Become the engineer who ends the firefighting.
You're the one who sees it: regressions escaping every release, manual testing crawling, a third of the team's time disappearing into rework. The ATDD Accelerator puts the fix in your hands — master ATDD on real, legacy-style code, then bring the safety net to the project you actually ship. You become the engineer your team turns to when it has to ship reliably.
Ship, test, report a bug, fix, retest — and round it goes. You're the one watching each loop run slower than the last, regression bugs creep back in, and rework quietly drain the team. You've raised it. "We'll add more QA" never fixes it.
Another manual regression pass — ship, test, report, fix, retest. The cycle stretches longer each time, and the predictable delivery you keep promising slips further out of reach.
Manual QA can't keep pace with the codebase. Regressions slip through to production, and you're the one fielding the fallout — again.
Roughly a third of the team's time goes to fixing regressions instead of shipping features. You feel the capacity draining away, and you can't get anyone to fix the root cause.
The fix isn't more manual testing. It's catching regressions automatically — before they ship.
Acceptance Test-Driven Development flips the order of work.
You write a system-level acceptance test describing the behaviour you want before you implement the story. That test becomes both the specification and the safety net — so instead of waiting weeks for a manual regression pass, you get fast, reliable feedback within an hour, every time you run the suite.
That's what the ATDD Accelerator teaches.
Everything ATDD needs is technically out there — but it's scattered across a shelf of books, conference talks, and blog posts, none of which fully agree, and none of which show you how the pieces fit together on real legacy code. So you do what a conscientious engineer does: you read all of it and try to assemble the puzzle yourself.
That's where most ATDD attempts quietly die:
The Accelerator hands you the method already assembled — the pieces in the right order, proven on legacy-style code — so you spend your time applying it, not hunting for it. What takes years of trial and error on your own, you do in a fraction of that, building something real you can point to. You don't need another book on the shelf. You need the method, in order, that you can put to work on Monday.
The curriculum runs in two self-paced parts — from a trustworthy delivery pipeline to full ATDD, practised hands-on as you build your own project on an open-source codebase. Apply each step when you're ready; there's no schedule to keep up with.
You build on the sandbox so that when you turn to your own codebase, you've already done it once — the sandbox is the rehearsal, your real project is the point.
Build a fast, reliably green delivery pipeline — the safety net that ATDD runs on.
Acceptance testing and the architecture that makes it hold on real, legacy code.
You work through the lessons at your own pace, building your project as you go — there's no fixed schedule to keep up with. This is the current curriculum; we may update or change it over time.
Most people who take the Accelerator aren't beginners — they're senior engineers and tech leads who've worked out that the real bottleneck is manual everything: manual testing, manual deployment, manual regression. They're done waiting for someone else to fix it. You learn ATDD properly, prove you can do it, and become the person who turned your team's delivery around — the one they turn to when it has to ship reliably.
And it doesn't stop with you.
Master this and you don't just fix your own work — you bring the safety net back to the code your whole team ships, and it's your name on the change:
This isn't just lessons you watch — it's a path to a credential. Prove you can do ATDD on real, legacy-style code and earn a certification that says so — concrete proof you can lead this, not just talk about it, the kind you can put in front of your manager when you make the case.
Work through the open-source sandbox end to end, applying every step of ATDD hands-on — the same techniques you'll bring back to your own codebase.
Your sandbox work is personally reviewed and signed off. Clear that review and you're certified as an Optivem Certified ATDD Practitioner.
Included. Certification runs through your 1:1 sandbox review — part of the offer for everyone who enrols.
Every enrolment includes a full year of support — weekly office hours, async Q&A, and personal 1:1 sandbox reviews — plus the curriculum itself, yours to keep, with no expiry.
The full self-paced program, plus live weekly office hours, async Q&A, a personal 1:1 review of your sandbox work, and the path to certification.
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Not sure it's the right fit? Book a call
Bringing a team? Put everyone on one invoice and expense it once, with a volume discount that grows with headcount — 10% off 3–4 seats, 15% off 5–9, 20% off 10+. Book a call to discuss.
The offer includes the curriculum — yours to keep — plus a full year of support (office hours, Q&A, and 1:1 reviews). It's a one-time payment; a company invoice (name + VAT, EU reverse-charge where valid) is available at checkout — easy to expense.
Add your company name and VAT ID at checkout for a proper invoice, ready to claim from a learning & development or training budget. And you've got a clear case to make: you come back able to cut regression bugs, speed up delivery, and train the rest of the team. The whole program is a one-time, expensable cost — no subscription to justify.
Technical Coach at Optivem. Years spent helping engineering teams across Europe and North America get tangled, untested code under control — and ship safely, faster.
"Teams aren't stuck for lack of theory. They're stuck because no one's shown them how to apply it to real, legacy code."
She built the ATDD Accelerator to teach that method directly — acceptance testing and the pipeline and architecture that make it hold on production code — now as a self-paced program you can work through on your own.
Master ATDD on a real, legacy-style project — then bring the safety net to the codebase that's giving you grief right now, and be the engineer who turned delivery around.