Design & Engineering: Product Development

Our electrical engineering team designs reliable, production-ready electronics particularly for regulated medical devices. With a focus on performance, safety, and compliance, we help you reduce development risk, accelerate time to market, and deliver products that perform reliably in demanding clinical and operational environments.

• Component Selection
• Schematic Design
• High Speed Digital Design
• Precision Analog Circuits
• EMI and Safety Compliance
• Electromechanical Systems
• Battery and Power Management
• Automotive Applications

We specialize in PCB layout for complex, high-performance electronic devices—where precision, reliability, and regulatory compliance are critical. Our designers optimize every layout for signal integrity, manufacturability, and seamless integration with mechanical and electrical system requirements.

• Complex PCB Layout
• High Speed Digital Design
• Analog and Mixed-Signal Design
• HDI Routing Technologies
• Flex and Rigid Flex Boards
• EMI/EMC Considerations
• Power and Thermal Management
• Mechanical Integration
• Fabrication and Assembly Documentation

FPGA design enables flexible, high-performance digital processing for applications requiring real-time control, parallelism, or hardware-level customization. Our FPGA development services bridge the gap between hardware and software, delivering programmable logic solutions tailored to the specific timing, interface, and regulatory demands of complex systems.

• Architecture and Logic Design
• VHDL and Verilog
• Simulation and Verification
• Embedded Processor Integration
• Custom Interfaces
• Field Upgrade and Future Proofing

Our mechanical engineering team designs precise, manufacturable components and enclosures for medical devices and other complex electronic systems. We focus on usability, durability, and regulatory compliance—delivering mechanical solutions that integrate seamlessly with electrical designs and production requirements.

• Industrial Design
• Molded Plastics
• Formed Metals
• Simulations Analysis
• Thermal Management
• Motion Control and Robotics
• Fluidics
• DFM and DFA
• Safety and Compliance

Our embedded software team develops efficient, reliable code for medical devices and other embedded systems. We work across bare-metal, RTOS, and embedded Linux platforms, with a focus on performance, safety, and seamless integration with hardware and system requirements.

• Embedded Systems Development
• Regulated Software
• Applications Processors and Microcontrollers
• Hardware and Peripherals Integration
• Wireless Connectivity
• Graphical and User Interfaces
• Real-Time Applications
• Image Processing
• Cybersecurity
• Production and Field Diagnostics
• Production Test Software

Systems engineering provides the technical foundation for complex product development by defining architecture, aligning multidisciplinary design efforts, and maintaining traceability from requirements through verification. Our systems engineers ensure that the design meets performance, regulatory, and user requirements while enabling efficient, coordinated development across teams.

• Product Definition
• Design Requirements
• System Architecture
• Interface Definition
• Technical Risk Analysis
• Verification Strategy
• Regulatory Alignment
• Documentation and Traceability

We ensure every design we deliver meets its documented requirements through a rigorous verification process. Using structured test protocols, we confirm that electrical, mechanical, and software performance align precisely with the design specifications. Our work supports your regulatory submission by providing complete, traceable verification data while you retain ownership of design validation. From IEC 60601 electrical safety to EMC and environmental testing, we help you achieve compliance with applicable medical device standards and regulatory expectations—reducing risk, saving time, and ensuring confidence in the final product.

• Design Verification
• Software Verification
• Pre-Compliance Testing
• Environmental Qualification
• Component Qualification
• Performance Characterization
• NRTL Testing