Comprehensive
Embedded Engineering
Six core disciplines, one engineering partner. From hardware design to deployed firmware — we handle the full product development lifecycle.
One Partner, Every Layer of Your Product
OSTronik India brings together hardware design, embedded software, power engineering, and IoT connectivity under one roof. This integrated approach eliminates handoff friction and ensures every layer of your product is designed to work seamlessly together.
Six Disciplines and One Standard of Excellence
Embedded System Design
Custom silicon-to-system design for industrial and consumer applications.
We specialize in microcontrollers and processors including STM32, ESP32, PIC, AVR, Raspberry Pi, and Nuvoton families. Our designs emphasize low-power, high-performance architecture tailored precisely to your requirements — from initial block diagram through production-ready hardware.
Capabilities
- MCU selection and architecture planning
- Hardware bring-up and board validation
- Low-power design and sleep-mode optimization
- High-speed digital and analog mixed-signal design
- Custom BSP and HAL development
Hardware & PCB Development
Multi-layer PCB layouts with EMI/ESD protection and full manufacturing validation.
Schematic capture and PCB layout using Altium Designer, KiCad, and EasyEDA. We handle complex multi-layer stackups, high-speed routing with impedance control, EMI/ESD-protected designs, DFM reviews, Gerber generation, and complete assembly coordination with testing.
Capabilities
- Schematic design and review
- Multi-layer PCB layout (up to 12 layers)
- High-speed differential pair routing
- EMI/ESD hardening and compliance
- DFM, DFT review and BOM management
Firmware Development
Real-time embedded firmware with OTA update, RTOS, and wireless stack support.
Embedded C/C++ firmware for real-time applications using FreeRTOS and bare-metal implementations. Full toolchain support across Keil MDK, MPLAB X, STM32CubeIDE, and Arduino/PlatformIO. Comprehensive support for OTA firmware updates, secure boot, BLE stacks, and wireless connectivity.
Capabilities
- FreeRTOS task scheduling and IPC
- Bootloader and secure OTA update
- Peripheral driver development
- Protocol stack integration (BLE, WiFi, CAN)
- Unit testing with Unity / CMock
IoT Integration
End-to-end IoT solutions with Cloud connectivity, dashboards, and remote OTA.
Complete IoT ecosystems from edge device to cloud. We implement MQTT, Modbus, and industrial data protocols alongside GSM/GPS/WiFi/LoRa/nRF wireless modules for remote monitoring, control, and predictive maintenance applications.
Capabilities
- MQTT broker integration (AWS IoT / HiveMQ)
- LoRaWAN network design and gateway deployment
- GSM/GPS fleet and asset tracking
- Real-time cloud dashboards (Node-RED / custom)
- Remote OTA and fleet management
Power Electronics
High-efficiency power conversion, motor drives, and energy management systems.
Design and development of DC-DC converters (buck, boost, SEPIC, flyback), motor driver circuits (BLDC, stepper, servo), battery management systems, UPS/inverter solutions, and solar charge controllers — optimized for efficiency, thermal performance, and long-term reliability.
Capabilities
- DC-DC converter design (up to 5kW)
- BLDC / PMSM FOC motor drive
- Battery management systems (BMS)
- Solar MPPT charge controllers
- Thermal design and heatsink optimization
Research & Development
From concept and prototyping through testing and commercial product launch.
Client-specific R&D from whiteboard concept to commercially deployed product. We handle feasibility studies, proof-of-concept builds, rapid prototyping, exhaustive validation testing, and production hand-off — ensuring your innovation reaches market confidently.
Capabilities
- Feasibility analysis and architecture review
- Rapid prototyping (3D printing + PCB)
- Environmental and EMC pre-compliance testing
- Regulatory guidance (CE / RoHS / BIS)
- Production documentation and transfer
Our Engineering Process
Requirements
We start by deeply understanding your technical specifications, constraints, and goals.
Architecture
Component selection, system architecture, and block-level design review before any fabrication.
Design
Schematic, PCB layout, and firmware architecture executed with precision and quality gates.
Prototype
First article build, bring-up, validation, and iterative refinement to meet all specifications.
Deliver
Production files, firmware release, and complete documentation handed over to your team.
Support
Ongoing post-delivery support, bug fixes, firmware updates, and engineering assistance as your product scales.
Ready to start your engineering project?
Tell us about your requirements and we will put together a proposal.
Request a Quote