, particularly Model-Graded Assertions (MGA), where an LLM acts as a judge (LLM Rubric) to evaluate output quality (relevancy, factuality). Testing using CSV-based files for structured test data.
Career Start: Introduction to LinkedIn Personal Branding; documenting early achievements and incorporating AI testing keywords (e.g., prompt engineering, LLM testing) to profiles.
Homework: Review PromptFoo Red Teaming documentation.
Igor Dorovskikh, Vladimir Tanev
Equator Point: Course halfway review. Red Teaming: Defining red teaming as simulating adversarial inputs (like a comprehensive baseline report) to find vulnerabilities (e.g., security, bias). Discussion of vulnerability frameworks like the OWASP Top 10 for AI.
Strategy: Understanding Red Teaming workflow (defining strategy, execution, analysis) and configurations. Comparison of red teaming types (Small, Large, XXL/Extensive).
Homework: Prepare application details required for WeOptimize red teaming configuration (using AI assistance).
Igor Dorovskikh
Application Architecture: Reviewing the high-level architecture of the WeOptimize application (Orchestrator, Guard LLM, specialized LLMs, knowledge bases like Jira/Confluence/Figma).
Testing Mode: Focusing on end-to-end black box exploratory testing via the application's chat interface. Using the provided "Source of Truth" as acceptance criteria.
Bug Reporting: Hands-on exercise reporting and documenting bugs in ClickUp, including reproduction steps and linking them to specific AI vulnerabilities.
Tagir Fakhriev
Application Setup: Finalizing the Red Teaming configuration by inputting a comprehensive application context (main purpose, features, system rules) into PromptFoo.
Group Triage: Teams exchange reported bugs and attempt to reproduce and validate issues found by classmates.
Advanced Testing: Hands-on session applying PromptFoo for complex scenarios, including multi-turn conversation testing using JSON objects for regression. Tool Exposure: Alternative testing tool.
Tagir Fakhriev
Post-Launch Tools: Demo and discussion of tools used for monitoring and maintaining LLM models pre- and post-launch (e.g., ATARO wrapper).
New Tool Assignment: Introduction to Agenta (a comparable, alternative LLM testing platform).
Homework: Explore and evaluate Agenta to apply foundational testing concepts learned from PromptFoo. Research other AI testing tools in the market (consulting mindset).
Vladimir Tanev
Tool Comparison: Reviewing homework findings on Agenta, applying foundational concepts (Evals, variables) learned from PromptFoo to a new platform.
Career Branding: Strategies for content creation and influence building on LinkedIn. Using generative AI tools (e.g., Claude, ChatGPT) as brainstorming partners for posts, while avoiding generic copy-paste content.
Accomplishments: Workshop focused on drafting AI LLM testing accomplishment statements for resumes/profiles, quantifying the business impact of skills learned and bugs found in WeOptimize.
Homework: Post tailored AI testing content on LinkedIn and engage (comment/repost) with classmates' posts.
Igor Dorovskikh, Vladimir Tanev
Final Profile Optimization: Updating LinkedIn profiles and resumes with core AI testing skills (prompt engineering, red teaming, hallucination detection, token consumption).
Interview Preparation: Review of common AI testing interview questions (e.g., scaling tests, verifying factual responses, token consumption, security, testing LLMs with other LLMs).
Wrap-up: Final remarks, community engagement commitment, and discussion of post-course resources.
Engenious University reserves the right to change the modules' order to ensure the most efficient education process. All live lectures will be recorded and share with you thereafter. The course will include a mix of lectures, interactive discussions, hands-on exercises, and team activities to ensure active participation and practical learning experience for the students. Each week's content will be covered over two days, with time allocated for exercises and discussions.
Description
Unlock your next‑gen QA career with “How to Test AI Apps: The Most In-Demand QA Skill.”
Over five focused weeks, this live, hands‑on program shows you exactly how to test AI systems the way top tech companies already do. You’ll move beyond conventional test cases and learn to probe large language models for reasoning, factual accuracy, safety, bias and security, skills that every forward‑looking employer now demands.
The course is built for working testers at every level. Manual QAs upgrade their toolkit with prompt‑engineering tactics and open‑source frameworks and tools like Promptfoo, LM Studio and Hugging Face. Automation engineers sharpen their edge by integrating AI‑driven assertions, learn about synthetic data and using red‑team suites in existing pipelines. Even curious tech pros outside QA discover how AI can slash repetitive tasks, surface hidden defects and speed up releases.
Each live session mixes clear theory with guided exercises. You’ll explore real AI playgrounds, design multi‑step chat tests, hook up local models, and run end‑to‑end checks on the real startup app. Homework assignments turn every concept into portfolio‑ready work, and bug reports in ClickUp.
