AI Consulting & Engineering Automation · Zurich, Switzerland

AI-driven automation for teams shipping hardware.

Workflow automation and AI-assisted tooling, backed by deep embedded hardware, firmware, and PCB expertise for IoT teams, hardware startups, and product engineers — delivered remotely.

Independent AI & engineering automation practice

AI ConsultingEngineering AutomationEmbedded SystemsRemote Support

When to engage

Engineering friction that slows teams down

Perri Engineering steps in when manual workflows or embedded complexity block product development. These are the problems that cost the most to leave unsolved.

Engineering workflows slowing iteration

Manual test processes, missing CI for firmware, or qualification pipelines that take days instead of hours. Automation and AI-assisted tooling can close these loops faster.

Unclear where AI actually fits

Interest in AI tooling without a clear picture of which parts of an engineering workflow it can safely improve — and which parts it should stay out of.

Embedded systems misbehaving

Prototypes that will not come up, intermittent firmware faults, or PCB issues surfaced after fabrication — problems where debug time gets expensive fast.

No embedded engineer in-house

Architecture decisions stalled, or a subsystem that needs specialist review before committing to fabrication, tooling, or production.

What we deliver

Engineering Services

AI-driven automation as the primary practice, backed by general embedded engineering consulting.

01

AI Consulting & Engineering Automation

Workflow automation and pragmatic AI tool adoption for engineering teams — automated verification pipelines, scripted tooling, and structured processes that remove manual bottlenecks from development.

When
Manual test cycles, slow verification loops, or a team evaluating where AI tooling can safely fit into an engineering workflow — and where it cannot.
Value
Faster iteration loops built on real engineering discipline, not a bolt-on tool — automated verification, scripted workflows, and grounded written recommendations.
02

Embedded Engineering Consulting

General embedded consulting across hardware, firmware, and PCB work — board bring-up, bare-metal C/C++ and RTOS development, schematic and layout review, and structured root-cause analysis when systems misbehave.

When
Hardware will not come up, firmware faults resist conventional debugging, a layout needs review before fabrication, or an architecture decision needs an outside opinion.
Value
Documented root-cause findings and clear written recommendations, backed by lab measurement, schematic correlation, and systematic RCA methodology.

In practice

What this looks like day to day

Four everyday situations where automation and AI tooling replace manual engineering overhead.

The Friday report nobody wants to write

Today
Someone exports measurement logs, pastes them into a spreadsheet, and rebuilds the same status report by hand every week.
Automated
Collection and formatting run as a scripted step, so the report is an artifact the pipeline produces rather than an afternoon of someone’s week.

Test runs that only happen when someone remembers

Today
A change lands and the full suite is run manually, days later, if at all. Breakages surface long after the work that caused them.
Automated
The suite runs automatically on every change, so a regression is tied to the commit that introduced it instead of turning up weeks later.

Issue reports that arrive without enough detail

Today
Field reports and internal tickets come in unstructured. An engineer spends the first hour working out what was actually observed.
Automated
A triage step summarizes each report, groups related ones, and attaches the relevant logs before an engineer picks it up.

Knowledge that lives in one person’s inbox

Today
Decisions, measurements, and the reasoning behind them sit in chat threads and personal folders. The next engineer re-derives what was already solved.
Automated
Structured, searchable documentation is written as work happens, so context survives handovers and staff changes.

Available for new projects

Describe the engineering challenge you’re facing.

Most engagements begin with a short written description — no commitment, no sales call required.

How it works

From problem to resolution

A straightforward engagement process designed to get to root cause quickly and deliver documented results.

  1. Describe the problem

    Brief written summary or short call. What system, what's failing, what you've already tried. No preparation required.

  2. Structured review

    Hardware, firmware, schematic, or workflow — examined from first principles, including where automation or AI tooling fits. Root cause identified, not just symptoms treated.

  3. Implement and test

    Fixes, new firmware, layout corrections, or workflow tooling — delivered and verified. Lab measurements and test results included.

  4. Handoff and support

    Written findings, reproducible results, and documentation your team can build on. Follow-up support as the next steps progress.

Start the conversation

Ready to unblock your engineering team?

Describe the AI, automation, or hardware challenge you’re facing. Most engagements start with a brief diagnostic discussion — no commitment required.

Thomas S. PerriThomas S. PerriFounder, Perri Engineering