MASH AI Technologies

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Datasheet · Services

Five service lines, one senior engineer.

Engage us for a single stage or the whole path from schematic to a documented, manufacturable design. Every line below is delivered directly by the founder.

Service · 01

PCB layout design

The board is where an idea becomes physical — and where most hardware problems are quietly created or avoided. We lay out multi-layer PCBs with manufacturability, signal integrity and thermal behaviour treated as design goals from the first placement, not afterthoughts at bring-up.

  • Component placement for signal flow, thermals and assembly
  • Controlled-impedance and high-speed routing
  • Power distribution, decoupling and ground strategy
  • Design-for-manufacture and design-for-test from the start
Close-up of a multi-layer printed circuit board with fine copper traces and a fine-pitch integrated circuit
Typical inputsSchematic, mechanical constraints, target stack-up
DeliverablesLayout database, Gerber/ODB++, drill files, assembly drawings
Best forNew boards, re-spins, dense or high-speed designs

Service · 02

AI & edge-hardware consulting

Running intelligence at the edge is a hardware problem before it is a software one. We help you choose the MCU, SoC, accelerator, memory and sensor stack that will actually meet your latency, power and cost targets — and design the board around that decision rather than fighting it later.

  • Processor, accelerator and sensor selection for edge inference
  • Power and thermal budgeting for always-on workloads
  • Trade-off analysis between performance, cost and board area
  • Architecture guidance that keeps the software team unblocked
A microcontroller chip surrounded by discrete electronic components on a dark surface
Typical inputsWorkload, power envelope, cost target, form factor
DeliverablesComponent recommendations, block architecture, trade-off notes
Best forSmart devices, embedded AI, sensor-driven products

Service · 03

Prototype-to-production support

A working prototype and a manufacturable product are not the same thing. We help close that gap: bringing boards up, diagnosing what the bench reveals, iterating deliberately, and preparing the design so a contract manufacturer can build it repeatably and at yield.

  • Board bring-up and hands-on debugging
  • Design iteration driven by measurement, not guesswork
  • Test strategy and new-product-introduction planning
  • A clean hand-off package to your manufacturer
Oscilloscope on a lab bench showing a waveform while probes are connected to a board under test
Typical inputsPrototype boards, test goals, target volume
DeliverablesBring-up report, iteration plan, test & NPI documentation
Best forTeams moving from a proven prototype to volume production

Service · 04

Design review & advisory

Sometimes you don't need us to do the design — you need a senior engineer to tell you the truth about it. A structured review of your schematic, layout or architecture catches the expensive mistakes while they are still cheap to fix, and gives your team an experienced sounding board.

  • Schematic review — correctness, part choices, risk areas
  • Layout review — signal integrity, power, manufacturability
  • Architecture advisory — the big decisions, early
  • Clear, prioritised findings your team can act on
Organized electronics workshop bench with test equipment and several circuit boards ready for review
Typical inputsSchematics, layout files, architecture docs
DeliverablesPrioritised findings report with recommended fixes
Best forIn-house teams wanting a senior second opinion before a re-spin

Service · 05

Supplier coordination & documentation

A design is only as good as the package that leaves for the fab. We produce the clean, consistent documentation — BOMs, fabrication and assembly files, design notes — and coordinate with your suppliers so that what gets built matches what was designed.

  • Accurate, sourced bills of materials (BOMs)
  • Fabrication and assembly file packages
  • Design notes that capture intent and rationale
  • Direct coordination with fabricators and assemblers
Electronic components and an integrated circuit arranged neatly, representing a documented bill of materials
Typical inputsFinal design, preferred suppliers, volume targets
DeliverablesBOM, Gerber/ODB++, assembly docs, design notes
Best forGetting a finished design cleanly into manufacturing

Not sure where you fit?

Tell us the stage — we'll map the service.

Most engagements combine two or three of these lines. Describe your board and timeline and we'll propose the right scope.