Research & Development Excellence
Research & Development Excellence
INNOVATION
Embedded Solutions
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.