Because career impact matters, we finish this training with a dedicated “Career Readiness & Personal Branding” module in Week 5. You’ll rewrite your resume bullets with quantifiable AI‑testing wins, practice answering AI‑specific interview questions, and launch a LinkedIn routine highlighting your new expertise. Our instructors and private Discord channel stay available throughout for feedback and support.
Graduate with a job‑ready skill‑set that future‑proofs your role, positions you for high‑paying AI test jobs, and can realistically earn you a $300 k+ offer within the next four months. If you want to stay relevant, stand out, and lead quality conversations in 2025 and beyond, this course is built for you.
⚠️ Course requirements
Minimum System Requirements
For macOS users:
- Processor: Apple Silicon M1, M2, M3 or M4
- Memory: 16 GB RAM (or higher)
- Storage: 30 GB free SSD space
Note: Mac OS systems without an M chip are not supported
For Windows users:
- Processor: Intel Core i5 / i7 or AMD Ryzen 5 / 7
- Memory: 16 GB RAM (or higher)
- GPU: Dedicated GPU with ≥ 6 GB VRAM (e.g., NVIDIA RTX 2060 / 3060)
- Storage: 30 GB free SSD space
Who this course is for:
- You're a QA, SDETs, or QA Manager with 3 + years of experience who fears being replaced and wants to future‑proof their careers
- Manual QAs who need AI skills to stay competitive in 2025
- Software testers looking for high‑paying AI roles and command premium salaries by proving you can validate and harden next‑gen AI products.
- Tech professionals curious about AI testing and automation.
- You’re a software tester aiming for a high‑paying AI role.
Instructors
Software Engineer
10 years of experience in the tech industry; Senior Android Engineer in Platform team. Expert in CI/CD pipelines, test automation, and mobile infrastructure; passionate about developer productivity and workflow optimization.
Founder of Lemonade Tech & QA Manager
Amanda Curtis is a QA leader and founder of Lemonade Tech, with a passion for responsible AI adoption and helping teams cut through tech overwhelm. With 10+ years experience leading QA teams and modernizing testing practices, Amanda focuses on practical solutions that improve software quality while keeping technology approachable and human-centered. Helping organizations “find the good in tech” by cutting through complexity and focusing on what truly adds value.
CEO and Founder
Igor is an accomplished CEO and Founder of Engenious.io, with 15+ years of experience in software testing and development and over a decade in management. He has worked at Barnes & Noble, Expedia, Tinder, and consulted at Apple and Grammarly. In the mentorship program, Igor offers expertise in building a testing process from scratch, leadership success, understanding C-level executives' expectations, selecting the right technology stack, providing and collecting feedback, and team growth. Mentees benefit from Igor's insights on creating efficient testing processes, fostering productive teams, aligning with executive priorities, making informed technology choices, establishing feedback channels, and securing resources for team development. With Igor as their mentor, participants gain valuable knowledge, skills, and perspectives to excel as Dev/QA Directors or Managers.
Quality Engineering Manager
Seasoned IT professional with 14+ years of experience in Software Engineering, Quality Assurance, and Automation. Skilled in leading teams, designing test strategies, and building automation frameworks across diverse industries. Adept at leveraging modern tools, AI-driven testing approaches, and cloud technologies to deliver high-quality, scalable solutions. Holds a Bachelor’s in Management Information Systems and a Master’s in Information Technology with proven success supporting enterprise-level clients and Fortune 500 companies.
FAQ
Yes — at least 3 years of QA experience (manual or automation).
No programming background is needed, though familiarity with testing workflows is helpful.
Week 1: AI fundamentals, environment setup, and AI-assisted testing basics
Week 2: LLM testing, debugging model failures, and assertion strategies
Week 3: Advanced red-teaming, grounding validation, and safety testing
Week 4: Open-source tools, workflow automation, and model evaluation frameworks
Week 5: Resume optimization, job prep, and final capstone showcase
This program is for QA professionals with 3+ years of manual QA experience who want to move into the fast-growing world of AI Quality Assurance.
No coding or AI experience is required — just curiosity, analytical thinking, and a testing mindset.
