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All services. One engineering partner.

Electronics that works
in the real world.

Schematic and circuit design, PCB layout, firmware, embedded Linux, prototyping, testing and manufacturing support — engineered as one connected programme. Surfytech Electronics takes devices from first concept to production, with hardware and software handled by the same team.

Explore all services
  • Schematic & PCB design
  • Firmware & embedded Linux
  • Prototyping & production
Why Surfytech Electronics?

One engineering team.
Across hardware and firmware.

Electronics products fail at the seams between disciplines. At Surfytech Electronics, hardware engineers, firmware developers and mechanical designers work on the same product, from the same data, with the same review points.

Whether you need one focused fix or a complete programme, we align the work around your product goals, quantities and compliance needs rather than around our service lines.

No hand-offs. The same engineers carry a design from schematic review through prototype bring-up to production documentation.
  • 01
    Hardware and firmware together

    Schematic, layout, drivers and application logic are designed against each other from day one.

  • 02
    Designed for manufacture

    Component availability, DFM, test points and documentation are planned before the first build.

  • 03
    Prototype to production

    Bring-up, iterative builds and production support without changing engineering partners.

  • 04
    Compliance-aware engineering

    Safety, EMC and reliability requirements are considered early, not added at the end.

All services

Every stage of electronics,
in one partner.

From schematic capture to production support — circuit design, PCB engineering, firmware, embedded Linux, mechanical design, prototyping and test, connected as one engineering programme.

Service details

Deep electronics expertise,
every service explained.

Each category below links to detailed pages describing scope, approach and deliverables — so you know what is included before you commit to a build.

Design & Simulation

From idea to a reviewed schematic and layout

We capture analog, power, digital and mixed-signal circuits, simulate them against real operating conditions, and lay out multilayer boards with signal and power integrity in mind — so design decisions are validated before they reach fabrication.

Schematic & Circuit Design PCB Design & Simulation PCB Layout Engineering VLSI & ASIC Design Component Sourcing Cost & BOM Analysis
Firmware & Embedded

Code that matches the hardware it runs on

Drivers, RTOS tasks, bootloaders and Linux applications developed alongside the board they control — with secure boot, field updates and clear interfaces between firmware, applications and connected services.

Firmware Development Embedded Linux & RTOS Linux Applications Embedded Security GUI Development Display Drivers
Prototyping & Product

Physical products, developed and proven quickly

Concept models, functional prototypes, enclosures and mechanical assemblies — built to answer real questions about fit, thermal behaviour, user handling and manufacturability before you commit to tooling.

Prototyping & Concept Rapid Prototyping 3D Prototyping Mechanical & 3D Design Mechanical Tools Product Design Services
IoT & Connectivity

Devices that connect, report and stay reliable

Sensor nodes, gateways and wireless links designed as one system — covering radio selection, power budgets, device-to-cloud integration and the monitoring that turns readings into decisions.

IoT & Sensors Wireless & RF Design Connectivity Solutions Audiovisual Electronics Battery Technology Solar Applications
Manufacturing & Test

From a working prototype to a repeatable build

Prototype builds, bring-up and functional testing, sourcing, assembly support and documentation — planned so the first production run behaves like the prototype you already validated.

Manufacturing Support Testing & Compliance Safety Lab Equipment TOT & Technology Development Electronics Development Electromechanical Integration
Automation & Robotics

Motion, power and control in demanding environments

Motor drivers, power modules and control electronics for automation, automotive and energy applications — engineered for thermal limits, electrical transients and long product lifecycles.

Robotics Systems High Power Motor Drivers Motor Drivers Automotive LED Drivers Industrial Electronics Energy & Power
Products & Modules

Reference platforms you can build on or adapt

Engineered modules and boards that shorten your time to first working system — useful as delivered, or as a starting point that we customise for your enclosure, interface or volume.

SOM Board Power Supply TFT Drivers Display Interfaces All Products Product Design Services
Our process

From discovery to production.
And everything after.

Discovery → Design → Prototype → Build → Validation → Production & support. A collaborative process with clear review points and room to learn from each build.

  1. Discovery

    Understand the product goal, application, users, volumes, existing designs and compliance needs. Agree scope, priorities and risks.

    Output: requirements & technical brief

  2. Design

    Architecture, component selection, schematic capture and simulation. Review the design before layout or code is committed.

    Output: reviewed schematic & simulations

  3. Layout & firmware

    PCB layout, stack-up, thermal and DFM planning, alongside drivers, RTOS tasks and application logic.

    Output: layout & firmware deliverables

  4. Prototype

    Build prototypes, bring them up on the bench, and iterate on real measurements rather than assumptions.

