ELECTRONICS DESIGN
Electronics design from idea to working prototype
TavoTech provides electronics design services to companies in Lithuania, from technical requirements and system architecture through schematics, printed circuit boards (PCB), firmware, prototypes and manufacturing data.
Design approach
An electronics product is designed as one coordinated system
Dependable electronics design starts with clear functional requirements and a well-founded system architecture. Schematics, components, the printed circuit board (PCB), firmware and mechanical constraints are evaluated together.
The scope is adapted to the project stage: work can begin with an idea or technical specification, continue an existing project, or cover one defined stage. This gives small and medium-sized companies access to senior-level expertise without maintaining a permanent engineering position.
A consistent design process exposes interface, component and manufacturing issues earlier, reducing the risk of costly changes and rework later in development.
The result is a coordinated electronics solution, a verified prototype and the agreed source and manufacturing files for continued product development or series production.
Capabilities
What electronics design services include
The engagement can cover the complete electronics product-development chain or one specific project stage.
Requirements and system architecture
Product functions, operating environment, interfaces, power, technical constraints, risks and verification criteria.
Schematics and components
Analogue, digital and power circuits, component selection, alternatives, libraries and schematic review.
PCB design
Multilayer and HDI boards, signal and power integrity (SI/PI), mechanical integration, and design for manufacturing and assembly (DFM/DFA).
Embedded firmware
Firmware for ESP32, STM32, Nordic nRF and other microcontrollers, bootloaders, diagnostics, Wi-Fi, Bluetooth and LTE connectivity.
Prototyping and testing
Prototype manufacturing and assembly coordination, with verification of functions, interfaces, connectivity and hardware–firmware integration.
Production preparation and handover
Bill of materials (BOM), Gerber, NC Drill, assembly, firmware and project documentation files.
When to get in touch
Electronics design for different project situations
A new electronics productYou need a technical architecture and a realistic path from idea to working prototype.
A stalled projectYou need to identify the cause of a fault, instability or hardware–firmware integration problem.
Obsolete components or designYou need to replace unavailable components, update the design or preserve essential functionality.
A specific project stageYou only need schematics, PCB design, firmware, a prototype, a technical review or production preparation.
Workflow
A clear path from requirements to technical handover
Clear intermediate deliverables make it possible to validate key assumptions early, manage technical risk and reduce costly late-stage rework.
Requirements analysisFunctions, operating environment, interfaces, constraints and success criteria are agreed.
ArchitectureThe technical direction, key components, power architecture and data flows are defined.
DesignSchematics, PCB, libraries and firmware are developed according to the agreed scope.
PrototypeBoard fabrication, component procurement, prototype assembly and initial bring-up are coordinated.
TestingFunctionality and integration are checked against agreed criteria, with changes and known limitations documented.
HandoverDocumentation and the agreed source and manufacturing files are handed over for continued product development.
Project deliverables
What you receive
The exact list of source, manufacturing and firmware files to be delivered is agreed before work begins.
Schematic and PCB source filesSchematics, PCB design, libraries and the agreed editable design files.
Manufacturing and assembly dataBill of materials (BOM), Gerber, NC Drill, component-placement and assembly files according to scope.
Firmware source filesSoftware modules within the agreed scope, project configuration, build and programming information.
Test results and documentationVerified scenarios, known limitations, technical assumptions and information required for continued product support.
Technical implementation
From schematic to working prototype
Frequently asked questions
Before starting an electronics project
How much does electronics design cost?
Cost depends on the functions, circuit complexity, PCB, firmware and testing scope. A short project description is enough to estimate the initial stage and propose a work plan.
How long does an electronics project take?
Duration depends on project scope, component availability, prototype lead times and the number of required iterations. Work is divided into clear stages.
Can you take over an existing project?
Yes. Available source files, schematics, PCB data, software and documentation are reviewed before risks and a continuation plan are presented.
Do you modernise legacy electronics?
Yes. Existing PCB, Gerber files and the bill of materials (BOM) can be analysed, missing schematics reconstructed, obsolete components replaced or a new solution designed.
Can we sign a non-disclosure agreement (NDA)?
Yes. A non-disclosure agreement can be arranged before sensitive technical information is shared.
What information is needed to begin?
A short description of the product purpose, key functions, operating environment, available interfaces and desired outcome is enough to begin. Existing files can be assessed during technical analysis.
Need to design or update an electronics product?
Send the available technical information or a short project description. TavoTech will assess the project stage and key risks, then suggest a practical next step.