Engineering

Training that changes the drawing

Most fastener cost is decided before a supplier is involved — in the drawing, the thread callout and the tolerance that nobody needed. Four modules aimed at that moment.

4 modules3 formatsEnglish / BahasaDesign efficiency +20%

Curriculum

Four modules, in the order that makes sense

Each module stands alone, but the sequence is deliberate: process first, then quality, then design. Understanding how the part is made is what makes the design guidance stick.

Fastener manufacturing process

What actually happens between a wire coil and a carton: cold forging, thread rolling, heat treatment, surface treatment, sorting. Engineers who have not seen the process tend to specify features that are expensive or impossible to form.

Quality planning for fasteners

Which characteristics are worth controlling, which inspection is meaningful at micro sizes, and how a control plan maps onto a drawing. This is the module that usually changes how a drawing is written.

Fastener design and selection — basic

Thread, head, drive, material and finish fundamentals, plus the standard parts that already exist. A large share of new part numbers turn out to be a standard part with a different name.

Fastener design and selection — advanced

Preload, friction, joint stiffness, locking methods and the failure modes that only appear after thermal cycling or vibration. Aimed at engineers already comfortable with the basics.

Formats

Three ways to run it

The content is the same; the format decides how much of it survives the week after.

Customised training

Built around your product and your drawings. Participants work on their own assemblies rather than on generic examples, which is why this format produces the most change.

Seminars

A single session for a larger group — typically design, quality and procurement in the same room, so that the trade-offs are heard by everyone who has to live with them.

Online training

For teams that are distributed or cannot take a full day out. Recorded or live, and usually split into shorter sessions to fit around production.

Outcome

What the programme is expected to change

Two figures are documented for this service: design efficiency up by 20%, and quality cost down by 15%. They are expectations, and they are stated as such — the result depends on how much design freedom still exists when the training happens.

The reasoning behind them is simple. A part that is specified correctly the first time does not go through three rounds of sample approval, and a characteristic that is controlled for a reason does not generate inspection cost that nobody can justify later.

Questions

Training FAQ

Who is the training for?

Design engineers, quality engineers and sourcing teams. The basic module assumes no fastener background; the advanced module assumes the participant already specifies fasteners and wants to understand why some joints fail.

Is there a charge?

It depends on the arrangement and the format. Training is normally part of a development relationship rather than a standalone product, so it is discussed along with the project rather than priced from a list.

What outcome is expected?

The documented expectation is a 20% improvement in design efficiency and a 15% reduction in quality cost. Those are expectations from the programme, not a contractual guarantee — the result depends heavily on how much of the design work is still open when the training happens.

Can it be delivered in English?

Yes. Sessions run in English or Bahasa Indonesia, and written material is prepared in the language the team will actually use.

Run a session with your team

Tell us the product family and the audience. The modules get rebuilt around your drawings rather than delivered from a slide deck.

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