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R&D Engineering Services

From electronics design and embedded firmware to compliance validation and lab testing — full‑stack engineering capabilities for regulated and high‑reliability products.
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Electronics Engineering Capabilities

Digital, Analog & Sensor Systems

Expert in digital and analog circuit design, including mixed‐signal architectures, sensor integration, and signal conditioning for accurate and reliable data acquisition.

Power & Battery Systems

Design of compact, efficient power modules and battery‐powered electronics, engineered for stable performance, protection, and long‐term reliability.

RF & Wireless Integration

Experience with BLE, LoRa, LTE‐M/NB‐IoT, GNSS, and mmWave radar, including antenna design and system‐level integration for dependable wireless communication.

Motor Control Solutions

Development of DC, BLDC, and stepper motor control systems, combining solid hardware design with smooth, responsive control algorithms.

Design Assurance & Compliance

Circuit Simulation (SPICE)

Time‐domain and frequency‐domain modelling to validate circuit behaviour before hardware build, improving predictability and reducing prototyping cycles.

PCB Layout & Routing (Altium Designer)

High‐quality multilayer PCB design, including high‐density layouts, controlled‐impedance routing, rigid‐flex designs, and manufacturing‐ready documentation.

EMC, EMI & Medical Compliance

Proven ability to design for low emissions and high immunity, solving EMC/EMI issues and supporting compliance with medical‐device standards such as IEC 60601.

DFM & Production Readiness

Design practices optimized for manufacturability, testability, and stable production yield — ensuring smooth transition from prototype to mass production.

Software Development Capabilities

Firmware & Real‐Time Control

Embedded C/C++ on ARM Cortex platforms, from ultra‐low‐power to high‐performance systems, with deterministic control using FreeRTOS or Zephyr.

Drivers, Middleware & Connectivity

Robust implementation of device drivers, board support packages, and communication stacks (SPI, I2C, CAN, USB, BLE), with defensive error handling and diagnostics.

Software Engineering Process

Structured development with Git, CI/CD, code reviews, and disciplined versioning for maintainable releases. Familiar with IEC 62304 concepts for regulated environments.

Python Automation & Tooling

Automation first: Python‐based test frameworks, unit/verification scripts, and lab automation. Plus lightweight GUI/configuration tools to support prototyping, device interaction, and field workflows.

Lab & Test Capabilities

Electrical Measurement & Validation

Time‐domain analysis up to 350 MHz and frequency‐domain (FFT) verification for noise, ripple, and transient behaviour— supporting rapid bring‐up, fault isolation, and performance tuning.

RF & Antenna Evaluation

General RF testing, matching/tuning, and detuning checks supported by spectrum/VNA measurements and a small anechoic cabinet for controlled assessments. Suitable for module / antenna integration, coexistence tuning, and enclosure effects.

Power & Battery Characterization

Converter efficiency, ripple/noise, start‐up/transient response, and battery/charger behaviour under programmable load— validating stability, protection features, and long‐term operating conditions.

Pre‐Compliance Oriented Testing

Early EMC/EMI risk reduction via conducted/radiated pre‐scan methods, grounding/shielding experiments, and test‐plan preparation to de‐risk formal certification (incl. IEC 60601 workflows).