Hardware design from system architecture to production-ready PCB. Every board is designed with manufacturing in mind — DFM, DFT, and certification requirements built in from day one.
Requirements analysis, block diagrams, component selection and design trade-offs.
Full schematic capture — analog, digital, mixed-signal, RF, power.
High-speed, multi-layer, RF, and flex designs. Signal integrity and EMC compliant.
Harness and cables design, connectors and wiring documentation.
Design verification, V&V reports, BOM, Gerber files, and complete documentation packages.
CE, FCC, UL, CCC, Environmental and product certification — design-for-compliance from the start.
Real-time firmware, algorithms, database and cloud connectivity — written to the same engineering standard as the hardware. From bare-metal embedded to full AWS / Azure / Google Cloud IoT deployments.
Bare-metal and RTOS development in C/C++. IAR, STM32CubeIDE, and custom environments.
Operator GUIs, test interfaces, production line management tools.
MQTT, GPRS/SMS, LoRa endpoints and gateways. End-to-end connected device design.
AWS IoT, Lambda, DynamoDB, Azure, and Google Cloud deployments for connected products.
UART, SPI, I2C, CAN Bus, RS485, LVDS, SDI-12, WiFi, BLE, Cellular, LoRa, RFID.
DC, BLDC, stepper, servo, and miniature step motor control with PID algorithms.
Production test infrastructure designed in-house — from simple board-level jigs to full automated product and system level test stations including embedded SW, PC software, and cloud reporting.
End-to-end test strategy — board level, system level, and production line coverage.
Mechanical and electrical design of test fixtures, pogo-pin beds, and functional testers.
Firmware for test execution, result capture, and communication with host systems.
Test management software, real-time dashboards, and production data reporting.
Full production line test solutions — deployed globally at CMs and contract manufacturers.
Formal test plans, V&V documentation, and design verification reports.
Taking a product from prototype to mass production. NPI management, CM coordination, cost reduction and design review for existing products.
Managing the full transition from engineering prototype to volume production.
On-site and remote CM support, yield improvement, and production issue resolution.
BOM optimization, second-source components, and design changes for cost efficiency.
Component shortage solutions — qualified alternates with full validation.
Independent review of products designed by third parties. Issues solving and redesign.
Formal engineering reports for regulatory, customer, or internal requirements.