Process-specific design rules
We teach geometry rules, material limits, failure modes, and post-processing for the specific process your part runs on — FDM, SLA, SLS, MJF, metal PBF, binder jetting, or DED.
About DFAM Academy
Most additive manufacturing training stops at generic theory. DFAM Academy goes the other way — into the process-specific design rules, failure modes, and release evidence your team needs to take a part from a printed prototype to a qualified production component.
Why we exist
Engineering teams rarely struggle to get excited about additive manufacturing. They struggle to decide which parts belong on which process, to make in-house printing repeatable, and to produce the evidence a quality organization will sign off on.
DFAM Academy was built to close that gap. We focus on the unglamorous, decisive work — orientation and anisotropy, supports and post-processing, inspection and qualification — so additive decisions stop being one-off judgment calls and become standard work your team owns.
What we do
We teach geometry rules, material limits, failure modes, and post-processing for the specific process your part runs on — FDM, SLA, SLS, MJF, metal PBF, binder jetting, or DED.
From first geometry reviews to capstone release reviews, we score candidates against printer fit, support burden, and the inspection and qualification gates your part has to clear.
We leave your team with a shared decision framework, documented workflows, and the judgment to qualify the next part without us in the room.
How we work
A bracket on FDM and a manifold on metal PBF fail in completely different ways. We train and review against the process in front of you, not additive in the abstract.
A part is ready when the data says so. We tie design decisions to inspection criteria, risk controls, and production-readiness records your quality team can own.
Our goal is to make ourselves unnecessary. Engagements are designed to transfer judgment to your team, not to keep them calling us.
Who we partner with
Give your team a shared decision process before designs reach the printer, the supplier, or the release gate.
Turn machine setup, material handling, and inspection into documented standard work.
Connect DfAM decisions to inspection criteria, risk controls, and defensible release records.
Work with us
Tell us what you are trying to release, the machines you run, and your timeline. We will come back with a scoped engagement and a clear investment.