Managing Design Transfer from R&D to Medical Device Manufacturing

Executive Summary

New Product Introduction project for the design transfer of a medical device from R&D into full-scale manufacturing. The project required controlled transfer of product design, process knowledge, documentation, validation, and quality requirements into a manufacturing environment. The work covered design transfer planning, stage-gate governance, DHF and DMR documentation, technology transfer, pilot runs, validation, risk management, quality control, and manufacturing readiness. Outcomes included an 8-month time to market, coordination of a 120+ member project team, 100% quality assurance compliance, and a product connected to a €150M annual product portfolio value after launch.

Challenge

The organization needed to move a medical device from R&D into manufacturing without losing design integrity, quality compliance, or launch timing. The project required close alignment between technical development and production readiness. The core challenges included: transfer of a medical device design from R&D into manufacturing coordination of a 120+ member cross-functional project team maintaining design integrity during transfer ensuring complete and accurate DHF and DMR documentation applying design controls in a regulated medical device environment validating that the manufacturing process could consistently meet product specifications aligning R&D, manufacturing, quality, supply chain, and regulatory stakeholders controlling risks, dependencies, timelines, and readiness criteria before launch The challenge was to create a reliable bridge between product development and production, ensuring the device could be manufactured consistently, compliantly, and on time.

Role & Scope

As Project Lead, the role covered design transfer governance, cross-functional team coordination, documentation control, technology transfer planning, pilot run coordination, validation, risk management, quality assurance, timeline control, budget tracking, and launch readiness. The project involved R&D, manufacturing, quality assurance, supply chain, regulatory, supplier, and operational stakeholders. Responsibilities included chairing the project rhythm, managing decision points, coordinating dependencies, tracking readiness, and driving execution from design transfer planning through manufacturing readiness.

Approach

The project was structured around a stage-gate approach to control readiness at each phase of the design transfer. This ensured that documentation, process capability, quality requirements, and manufacturing readiness were reviewed before moving to the next stage. The approach included: design transfer planning stage-gate governance Design History File and Device Master Record documentation control technology transfer planning cross-functional stakeholder coordination regular design reviews and project meetings centralized progress tracking pilot runs and validation testing Lean manufacturing principles and value stream mapping FMEA-based risk management quality control planning supplier quality activities design control alignment with 21 CFR Part 820 timeline, budget, and resource tracking The project focused on turning R&D output into stable manufacturing capability. Pilot runs and validation activities were used to confirm that the process could consistently produce products according to design specifications and quality requirements.

Key Contributions

• Established the project structure for the design transfer of a medical device from R&D into manufacturing.
• Led a 120+ member cross-functional project team across R&D, manufacturing, quality, supply chain, regulatory, supplier, and operational functions.
• Implemented stage-gate governance to control readiness and decision-making throughout the transfer.
• Managed DHF, DMR, design control, and manufacturing documentation alignment.
• Created technology transfer plans defining responsibilities, timelines, process steps, and readiness criteria.
• Coordinated pilot runs, validation testing, quality control planning, and supplier quality activities.
• Applied risk management methods, including FMEA, to identify and mitigate transfer and manufacturing risks.
• Drove manufacturing readiness while maintaining quality assurance compliance and launch discipline.

Impact

• 8-month time to market
• 120+ member project team led and coordinated
• 100% quality assurance compliance
• €150M annual product portfolio value after launch

The project created a controlled transition from R&D into manufacturing. It ensured that design intent, documentation, validation, and quality expectations were translated into a production-ready operating model, enabling timely launch and compliant manufacturing readiness.

Capabilities Demonstrated

• Project leadership
• New Product Introduction
• Medical device design transfer
• R&D-to-manufacturing transition
• Stage-gate governance
• DHF and DMR documentation
• Design controls
• Validation and pilot runs
• Quality assurance compliance
• Manufacturing readiness