Industrial & mechanical design
Concept through to CMF and tooling release. Stack-up budgeting, drop and torsion simulation, tolerance analysis against the assembly line that will actually build it.
Business line A
We take a handset from an industrial-design intent to a certified, mass-producible product — and we own the software that ships on it.
Position
Our mobile practice exists for a specific kind of customer: a brand with a strong point of view and no desire to run a 400-person hardware organisation. We supply the engineering depth; the customer keeps the design authority.
Capabilities
Concept through to CMF and tooling release. Stack-up budgeting, drop and torsion simulation, tolerance analysis against the assembly line that will actually build it.
Antenna placement under real hand grips, OTA chamber correlation, and a thermal architecture designed against sustained load rather than a 30-second benchmark run.
Sensor selection, module qualification and a full tuning pass — 3A convergence, noise and detail balance, skin tone and colour science held to a written brand target, not a vendor default.
AOSP-based builds, board bring-up, a maintained OTA pipeline with rollback, and a security patch cadence committed to in the contract rather than promised in a deck.
EVT / DVT / PVT gates with published exit criteria, reliability and environmental campaigns, and the compliance path for the launch markets agreed before the first build.
Line setup, test-station software, yield analysis and the failure-analysis loop that turns a return into a design change instead of a statistic.
Programme model
A gate that can be argued past is not a gate. Each phase below has a written exit criterion agreed before the phase starts, and the evidence for passing it is an artefact the customer can inspect — a report, a build, a yield number — not a status colour in a slide.
A handset programme starts with one honest conversation about the BOM.
Business line A · Mobile Devices
Next — Intelligent Cockpit