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Research & Development Facility
Engineering advanced systems through disciplined R&D, simulation, and validation.
Our R&D organization is focused on developing advanced industrial technologies for complex, high-performance environments. We combine expertise in embedded systems, power electronics, control systems, and digital platforms to design reliable, scalable, and application-specific solutions.
With a strong engineering team and disciplined development processes, we deliver end-to-end product development from concept and system architecture to prototyping, validation, and deployment.
Engineering Capabilities
- Embedded systems design (microcontrollers, processors, DSP, mixed-signal)
- Power electronics and high-voltage system design
- Firmware and software development across control and communication layers
- Hardware design, PCB layout, and system integration
- Prototype development, validation, and lifecycle testing
Our designs are engineered to operate reliably in demanding industrial conditions, including extended temperature ranges and harsh environments.
Development Approach
We follow a structured, lifecycle-driven engineering methodology with strong emphasis on:
- System architecture and requirements management
- Functional safety and compliance
- Design validation and verification
- EMI/EMC compliance and certification
We collaborate with globally recognized certification and testing bodies, including CSA, FCC, TÜV, and NABL-accredited laboratories, to ensure compliance with international standards.
Engineering Tools & Platforms Lifecycle & Systems Engineering
- IBM Engineering Lifecycle Management (ELM) suite
- Requirements management, system modeling, and test management tools
Design & Development
- Electronic design: Altium Designer, Or CAD
- Mechanical design: SolidWorks
- Embedded development: IAR Embedded Workbench (Functional Safety)
- GUI development platforms
Modeling & Simulation
- MATLAB / Simulink ecosystem
- Power electronics and control simulation (PLECS, Plexim)
- Signal processing and DSP toolchains
Analysis & Validation
- ANSYS (Electronics & Mechanical)
- Reliability and safety analysis tools (RAMS)
Test & Validation Infrastructure
Our labs are equipped with advanced test and measurement systems to support high-power and high-voltage validation, including:
- High-voltage and high-current measurement systems
- Mixed-signal oscilloscopes and precision instrumentation
- Bidirectional DC power supplies and high-power load systems
- Hardware-in-the-loop (HIL) and real-time simulation platforms
This infrastructure enables rigorous testing, validation, and performance optimization across the product lifecycle.