ONE ENGINEERING TEAM · COMPLETE PRODUCT RESPONSIBILITY

Electronic engineering services that move products forward

Turn a product idea, inherited design or working prototype into a reliable electronic device with one team coordinating architecture, hardware, PCB, firmware, wireless performance, validation and production preparation.

ABTC helps startups, SMEs and established product teams reduce technical uncertainty, make better decisions earlier and reach the next commercial milestone with evidence rather than assumptions.

  • Fewer integration gaps
  • Clearer technical decisions
  • A practical route to production

CLIENT OUTCOMES

Choose the support your product needs now

Every engagement is shaped around the business outcome and current maturity of the product. Specialist capabilities can be combined without fragmenting responsibility.

Complete product engineering

Align requirements, electronics, firmware, RF, mechanics and manufacturing constraints before late changes become expensive.

Hardware and PCB design

Develop robust schematics and manufacturable multilayer PCBs with signal, power, RF, test and lifecycle needs considered together.

Production-grade firmware

Create maintainable embedded software with clear architecture, diagnostics, tests, controlled releases and reliable device behaviour.

Industrialisation and recovery

Audit prototypes or inherited products, resolve critical risks and prepare documentation, validation and production test for scale.

WHEN WE ADD THE MOST VALUE

A useful partner from first concept to product recovery

ABTC is especially valuable when the product crosses technical boundaries or the next decision has a direct effect on cost, reliability, certification or time to market.

  • A startup needs a realistic architecture and development plan before investing heavily.
  • A prototype works in the laboratory but is not ready for certification or manufacturing.
  • Hardware and firmware teams are losing time at unclear subsystem boundaries.
  • An existing product needs redesign, new connectivity, lower power or a maintainable codebase.
  • A connected device requires BLE, Wi-Fi, UWB, RF or multiradio integration.

A CONTROLLED ENGINEERING PATH

How we protect momentum and investment

  1. Clarify the product outcome

    Define required behaviour, operating environment, commercial constraints, maturity and the decisions that matter next.

  2. Reduce uncertainty

    Review architecture, risks, interfaces, components, RF conditions, firmware foundations, certification and production assumptions.

  3. Build and verify

    Deliver controlled engineering increments supported by design reviews, prototypes, test evidence and documented decisions.

  4. Prepare the next stage

    Package sources, documentation, manufacturing data, test strategy and open risks so progress continues without hidden dependency.

TANGIBLE PROGRESS

Engineering assets that remain useful after delivery

The exact package depends on scope, but our work is structured to become part of the client's product knowledge rather than a disposable demonstration.

  • Requirements, architecture and interface decisions
  • Schematics, PCB sources, manufacturing and assembly data
  • Firmware source, builds, configuration and release information
  • Bring-up records, validation results and issue tracking
  • Production-test, certification and industrialisation guidance
  • Technical documentation designed for continued engineering work

DECISION SUPPORT

Questions before selecting an engineering partner

Can ABTC take responsibility for both hardware and firmware?

Yes. ABTC can deliver the complete electronic development or reinforce a client team in selected areas. Keeping hardware, firmware and validation in the same technical loop reduces integration delay and ambiguity.

Do we need a complete specification before contacting ABTC?

No. An idea, functional description, prototype or existing design is enough to begin. The first step can be requirements clarification, feasibility analysis or a focused technical audit.

Does ABTC work only on connected or Nordic-based products?

ABTC develops connected and non-connected electronic products across multiple MCU, RTOS and connectivity platforms. Nordic and Qorvo partnerships demonstrate specialist depth and do not limit platform selection.

Can ABTC support the transition to manufacturing?

Yes. Support can include design for manufacture and test, component lifecycle review, production files, test strategy, pilot-build assistance, issue resolution and coordination with manufacturing partners.

Give the next product decision a stronger technical foundation

Share what the product must achieve, what already exists and the milestone that matters next. We will structure the first conversation around the engineering risk and business outcome.

Discuss your product