The training is a 5-week long training. It includes 10 lectures (40 hours). Classes are held on weekends, Saturdays and Sundays from 10.00 am to 2.00 pm PST
1. Project-based learning: You test a real U.S. AI startup product
2. 95% hands-on: Minimal theory, maximum practice
3. Mentor-led live sessions (with recordings for 1-year access)
4. Career coaching and interview prep built into the final module.
You’ll gain practical skills to:
1. Test and validate AI-powered applications and LLMs
2. Detect hallucinations, bias, and factual drift
3. Evaluate grounding and context reliability
4. Use frameworks like Promptfoo and LLM-graded assertions
5. Build a portfolio-ready capstone project aligned with current job roles
Not in this cohort. The January 2026 program focuses exclusively on text-based LLMs, since the current job market is centered on grounding, factuality, and safety validation for text systems.
These are addressed through:
- Deterministic & weighted assertions
- LLM-graded accuracy evaluation
- Safety, bias, and hallucination detection patterns
- Multi-model comparison
- Context-based grounding checks
Weeks 2–3 focus on advanced Promptfoo assertions and red-team strategies to identify hallucinations, factual drift, and grounding violations.
You won’t build a RAG pipeline from scratch, but you’ll learn how to evaluate retrieval-augmented systems — a core QA responsibility in AI production environments.
Yes — these are included through:
1. Drift indicators and re-evaluation cycles
2. Synthetic variation testing
3. Failure pattern analysis
4. Feedback loop triage
You’ll learn to identify regression behaviors and emergent defects as AI systems evolve — essential for real-world QA teams.
It’s a 5-week, hands-on training program designed to help QA engineers transition into AI & LLM Testing roles. You’ll work on a real U.S. startup AI project while mastering model evaluation, red-teaming, and test automation with AI tools.
Yes, currently available only for U.S. applicants.
During checkout, you can select a payment plan through Stripe’s Klarna interface, allowing you to spread tuition into manageable installments.
Absolutely. The WeOptimize project is part of your official coursework and demonstrates real, applied experience testing an AI application.
You can include it under “Projects” or “Experience” on LinkedIn and your resume as:
“Tested and evaluated AI model behavior for WeOptimize — focusing on grounding validation, hallucination detection, and red-teaming strategies.”
This project acts as a verified reference of your AI testing experience, strengthening your professional portfolio.
Yes — we provide comprehensive career preparation and mentorship support, though employment is not guaranteed.
During the final week of the cohort, we dedicate 4 hours to focused career development sessions covering:
1. LinkedIn optimization and personal branding
2. Job search strategies tailored to AI and QA markets
3. Resume updates and portfolio positioning for AI Testing roles
For top-performing graduates, Engenious may offer short-term contract roles through partner projects or internal initiatives. However, timelines and availability are not guaranteed.
After graduation, you can continue growing through our Mentorship Program — designed to help you refine your AI QA skills, gain real-world experience, and stay connected with the Engenious professional network.
You’ll explore multi-agent orchestration concepts by testing a live AI app (WeOptimize). We emphasize end-to-end testing rather than isolated stages.
You’ll learn to:
✅ Identify failure points in multi-turn interactions
✅ Evaluate guardrail effectiveness and memory behavior
✅ Detect safety leaks and context loss across chained logic
✅ This reflects real QA work in AI product teams — black-box testing of complex reasoning flows.
By graduation, you’ll have:
✅ A Promptfoo test suite repository
✅ Bug reports in industry-standard templates
✅ Evaluation dashboards with LLM-graded results
✅ A written model behavior analysis across multiple failure categories
✅ These become your portfolio artifacts to showcase hands-on experience for recruiters and hiring managers.
Visit study.university.engenious.io/aicareeraccelerator
Submit your application and confirm your eligibility — only 40 seats per cohort are available. Early applicants receive priority for personalized feedback and project pairing.
Graduates qualify for emerging QA-AI hybrid roles such as:
✅ AI QA Engineer
✅ LLM Quality Engineer
✅ AI Test Engineer
✅ Evaluation Engineer
✅ AI Red-Teaming Analyst
💻 Windows
✅ Windows 10 (64-bit) or newer
✅ Intel i5 (8th Gen +) / AMD Ryzen 5 +
✅ 8 GB RAM (min), 16 GB recommended
✅ 20 GB free storage
✅ Node.js v18+, Python 3.8+, VS Code, Git (Docker optional)
✅ Chrome or Edge browser
✅ Stable 10 Mbps+ internet + webcam
🍏 macOS: macOS Monterey (12+) or newer
✅ Apple M1/M2 chip or Intel i5 (2018 +)
✅ 8 GB RAM (min), 16 GB recommended
✅ 20 GB free storage
✅ Homebrew, Node.js v18+, Python 3.8+, Docker (optional)
✅ Chrome or Safari browser
✅ Reliable 10 Mbps+ connection + webcam
💡 Tip: Dual-monitor setups improve productivity for labs and evaluations.