    Output: validated prototype units

  5. Test & validate

    Functional, environmental and pre-compliance testing, with fixes fed back into the design and test documentation.

    Output: test results & release readiness

  6. Production & support

    Production files, BOM, sourcing, assembly support and documentation — plus revisions after launch.

    Output: production package & support plan
Technologies

The right toolchain.
Not just the newest one.

We select components, tools and platforms around reliability, availability, cost and the long-term support your product needs.

  • EDA & captureSchematic capture and SPICE simulation
  • PCB layoutMultilayer, controlled impedance, DFM
  • MCUs & SoCsARM Cortex-M, RISC-V, 8/16/32-bit MCUs
  • Embedded LinuxBSPs, kernel work, custom distributions
  • RTOS & timingFreeRTOS, Zephyr, precise control loops
  • Wireless & RFWi-Fi, BLE, LoRa, Zigbee, NB-IoT
  • Industrial busesCAN, LIN, RS-485, Modbus, USB
  • Power & signalPower conversion, signal conditioning, integrity
  • Test & complianceBring-up, environmental, EMC pre-scan
A toolchain is only part of the answer. We also plan component lifecycle, alternate sourcing, test coverage and the documentation your manufacturing partner needs.
Industries

Built around your industry.
Designed around its environment.

Temperature, vibration, electrical transients and certification requirements differ by sector. We capture those constraints during discovery, not after the first build.

Automotive

In-cabin electronics, LED drivers and control units designed around automotive electrical and thermal expectations.

Automotive electronics

Railways

Onboard and signalling electronics built for vibration, temperature cycling and long maintenance cycles.

Railways electronics

Energy & power

Monitoring, metering, conversion and control electronics for energy and power systems.

Energy & power

Defence

Rugged, secure and mission-critical systems with controlled supply and documentation.

Defence electronics
Capability examples

See the engineering problem.
Imagine the possibilities.

The scenarios below illustrate the kind of work we do — they are not published client case studies or measured results. Ask us about relevant experience for your product.

Illustrative · Condition monitoring

Connected monitoring for a production line

Challenge: Equipment readings are taken manually, so failures are found late.

Approach: A sensor node and gateway feeding a monitoring dashboard with alerts.

Explore IoT & sensors →
Illustrative · Legacy control board

Replacing a board that is hard to source

Challenge: An ageing controller is no longer available and cannot be reordered.

Approach: Reverse-engineer, redesign, validate against the original behaviour, then release production files.

Explore circuit design →
Illustrative · Automotive lighting

An LED driver for a harsh electrical environment

Challenge: Load dump, temperature extremes and vibration limit off-the-shelf modules.

Approach: A derated custom driver with protection, monitoring and pre-compliance testing.

Explore LED drivers →
Frequently asked questions

Good questions.
Clear starting points.

Here’s what to consider when planning your next electronics product.

Ask about your requirements →
What electronics engineering services does Surfytech Electronics offer?

Surfytech Electronics offers schematic and circuit design, PCB design and simulation, firmware development, embedded Linux and BSP work, mechanical and 3D design, prototyping, testing and manufacturing support.

Can you take a product from concept to production?

Yes. Discovery, schematic capture, PCB layout, firmware, prototype builds, testing and production documentation can be scoped together or as individual stages, with deliverables and responsibilities agreed before delivery.

Do you support multilayer and high-speed PCB design?

Yes. Multilayer stack-ups, controlled impedance, signal and power integrity, placement strategy and DFM reviews are part of the PCB design workflow.

Which embedded platforms do you work with?

Microcontroller and RTOS projects, embedded Linux with custom BSPs, device drivers, bootloaders and connectivity stacks, selected around your performance, cost and lifecycle needs.

How long does an electronics design project take?

Timelines depend on complexity, component availability, compliance requirements and review cycles. Discovery helps identify milestones and delivery risks, and a focused first prototype can be planned separately from later enhancements.

Do you help with prototyping and testing?

Yes. Prototype builds, bring-up, functional and environmental testing, documentation and guidance towards applicable compliance testing can be included in the engagement.

Can you work with an existing design?

Yes. We can review an existing schematic, layout or codebase for reliability, cost and maintainability, then prioritise fixes or a phased redesign.

How do I get started?

Tell us about your product goal, target application, existing designs, expected volumes and timeline. A short brief is enough to begin a conversation and agree a practical next step.

Start your project

Let’s plan the right engineering
path for your product.

Have an idea, a board that needs attention or a design ready for production? Tell us what you are building and where you are today.

Call +91-8595012317

No complete specification needed. A short brief of your product and goals is enough to start.

What happens next?

  1. Share your product goal, application and current stage.
  2. Discuss the components, interfaces and constraints that matter.
  3. Agree a practical next step and the scope for a proposal.

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