From Clinical Need to a Verified, Manufacturable Device.

Most medical device programs fail not from bad ideas — but from fragmented execution. We eliminate those gaps. One team. One accountable partner. Every workstream coordinated from day one.

Medical Device R&D

The Problem We Solve

Engineering disconnected from regulatory. Software built apart from hardware. V&V treated as a final gate rather than a continuous discipline. These are the real reasons device programs stall, fail, or cost twice what they should. We are built to eliminate those gaps — with one integrated team that holds accountability across every workstream from concept to verified prototype.

What We Do

Five fully integrated engineering disciplines — working as one team, not five handoffs.

🧠 Clinical Strategy & Product Definition

  • Clinical need assessment and user needs documentation
  • Target product profile (TPP) development
  • Regulatory pathway selection: FDA, CE, CDSCO
  • Competitive landscape and IP landscape review
  • Business case and feasibility framing

🎨 Industrial & Mechanical Design

  • Form factor and ergonomic design
  • Materials selection aligned to biocompatibility and IFU requirements
  • DFM — Design for Manufacturability review
  • CAD modeling and tolerance stack-up analysis
  • Enclosure and assembly design for clinical environments

⚙️ Electronics & Embedded Systems Engineering

  • Analog and digital circuit design
  • Microcontroller and FPGA-based architectures
  • Power management and battery systems
  • Sensor integration and signal conditioning
  • PCB layout and EMC-aware design

💻 Software, Connectivity & IoT

  • Firmware development and RTOS integration
  • Wireless connectivity: BLE, Wi-Fi, LoRa, cellular
  • Cloud connectivity and device-to-dashboard pipelines
  • Mobile application development for iOS and Android
  • IEC 62304 software lifecycle compliance

🧪 Verification, Validation & Rapid Prototyping

  • V&V planning aligned to design controls and regulatory requirements
  • Test protocol authoring and execution
  • Rapid prototyping: FDM, SLA, CNC, PCB spins
  • Design iteration management and failure analysis
  • Design History File (DHF) maintenance throughout development

Who This Is For

We work with teams at every stage of the device lifecycle.

Startups with a clinically validated concept and no internal engineering team
Research institutions spinning out device IP into a commercial product
Established device companies launching adjacent product lines
International firms needing India-based R&D capacity without a full CoE build
Companies rebuilding a device that failed verification or regulatory review

Why 369 Innovations

We are engineers who understand regulation — and regulatory specialists who understand engineering. That integration is rare. It means every design decision is informed by how it will be tested, documented, and reviewed by a regulatory body. The result is a device built right the first time.

Key Differentiator: Engineering and regulatory intelligence applied together — from the first design input.

Ready to Build Your Medical Device the Right Way?

Partner with an execution-focused team that integrates engineering and regulatory from day one.

Talk to Our Experts